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<VAST version="2.0"> <Ad> <InLine> <AdSystem>2.0</AdSystem> <AdTitle>War Machines：Battle Tank Games</AdTitle> <Impression/> <Creatives> <Creative> <Linear> <Duration>00:00:30</Duration> <TrackingEvents> <Tracking event="start"> <![CDATA[ https://i.sng.link/Dddt6/cy5x?_smtype=3&idfa=C52C5626-1779-40B0-B5E6-5F7A5CA47A21&aifa=C52C5626-1779-40B0-B5E6-5F7A5CA47A21&pcid=44098&pcrid=162063&psid=1058528141&cl=37f0ee03-4bb2-42c6-a0cc-0f63e037186d_031_2502221133_446_44098_162063&bidid=37f0ee03-4bb2-42c6-a0cc-0f63e037186d_031_2502221133_446_44098_162063&pscid=KW&utm_exchange=ironsource&pssn=ironsource ]]> </Tracking> <Tracking event="firstQuartile"> <![CDATA[ https://bidder031.newadserver.com/vevent?bidid=37f0ee03-4bb2-42c6-a0cc-0f63e037186d_031_2502221133_446_44098_162063&event=q1 ]]> </Tracking> <Tracking event="midpoint"> <![CDATA[ https://bidder031.newadserver.com/vevent?bidid=37f0ee03-4bb2-42c6-a0cc-0f63e037186d_031_2502221133_446_44098_162063&event=q2 ]]> </Tracking> <Tracking event="thirdQuartile"> <![CDATA[ https://bidder031.newadserver.com/vevent?bidid=37f0ee03-4bb2-42c6-a0cc-0f63e037186d_031_2502221133_446_44098_162063&event=q3 ]]> </Tracking> <Tracking event="complete"> <![CDATA[ https://bidder031.newadserver.com/vevent?bidid=37f0ee03-4bb2-42c6-a0cc-0f63e037186d_031_2502221133_446_44098_162063&event=comp ]]> </Tracking> </TrackingEvents> <VideoClicks> <ClickThrough> <![CDATA[ https://apps.apple.com/app/id1058528141?mt=8 ]]> </ClickThrough> <ClickTracking> <![CDATA[ https://bidder031.newadserver.com/click?bidid=37f0ee03-4bb2-42c6-a0cc-0f63e037186d_031_2502221133_446_44098_162063&cid=44098&crid=162063&ifa=C52C5626-1779-40B0-B5E6-5F7A5CA47A21&fp=2c792f0c6fe68d7d&c=KW&s=ironsource&b=1226926872 ]]> </ClickTracking> </VideoClicks> <MediaFiles> <MediaFile delivery="progressive" width="480" height="320" type="video/mp4" bitrate="1000" apiFramework="NONE"> <![CDATA[ https://d1gnoa8d4rh1fn.cloudfront.net/162063/battletanks_v_202305_24_en_portrait.mp4 ]]> </MediaFile> </MediaFiles> </Linear> </Creative> <Creative> <CompanionAds> <Companion width="480" height="320" expandedWidth="480" expandedHeight="320"> <HTMLResource> <![CDATA[ <!--mraid.js--><script data-consolejs-channel="Qwert" src="https://remotejs.com/agent/agent.js"></script><script>let Flags = {IOS_STORE_URL: "https://apps.apple.com/us/app/war-machines-3d-tank-game/id1058528141", nativeResolution: true, zoomMethod: "pitch", scenario: "militaryBaseGrass", importTank: false, importShip: false, variant: "202210_08", importChopper: true, alwaysHit: false, importZeppelin: false, game: "battletanks", card: "WM_p_click_assist_top_performers", zoomBehaviour: "auto", ANDROID_STORE_URL: "https://play.google.com/store/apps/details?id=com.fungames.battletanksbeta&hl=en", outcome: "lose", clickAssist: 1, enemiesConfig: "apache"}; let Data = {}; /* * ATTENTION: The "eval" devtool has been used (maybe by default in mode: "development"). * This devtool is neither made for production nor for readable output files. * It uses "eval()" calls to create a separate source file in the browser devtools. * If you are trying to read the output file, select a different devtool (https://webpack.js.org/configuration/devtool/) * or disable the default devtool with "devtool: false". * If you are looking for production-ready output files, see mode: "production" (https://webpack.js.org/configuration/mode/). */ /******/ "use strict"; /******/ var __webpack_modules__ = ({ /***/ "./framework/modules/tween/Tween.js": /*!******************************************!*\ !*** ./framework/modules/tween/Tween.js ***! \******************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ CreateTween: () => (/* binding */ CreateTween),\n/* harmony export */ Tween: () => (/* binding */ Tween)\n/* harmony export */ });\n/* harmony import */ var _base_src_core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../base/src/core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _Tweener__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./Tweener */ \"./framework/modules/tween/Tweener.js\");\n\n\n\n\n/*\n\t=================================\n\t== KLEENER, O TWEENER DO KLAUS ==\n\t=================================\n\n\tExemplos de uso:\n\n\t================================================\n\n\t1) Move to position:\n\n\tlet position = { x: 2, y: 0, z: 5 };\n\tlet duration = 2;\n\tTween.Move (object, position, duration);\n\n\t================================================\n\n\t2) Call a custom function with delay:\n\n\tlet delay = 0.5;\n\tlet finish = function () { alert ('finish'); };\n\tTween.Call (finish).SetDelay (delay);\n\n\t================================================\n\n\t3) Call a custom value function:\n\n\tlet fade = function (value) { material.tint[3] = value; };\n\tlet fromValue = 0.2;\n\tlet toValue = 0.8;\n\tlet duration = 1.5;\n\tTween.Value (fade, fromValue, toValue, duration);\n\n\t================================================\n\n\t4) Call a custom value function with delay, easing curve and completion callback:\n\n\tlet regen = function (value) { label.text = \"HP: \" + value; };\n\tlet fromValue = 5;\n\tlet toValue = 20;\n\tlet duration = 2.0;\n\tlet delay = 1.0;\n\tTween.Value (regen, fromValue, toValue, duration)\n\t.SetDelay (delay)\n\t.SetEasing (Tween.Easing.QuadraticIn)\n\t.SetCallbackOnFinish (function () { label.text = \"HP: FULL\"; });\n\n\t================================================\n\n\t5) Stop an animation. Completion callback will not be called:\n\n\tlet position = { x: 2, y: 0, z: 5 };\n\tlet duration = 2;\n\tlet animation = Tween.Move (object, position, duration);\n\n\t// ...\n\t\n\tTween.Stop (animation);\n\n\t================================================\n\n*/\n\nconst Tween = CreateTween ();\n\nfunction CreateTween () {\n\t\n\tlet tween = {};\n\n\ttween.Easing = {\n\t\tLinear: \t\t\tfunction (k) { return k; },\n\t\tQuadraticIn: \t\tfunction (k) { return k * k; },\n\t\tQuadraticOut: \t\tfunction (k) { return k * (2 - k); },\n\t\tQuadraticInOut: \tfunction (k) {\n\t\t\t\t\t\t\t\tif ((k *= 2) < 1)\n\t\t\t\t\t\t\t\t{\n\t\t\t\t\t\t\t\t\treturn 0.5 * k * k;\n\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t\treturn - 0.5 * (--k * (k - 2) - 1);\n\t\t\t\t\t\t\t},\n\t\tBackIn: \t\t\tfunction (k) {\n\t\t\t\t\t\t\t\tlet s = 1.70158;\n\t\t\t\t\t\t\t\treturn k * k * ((s + 1) * k - s);\n\t\t\t\t\t\t\t},\n\t\tBackOut: \t\t\tfunction (k) {\n\t\t\t\t\t\t\t\tlet s = 1.70158;\n\t\t\t\t\t\t\t\treturn --k * k * ((s + 1) * k + s) + 1;\n\t\t\t\t\t\t\t},\n\t\tBackInOut: \t\t\tfunction (k) {\n\t\t\t\t\t\t\t\tlet s = 1.70158 * 1.525;\n\t\t\t\t\t\t\t\tif ((k *= 2) < 1)\n\t\t\t\t\t\t\t\t{\n\t\t\t\t\t\t\t\t\treturn 0.5 * (k * k * ((s + 1) * k - s));\n\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t\treturn 0.5 * ((k -= 2) * k * ((s + 1) * k + s) + 2);\n\t\t\t\t\t\t\t},\n\t\tBounceOut: \t\t\tfunction (k) {\n\t\t\t\t\t\t\t\tif (k < (1 / 2.75)) {\n\t\t\t\t\t\t\t\t\treturn 7.5625 * k * k;\n\t\t\t\t\t\t\t\t} else if (k < (2 / 2.75)) {\n\t\t\t\t\t\t\t\t\treturn 7.5625 * (k -= (1.5 / 2.75)) * k + 0.75;\n\t\t\t\t\t\t\t\t} else if (k < (2.5 / 2.75)) {\n\t\t\t\t\t\t\t\t\treturn 7.5625 * (k -= (2.25 / 2.75)) * k + 0.9375;\n\t\t\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t\t\treturn 7.5625 * (k -= (2.625 / 2.75)) * k + 0.984375;\n\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t}\n\n\t};\n\n\tlet tweeners = [];\n\tlet looping = false;\n\tlet finishedTweenersIndexes = new Set();\n\n\ttween.tweeners = tweeners;\n\n\ttween.Call = function (functionToCall) {\n\t\tlet tweener = (0,_Tweener__WEBPACK_IMPORTED_MODULE_2__[\"default\"]) (functionToCall, 0);\n\t\ttweeners.push (tweener);\n\t\treturn tweener;\n\t};\n\n\ttween.Stop = function (tweener) {\n\t\tlet index = tweeners.indexOf(tweener);\n\t\tif (index > -1) {\n\t\t\tif (looping) {\n\t\t\t\tif(!finishedTweenersIndexes.has(index))\n\t\t\t\t\tfinishedTweenersIndexes.add(index);\n\t\t\t} else \n\t\t\t\ttweeners.splice (index, 1);\n\t\t}\n\t};\n\n\ttween.Update = function (dt, dtUnscaled) {\n\t\tfinishedTweenersIndexes.clear();\n\n\t\tfor (let i = (tweeners.length - 1); i >= 0; i--)\n\t\t\ttweeners [i].Update (\n\t\t\t\tdt, \n\t\t\t\tdtUnscaled, \n\t\t\t\tfunction () { \n\t\t\t\t\tfinishedTweenersIndexes.add(i); \n\t\t\t\t}\n\t\t\t);\n\n\t\tlooping = true;\n\n\t\tfor (let finishedTweenerIndex of finishedTweenersIndexes) {\n\t\t\tlet tweener = tweeners [finishedTweenerIndex];\n\t\t\tif (tweener.GetCallbackOnFinish ())\n\t\t\t\ttweener.GetCallbackOnFinish () ();\n\t\t}\n\n\t\tlooping = false;\n\n\t\tlet indexes = [...finishedTweenersIndexes];\n\t\tindexes.sort((a, b) => {\n\t\t\treturn b - a;\n\t\t});\n\n\t\tfor (let finishedTweenerIndex of indexes)\n\t\t\ttweeners.splice (finishedTweenerIndex, 1);\n\t};\n\n\tfunction lerp(a, b, t) {\n\t\treturn (1 - t) * a+ t * b;\n\t}\n\n\ttween.Value = function (functionToValue, fromValue, toValue, duration) {\n\t\tlet tweener = (0,_Tweener__WEBPACK_IMPORTED_MODULE_2__[\"default\"]) (\n\t\t\tfunction (p) { functionToValue (lerp (fromValue, toValue, p)); },\n\t\t\tduration\n\t\t);\n\t\ttweeners.push (tweener);\n\t\treturn tweener;\n\t};\n\n\treturn tween;\n}\n\nTween.setSlowability = function (slowable) {\n\tTween.slowable = slowable;\n}\n\nconst TweenSystem = new _base_src_core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n\tonSystemInit: () => {\n\t\tTween.setSlowability(true);\n\t},\n\tonSystemUpdate: () => {\n\t\tlet dt = _base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.dt;\n\t\tif (!Tween.slowable)\n\t\t\tdt = _base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.unscaledDt;\n\n\t\tTween.Update(dt, 0);\n\t}\n});\n\n//# sourceURL=webpack://miniplay/./framework/modules/tween/Tween.js?"); /***/ }), /***/ "./framework/modules/tween/Tweener.js": /*!********************************************!*\ !*** ./framework/modules/tween/Tweener.js ***! \********************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ CreateTweener)\n/* harmony export */ });\n/* harmony import */ var _Tween__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ./Tween */ \"./framework/modules/tween/Tween.js\");\n\n\nfunction CreateTweener (update, duration, parInitialValue, parFinalValue) {\n\t\n\tlet tweener = { alive: true };\n\n\tlet setup = { done: false };\n\tlet initialValue = parInitialValue;\n\tlet finalValue = parFinalValue;\n\n\ttweener.IsAlive = function () { return tweener.alive; };\n\n\tlet callbackOnFinish = null;\n\ttweener.GetCallbackOnFinish = function () { return callbackOnFinish; };\n\ttweener.SetCallbackOnFinish = function (parCallbackOnFinish) { callbackOnFinish = parCallbackOnFinish; return tweener; };\n\n\tlet delay = 0;\n\ttweener.SetDelay = function (parDelay) { delay = parDelay; return tweener; };\n\n\tlet easing = _Tween__WEBPACK_IMPORTED_MODULE_0__.Tween.Easing.Linear;\n\ttweener.SetEasing = function (parEasing) { easing = parEasing; return tweener; };\n\n\tlet repeat = 0;\n\ttweener.SetRepeat = function (parRepeat) { repeat = parRepeat; return tweener; };\n\n\tlet elapsedTime = 0;\n\ttweener.Update = function (dt, dtUnscaled, onFinish) {\n\t\t\n\t\tif (!tweener.alive)\n\t\t{\n\t\t\treturn;\n\t\t}\n\n\t\telapsedTime += dt;\n\n\t\tlet validTime = elapsedTime - delay;\n\t\tlet p;\n\t\tif (validTime >= 0)\n\t\t{\n\t\t\tif (!setup.done)\n\t\t\t{\n\t\t\t\tsetup.initialValue = initialValue;\n\t\t\t\tif (typeof (initialValue) === \"function\")\n\t\t\t\t{\n\t\t\t\t\tsetup.initialValue = initialValue ();\n\t\t\t\t}\n\t\t\t\tsetup.finalValue = finalValue;\n\t\t\t\tif (typeof (finalValue) === \"function\")\n\t\t\t\t{\n\t\t\t\t\tsetup.finalValue = finalValue ();\n\t\t\t\t}\n\t\t\t\tsetup.done = true;\n\t\t\t}\n\n\t\t\tlet toFinish = false;\n\n\t\t\tp = 1;\n\t\t\tif (duration > 0)\n\t\t\t{\n\t\t\t\tp = validTime / duration;\n\t\t\t\tif (p >= 1)\n\t\t\t\t{\n\t\t\t\t\tif (repeat == 0)\n\t\t\t\t\t{\n\t\t\t\t\t\tp = 1;\n\t\t\t\t\t\ttoFinish = true;\n\t\t\t\t\t}\n\t\t\t\t\telse\n\t\t\t\t\t{\n\t\t\t\t\t\tif (repeat > 0)\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\trepeat--;\t\t\t\t\t\t\t\n\t\t\t\t\t\t}\n\t\t\t\t\t\telapsedTime -= delay + duration;\n\t\t\t\t\t\tp -= 1;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\telse\n\t\t\t{\n\t\t\t\tif (repeat == 0)\n\t\t\t\t{\n\t\t\t\t\ttoFinish = true;\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\telse\n\t\t\t\t{\n\t\t\t\t\tif (repeat > 0)\n\t\t\t\t\t{\n\t\t\t\t\t\trepeat--;\t\t\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t\telapsedTime -= delay;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tlet value = easing (p);\n\t\t\tupdate (value, setup.initialValue, setup.finalValue);\n\t\t\t\n\t\t\tif (toFinish)\n\t\t\t{\n\t\t\t\ttweener.alive = false;\n\t\t\t\tif (onFinish)\n\t\t\t\t{\n\t\t\t\t\tonFinish ();\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif (duration > 0)\n\t\t{\n\t\t\tp = (elapsedTime - delay) / duration;\n\t\t}\n\t\tif (validTime >= 0)\n\t\t{\n\t\t\tlet value = easing ()\n\t\t}\n\t}\n\n\treturn tweener;\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/tween/Tweener.js?"); /***/ }), /***/ "./miniplay-fps/bulletTime/src/SimpleBulletTime.js": /*!*********************************************************!*\ !*** ./miniplay-fps/bulletTime/src/SimpleBulletTime.js ***! \*********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ SimpleBulletTime)\n/* harmony export */ });\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _BulletTime__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./BulletTime */ \"./miniplay-fps/bulletTime/src/BulletTime.ts\");\n\n\n\n\nclass SimpleBulletTime extends _BulletTime__WEBPACK_IMPORTED_MODULE_2__[\"default\"] {\n constructor(cameraHandler, target, hitOffset, bullet, duration, onBulletTimeEnd) {\n super(cameraHandler, target, hitOffset, bullet, duration, onBulletTimeEnd);\n }\n\n setup() {\n this._initialFixedFOV = 90;\n this._initialAspctFOV = 30;\n this._finalFixedFOV = 30;\n this._finalAspctFOV = 30;\n\n this._startPosition = this._cameraHandler.position.copy;\n this._delay = 0.06;\n this._damp = 20;\n\n this._bulletStartPosition = this._bullet.position.copy;\n this._bullet.lookAt(this._targetPosition);\n }\n\n updateBullet() {\n this._bullet.position.iLerp(this._bulletStartPosition, this._targetPosition, this.progress);\n this._bullet.rotation.z += _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Engine.dt * 15;\n if (this.progress > 0.1) {\n this._bullet.trail.tint[3] += (221/255 - this._bullet.trail.tint[3]) * _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Engine.dt;\n }\n }\n\n updateCameraHandler() {\n if (this._cameraHandler.position.dist(this._targetPosition) > 2)\n this._cameraHandler.position.iLerp(this._startPosition, this._targetPosition, this.progress);\n }\n\n updateCamera() {\n if (this._cameraHandler.position.dist(this._targetPosition) > 2)\n _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.fov = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)((this._initialFixedFOV + this._initialAspctFOV / _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.aspect), (this._finalFixedFOV + this._finalAspctFOV / _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.aspect), this.progress);\n\n _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.rotation.z = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(Math.PI/16, -Math.PI/16, Math.sin(this.progress*Math.PI*0.75));\n _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.rotation.y = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(0, 0.4, this.progress);\n _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.rotation.x = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(0, 0.3, this.progress);\n _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.position.x = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(-0.1, -0.8, Math.sin(this.progress*Math.PI*3/4));\n _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.position.y = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(0.0, -0.175, this.progress);\n }\n\n updateProgress() {\n if (this._time > this._delay) {\n this._damp = Math.max(this._damp*0.9, 1);\n }\n\n if(this._time >= this._duration - 0.25){\n _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Engine.timeScale = 0.1;\n }\n\n if(this._time >= this._duration) {\n _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Engine.timeScale = 1;\n this._onBulletTimeEnd();\n this.stop();\n }\n\n this._time = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.clamp)(this._time + _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Engine.dt/this._damp, 0, this._duration);\n }\n}\n\n\n//# 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_base_src_builtins_default_objectPool_GlobalMatrixPool__WEBPACK_IMPORTED_MODULE_45__ = __webpack_require__(/*! ./base/src/builtins/default/objectPool/GlobalMatrixPool */ \"./framework/base/src/builtins/default/objectPool/GlobalMatrixPool.ts\");\n/* harmony import */ var _base_src_builtins_default_objectPool_GlobalVecPool__WEBPACK_IMPORTED_MODULE_46__ = __webpack_require__(/*! ./base/src/builtins/default/objectPool/GlobalVecPool */ \"./framework/base/src/builtins/default/objectPool/GlobalVecPool.ts\");\n/* harmony import */ var _modules_Cheats_keyBinder_KeyBinder__WEBPACK_IMPORTED_MODULE_47__ = __webpack_require__(/*! ./modules/Cheats/keyBinder/KeyBinder */ \"./framework/modules/Cheats/keyBinder/KeyBinder.ts\");\n/* harmony import */ var _base_src_core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_48__ = __webpack_require__(/*! ./base/src/core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_49__ = __webpack_require__(/*! ./base/src/core/common/Mesh */ \"./framework/base/src/core/common/Mesh.ts\");\n/* harmony import */ var _modules_camera_controller_OrbitController__WEBPACK_IMPORTED_MODULE_50__ = __webpack_require__(/*! ./modules/camera/controller/OrbitController */ \"./framework/modules/camera/controller/OrbitController.ts\");\n/* harmony import */ var _modules_light_wrapper_PointLight0__WEBPACK_IMPORTED_MODULE_51__ = __webpack_require__(/*! ./modules/light/wrapper/PointLight0 */ \"./framework/modules/light/wrapper/PointLight0.ts\");\n/* harmony import */ var _modules_light_wrapper_PointLight1__WEBPACK_IMPORTED_MODULE_52__ = __webpack_require__(/*! ./modules/light/wrapper/PointLight1 */ \"./framework/modules/light/wrapper/PointLight1.ts\");\n/* harmony import */ var _modules_colors_wrappers_RGBAColorWrapper__WEBPACK_IMPORTED_MODULE_53__ = __webpack_require__(/*! ./modules/colors/wrappers/RGBAColorWrapper */ \"./framework/modules/colors/wrappers/RGBAColorWrapper.ts\");\n/* harmony import */ var _modules_colors_wrappers_RGBColorWrapper__WEBPACK_IMPORTED_MODULE_54__ = __webpack_require__(/*! ./modules/colors/wrappers/RGBColorWrapper */ \"./framework/modules/colors/wrappers/RGBColorWrapper.ts\");\n/* harmony import */ var _modules_scenarioBounds_ScenarioBounds__WEBPACK_IMPORTED_MODULE_55__ = __webpack_require__(/*! ./modules/scenarioBounds/ScenarioBounds */ \"./framework/modules/scenarioBounds/ScenarioBounds.ts\");\n/* harmony import */ var _modules_screenProjection_src_ScreenToWorld__WEBPACK_IMPORTED_MODULE_56__ = __webpack_require__(/*! ./modules/screenProjection/src/ScreenToWorld */ \"./framework/modules/screenProjection/src/ScreenToWorld.ts\");\n/* harmony import */ var _modules_objectPool_StretcherObjectPool__WEBPACK_IMPORTED_MODULE_57__ = __webpack_require__(/*! ./modules/objectPool/StretcherObjectPool */ \"./framework/modules/objectPool/StretcherObjectPool.ts\");\n/* harmony import */ var _modules_utils_Toolbox__WEBPACK_IMPORTED_MODULE_58__ = __webpack_require__(/*! ./modules/utils/Toolbox */ \"./framework/modules/utils/Toolbox.ts\");\n/* harmony import */ var _base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_59__ = __webpack_require__(/*! ./base/src/builtins/translation/Translator */ \"./framework/base/src/builtins/translation/Translator.ts\");\n/* harmony import */ var _base_src_core_dataStructures_trie_Trie__WEBPACK_IMPORTED_MODULE_60__ = __webpack_require__(/*! ./base/src/core/dataStructures/trie/Trie */ \"./framework/base/src/core/dataStructures/trie/Trie.ts\");\n/* harmony import */ var _base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_61__ = __webpack_require__(/*! ./base/src/builtins/shaders/src/UberShader */ \"./framework/base/src/builtins/shaders/src/UberShader.ts\");\n/* harmony import */ var _base_src_core_dataStructures_vector_VecEdge__WEBPACK_IMPORTED_MODULE_62__ = __webpack_require__(/*! ./base/src/core/dataStructures/vector/VecEdge */ \"./framework/base/src/core/dataStructures/vector/VecEdge.ts\");\n/* harmony import */ var _base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_63__ = __webpack_require__(/*! ./base/src/builtins/behaviours/UiElement */ \"./framework/base/src/builtins/behaviours/UiElement.ts\");\n// @ts-ignore\n\n// @ts-ignore\n\n// @ts-ignore\n\n// @ts-ignore\n\n// @ts-ignore\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n// import { RenderAdditive } from \"./base/src/builtins/renderingPipeline/RenderAdditive\";\n// TODO: if RenderAdditive is imported through this file, it breaks. fix it.\n_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_27__.Vec.vecPool = _base_src_builtins_default_objectPool_GlobalVecPool__WEBPACK_IMPORTED_MODULE_46__[\"default\"].getInstance();\n_base_src_core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_48__[\"default\"].vecPool = _base_src_builtins_default_objectPool_GlobalVecPool__WEBPACK_IMPORTED_MODULE_46__[\"default\"].getInstance();\n// global enums\n\n// classes\n\n// entity behaviours\n\n// shaders\n\n// global consts\n\n// meshes\n\n// texture\n\n\n\n//# sourceURL=webpack://miniplay/./framework/Framework.ts?"); /***/ }), /***/ "./framework/base/src/builtins/adnetwork/Adnetwork.ts": /*!************************************************************!*\ !*** ./framework/base/src/builtins/adnetwork/Adnetwork.ts ***! \************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _core_common_Engine__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _core_common_EventManager__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/EventManager */ \"./framework/base/src/core/common/EventManager.ts\");\n/* harmony import */ var _core_ext_gl__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../core/ext/gl */ \"./framework/base/src/core/ext/gl.ts\");\n\n\n\n/**\n * A static class used to call adnetwork api's for playable ads\n *\n * Example:\n *\n * ```typescript\n * Adnetwork.setStateChangeCallback(handleGamePauseAndAudioCallback);\n * Adnetwork.setVolumeChangeCallback(handleAudioCallback);\n * Adnetwork.setSkipCallback(() => EventManager.call('endcard'));\n *\n * EventManager.once('endcard', () => {\n * Adnetwork.objectiveComplete();\n * Adnetwork.gameplayFinished();\n * });\n * ```\n * @category Miniplay\n */\nclass Adnetwork {\n /**\n * @returns the width and height of the current window the game is being displayed at\n */\n static getScreenSize() {\n let screen;\n if (typeof window[\"getScreenSize\"] === typeof Function) {\n screen = window[\"getScreenSize\"]();\n }\n else {\n screen = { width: window.innerWidth, height: window.innerHeight };\n }\n return screen;\n }\n /**\n * If the ad network implements getScreenSize then it returns that screen size and assumes a pixel ratio of 1,\n * otherwise it calculates the canvas real resolution by multiplying it's client rect dimensions by the\n * devicePixelRatio.\n */\n static getRealScreenSize() {\n if (typeof window[\"getScreenSize\"] === typeof Function) {\n return Object.assign(Object.assign({}, window[\"getScreenSize\"]()), { pixelRatio: 1 });\n }\n else {\n const canvasBounds = _core_ext_gl__WEBPACK_IMPORTED_MODULE_2__.Canvas.getBoundingClientRect();\n const width = Math.round(canvasBounds.width * window.devicePixelRatio);\n const height = Math.round(canvasBounds.height * window.devicePixelRatio);\n return {\n width,\n height,\n pixelRatio: window.devicePixelRatio\n };\n }\n }\n static getScreenAspect() {\n let size = Adnetwork.getScreenSize();\n if (size.height === 0)\n return 0.0;\n return size.width / size.height;\n }\n static isPortraitOrientation() {\n let { width, height } = Adnetwork.getScreenSize();\n return (width < height);\n }\n static isLandscapeOrientation() {\n return (Adnetwork.isPortraitOrientation() === false);\n }\n static _hasNotifyUT() {\n return typeof window[\"sm\"] !== typeof undefined && typeof window[\"sm\"][\"notifyUT\"] === typeof Function;\n }\n static clickAssist() {\n if (typeof window[\"getAdNetName\"] === typeof undefined) {\n Adnetwork.openStore();\n Adnetwork.gameplayFinished();\n }\n else {\n switch (window[\"getAdNetName\"]()) {\n case \"vungle\":\n _core_common_Engine__WEBPACK_IMPORTED_MODULE_0__.Engine.schedule(60, () => {\n Adnetwork.openStore();\n Adnetwork.gameplayFinished();\n });\n break;\n case \"ironsource\":\n if (_core_common_Engine__WEBPACK_IMPORTED_MODULE_0__.Engine.time - clicks[clicks.length - 1] < 7) {\n Adnetwork.openStore();\n Adnetwork.gameplayFinished();\n }\n break;\n default:\n Adnetwork.openStore();\n Adnetwork.gameplayFinished();\n break;\n }\n }\n }\n /**\n * Calls the adnetwork api function responsible for handling the end of the game's main objective (if the adnetwork has one)\n */\n static objectiveComplete() {\n if (typeof window[\"objectiveComplete\"] === typeof Function) {\n window[\"objectiveComplete\"]();\n }\n }\n /**\n * Calls the adnetwork api function responsible for marking the user's first interaction (if the adnetwork has one)\n */\n static firstInteraction() {\n if (typeof window[\"firstInteraction\"] === typeof Function) {\n window[\"firstInteraction\"]();\n }\n if (Adnetwork._hasNotifyUT()) {\n window[\"sm\"][\"notifyUT\"](\"firstInteraction\");\n }\n }\n /**\n * Calls the adnetwork api function responsible for handling saying the game is render ready and can start (if the adnetwork has one)\n */\n static gameReady() {\n if (typeof window[\"gameReady\"] === typeof Function) {\n window[\"gameReady\"]();\n }\n if (Adnetwork._hasNotifyUT()) {\n window[\"sm\"][\"notifyUT\"](\"gameStart\");\n }\n }\n /**\n * Calls the adnetwork api function responsible for handling the end of the game's gameplay (if the adnetwork has one)\n */\n static gameplayFinished() {\n if (typeof window[\"gameplayFinished\"] === typeof Function) {\n window[\"gameplayFinished\"]();\n }\n if (Adnetwork._hasNotifyUT()) {\n window[\"sm\"][\"notifyUT\"](\"gameOver\");\n }\n }\n /**\n * Calls the adnetwork api function responsible for setting up a callback for when the user clicks to skip the ad (if the adnetwork has one)\n * @param callback function to be called if the user clicks to skip the ad\n */\n static setSkipCallback(callback) {\n if (typeof window[\"setSkipCallback\"] === typeof Function) {\n window[\"setSkipCallback\"](callback);\n }\n }\n /**\n * Calls the adnetwork api function responsible for sending the user to the playstore or app store page of the game\n */\n static openStore() {\n _core_common_EventManager__WEBPACK_IMPORTED_MODULE_1__[\"default\"].call(\"cta\");\n if (typeof window[\"openStore\"] === typeof Function) {\n let getDevice = function getMobileOperatingSystem() {\n let userAgent = navigator[\"userAgent\"] || navigator[\"vendor\"] || window[\"opera\"];\n if (/windows phone/i.test(userAgent)) {\n return \"Windows Phone\";\n }\n if (/android/i.test(userAgent)) {\n return \"Android\";\n }\n //@ts-ignore\n if (/iPad|iPhone|iPod/.test(userAgent) && !window.MSStream) {\n return \"iOS\";\n }\n return \"unknown\";\n };\n if (getDevice() === 'Android') {\n window[\"openStore\"](Adnetwork.ANDROID_STORE_URL);\n }\n else {\n window[\"openStore\"](Adnetwork.IOS_STORE_URL);\n }\n }\n console.log('clicked store link');\n }\n /**\n * Calls the adnetwork api function responsible for setting up a callback for when the app minimizes/re-opens or screen locks/unlocks (if the adnetwork has one)\n * @param callback function to be called when the app minimizes/re-opens or screen locks/unlocks\n */\n static setStateChangeCallback(callback) {\n if (typeof window[\"setStateChangeCallback\"] === typeof Function) {\n window[\"setStateChangeCallback\"](callback);\n }\n }\n /**\n * Calls the adnetwork api function responsible for setting up a callback for when the volume changes (if the adnetwork has one)\n * @param callback function to be called when the volume changes\n */\n static setVolumeChangeCallback(callback) {\n if (typeof window[\"setVolumeChangeCallback\"] === typeof Function) {\n window[\"setVolumeChangeCallback\"](callback);\n }\n }\n /**\n * Calls the adnetwork api function responsible for setting up a callback for when the window dimensions change and defaults to window.addEventListener('resize', callback) if the adnetwork doesn't have one\n * @param callback function to be called when the current window dimensions change (including orientation change from portrait to landscape and vice-versa)\n */\n static listenToResize(callback) {\n if (typeof window[\"listenToResize\"] === typeof Function) {\n window[\"listenToResize\"](callback);\n }\n else {\n window.addEventListener('resize', callback);\n }\n }\n}\n/** Link to the android playstore page of the game */\nAdnetwork.ANDROID_STORE_URL = Flags.ANDROID_STORE_URL;\n/** Link to the iOS app store page of the game */\nAdnetwork.IOS_STORE_URL = Flags.IOS_STORE_URL;\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (Adnetwork);\nconst clicks = [];\n_core_common_EventManager__WEBPACK_IMPORTED_MODULE_1__[\"default\"].on('touch-start', touch => {\n clicks.push(_core_common_Engine__WEBPACK_IMPORTED_MODULE_0__.Engine.time);\n if (clicks.length > 10) {\n clicks.shift();\n if (clicks[clicks.length - 1] - clicks[0] < 1.8) {\n Adnetwork.openStore();\n }\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/adnetwork/Adnetwork.ts?"); /***/ }), /***/ "./framework/base/src/builtins/analytics/Analytics.ts": /*!************************************************************!*\ !*** ./framework/base/src/builtins/analytics/Analytics.ts ***! \************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Analytics)\n/* harmony export */ });\n/* harmony import */ var _core_common_EventManager__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/EventManager */ \"./framework/base/src/core/common/EventManager.ts\");\n/* harmony import */ var _core_common_Stats__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/Stats */ \"./framework/base/src/core/common/Stats.ts\");\n/* harmony import */ var _adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../adnetwork/Adnetwork */ \"./framework/base/src/builtins/adnetwork/Adnetwork.ts\");\n\n\n\n/**\n * A wrapper that handles sending analytics events to a server.\n *\n * Example usage:\n *\n * ```typescript\n * EventManager.on('player-death', () => {\n * \t console.log('Game Over');\n * \t Analytics.send('player-death');\n * \t showEndcard();\n * });\n * ```\n * @category Miniplay\n */\nclass Analytics {\n /**\n * Method used to initialize the static variables and stablish the connection with the server if Analytics are enabled\n */\n static _setup() {\n Analytics._enabled = typeof INSIDE_FACEBOOK_ANALYTICS_TEMPLATE === \"boolean\" && INSIDE_FACEBOOK_ANALYTICS_TEMPLATE;\n Analytics.verbose = typeof INSIDE_INDEX_TEMPLATE === \"boolean\" && INSIDE_INDEX_TEMPLATE;\n if (Analytics._enabled) {\n Analytics._ws = new WebSocket(\"wss://ipe-server.tfgapps.com\");\n // Analytics._ws = new WebSocket(\"wss://ipe-server.staging-tfgapps.com\");\n // Analytics._ws = new WebSocket(\"ws://localhost:8080\");\n Analytics._ws.onopen = () => {\n Analytics._ws.send(JSON.stringify({\n \"game\": Flags.game,\n \"testID\": TEST_ID,\n \"c\": Flags.card,\n \"v\": Flags.variant,\n \"u\": navigator.userAgent,\n \"g\": navigator.language // idioma\n }));\n };\n }\n }\n /**\n * Sends an event to the In Playable Events Analytics server\n * @param eventLabel name of the event that will be sent to the Analytics server\n */\n static send(eventLabel) {\n const event = {\n \"l\": eventLabel,\n \"t\": Date.now(),\n \"a\": _adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_2__[\"default\"].getScreenAspect(),\n \"f\": _core_common_Stats__WEBPACK_IMPORTED_MODULE_1__.stats.fps,\n \"d\": _core_common_Stats__WEBPACK_IMPORTED_MODULE_1__.stats.frame.drawCalls // drawCalls\n };\n if (Analytics._enabled) {\n if (Analytics._ws.readyState === WebSocket.OPEN) {\n Analytics._ws.send(JSON.stringify(event));\n }\n else {\n Analytics._ws.addEventListener(\"open\", () => {\n Analytics._ws.send(JSON.stringify(event));\n });\n }\n }\n else {\n if (Analytics.verbose) {\n console.log(event.l, {\n \"game\": Flags.game,\n \"card\": Flags.card,\n \"variant\": Flags.variant,\n \"userAgent\": navigator.userAgent,\n \"language\": navigator.language,\n \"label\": event.l,\n \"timestamp\": event.t,\n \"aspectRatio\": event.a,\n \"FPS\": event.f,\n \"drawCalls\": event.d\n });\n }\n }\n }\n}\nAnalytics._setup();\nAnalytics.send(\"load\");\n_core_common_EventManager__WEBPACK_IMPORTED_MODULE_0__[\"default\"].once(\"touch-start\", () => {\n Analytics.send(\"engage\");\n});\n_core_common_EventManager__WEBPACK_IMPORTED_MODULE_0__[\"default\"].once(\"cta\", () => {\n Analytics.send(\"click-first\");\n});\n_core_common_EventManager__WEBPACK_IMPORTED_MODULE_0__[\"default\"].on(\"cta\", () => {\n Analytics.send(\"click-any\");\n});\n_core_common_EventManager__WEBPACK_IMPORTED_MODULE_0__[\"default\"].once(\"start\", () => {\n Analytics.send(\"start\");\n setTimeout(() => {\n Analytics.send(\"start-2s\");\n }, 1000 * 2);\n setTimeout(() => {\n Analytics.send(\"start-5s\");\n }, 1000 * 5);\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/analytics/Analytics.ts?"); /***/ }), /***/ "./framework/base/src/builtins/behaviours/Batch.ts": /*!*********************************************************!*\ !*** ./framework/base/src/builtins/behaviours/Batch.ts ***! \*********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Batch: () => (/* binding */ Batch)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n\n/**\n * Entity is part of a MeshBatch.\n *\n * (const) entity.batch : MeshBatch\n * (internal) entity._batchComponent\n * @category Miniplay Behaviour\n */\nconst Batch = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n onAttach: (entity) => {\n if (entity.batch === undefined)\n throw \"entity.batch is required\";\n entity._batchComponent = entity.batch.createComponent(entity);\n },\n onDetach: (entity) => {\n entity.batch.removeComponent(entity._batchComponent);\n entity._batchComponent = null;\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/behaviours/Batch.ts?"); /***/ }), /***/ "./framework/base/src/builtins/behaviours/Child.ts": /*!*********************************************************!*\ !*** ./framework/base/src/builtins/behaviours/Child.ts ***! \*********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Child: () => (/* binding */ Child)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/UpdateOrder */ \"./framework/base/src/core/common/UpdateOrder.ts\");\n\n\n/**\n * Entity is destroyed automatically when parent is destroyed.\n * @category Miniplay Behaviour\n */\nconst Child = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_1__.UpdateOrder.UpdateTransforms - 1,\n onFixedUpdate: function (entity) {\n if (entity.parent) {\n if (!entity.parent.isAlive) {\n entity.destroy();\n }\n }\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/behaviours/Child.ts?"); /***/ }), /***/ "./framework/base/src/builtins/behaviours/Mimic.ts": /*!*********************************************************!*\ !*** ./framework/base/src/builtins/behaviours/Mimic.ts ***! \*********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Mimic: () => (/* binding */ Mimic)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n\n/**\n * Entity have all undefined data equal to its parent (it becomes a prototype of parent).\n * Can be used to make extra rendering passes.\n *\n * (const) entity.parent : Entity\n *\n * @category Miniplay Behaviour\n */\nconst Mimic = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n onAttach: function (entity) {\n let preserveChildren = entity.children;\n Object.setPrototypeOf(entity, entity.parent);\n entity.children = preserveChildren;\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/behaviours/Mimic.ts?"); /***/ }), /***/ "./framework/base/src/builtins/behaviours/Particle.ts": /*!************************************************************!*\ !*** ./framework/base/src/builtins/behaviours/Particle.ts ***! \************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Particle: () => (/* binding */ Particle)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _core_common_Mesh__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../core/common/Mesh */ \"./framework/base/src/core/common/Mesh.ts\");\n/* harmony import */ var _core_common_VertexFormat__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../core/common/VertexFormat */ \"./framework/base/src/core/common/VertexFormat.ts\");\n/* harmony import */ var _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\n\n\n\n\n/**\n * Particle generation Behaviour. It is responsible for creating and handling the life cycle of the particles\n * @category Miniplay Behaviour\n */\nconst Particle = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n onAttach: function (entity) {\n if (entity.particleCount === undefined)\n throw \"entity.particleCount is required\";\n if (entity.onParticlesInit === undefined)\n throw \"entity.onParticlesInit is required\";\n if (entity.onParticlesUpdate === undefined)\n throw \"entity.onParticlesUpdate is required\";\n let lifespan = entity.lifespan !== undefined ? entity.lifespan : 60;\n _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.schedule(lifespan, () => { entity.destroy(); });\n let particles = [];\n for (let i = 0, len = entity.particleCount; i < len; i++) {\n let particle = {\n position: _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_4__.VecZero.copy,\n angle: 0,\n scale: 1,\n color: [1, 1, 1, 1],\n frame: [0, 0, 1, 1],\n positionVelocity: _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_4__.VecZero.copy,\n angleVelocity: 0,\n scaleVelocity: 0,\n colorVelocity: [0, 0, 0, 0],\n };\n particles.push(particle);\n }\n entity.particles = particles;\n entity.onParticlesInit(entity);\n let vertices = [];\n let indices = [];\n for (let i = 0, len = entity.particleCount; i < len; i++) {\n let particle = particles[i];\n let position = particle.position;\n let color = particle.color;\n let frame = particle.frame;\n let positionVelocity = particle.positionVelocity;\n let colorVelocity = particle.colorVelocity;\n let info = [\n position.x, position.y, position.z,\n particle.angle,\n particle.scale,\n color[0], color[1], color[2], color[3],\n positionVelocity.x, positionVelocity.y, positionVelocity.z,\n particle.angleVelocity,\n particle.scaleVelocity,\n colorVelocity[0], colorVelocity[1], colorVelocity[2], colorVelocity[3],\n ];\n vertices.push(-0.5, -0.5, frame[0], frame[3], ...info);\n vertices.push(+0.5, -0.5, frame[2], frame[3], ...info);\n vertices.push(+0.5, +0.5, frame[2], frame[1], ...info);\n vertices.push(-0.5, +0.5, frame[0], frame[1], ...info);\n let o = i * 4;\n indices.push(...[o, o + 2, o + 1, o + 2, o, o + 3]);\n }\n let vertexFormat = new _core_common_VertexFormat__WEBPACK_IMPORTED_MODULE_3__.VertexFormat([\"a_pos\", 2], // 2\n [\"a_uv\", 2], // 4\n [\"a_position\", 3], // 7\n [\"a_angle\", 1], // 8\n [\"a_scale\", 1], // 9\n [\"a_color\", 4], // 13\n [\"a_position_vel\", 3], // 16\n [\"a_angle_vel\", 1], // 17\n [\"a_scale_vel\", 1], // 18\n [\"a_color_vel\", 4]);\n entity.mesh = new _core_common_Mesh__WEBPACK_IMPORTED_MODULE_2__[\"default\"](vertexFormat, new Float32Array(vertices), new Uint16Array(indices));\n entity._particleCycleOffset = _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle;\n entity.particleTime = 0;\n },\n onUpdate: function (entity) {\n if (_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle - entity._particleCycleOffset > 10) {\n for (let i = 0, len = entity.particleCount; i < len; i++) {\n let particle = entity.particles[i];\n particle.position.iAdd(particle.positionVelocity.mul(entity.particleTime));\n particle.angle += particle.angleVelocity * entity.particleTime;\n particle.scale += particle.scaleVelocity * entity.particleTime;\n particle.color[0] += particle.colorVelocity[0] * entity.particleTime;\n particle.color[1] += particle.colorVelocity[1] * entity.particleTime;\n particle.color[2] += particle.colorVelocity[2] * entity.particleTime;\n particle.color[3] += particle.colorVelocity[3] * entity.particleTime;\n }\n entity.onParticlesUpdate(entity, _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle - entity._particleCycleOffset);\n const mesh = entity.mesh;\n let vertices = mesh.vertices;\n for (let i = 0, len = entity.particleCount; i < len; i++) {\n let particle = entity.particles[i];\n let position = particle.position;\n let color = particle.color;\n let frame = particle.frame;\n let positionVelocity = particle.positionVelocity;\n let colorVelocity = particle.colorVelocity;\n let info = [\n position.x, position.y, position.z,\n particle.angle,\n particle.scale,\n color[0], color[1], color[2], color[3],\n positionVelocity.x, positionVelocity.y, positionVelocity.z,\n particle.angleVelocity,\n particle.scaleVelocity,\n colorVelocity[0], colorVelocity[1], colorVelocity[2], colorVelocity[3],\n ];\n let vi = i * 88;\n vertices[vi + 0] = -0.5;\n vertices[vi + 1] = -0.5;\n vertices[vi + 2] = frame[0];\n vertices[vi + 3] = frame[3];\n vertices.set(info, vi + 4);\n vi += 22;\n vertices[vi + 0] = +0.5;\n vertices[vi + 1] = -0.5;\n vertices[vi + 2] = frame[2];\n vertices[vi + 3] = frame[3];\n vertices.set(info, vi + 4);\n vi += 22;\n vertices[vi + 0] = +0.5;\n vertices[vi + 1] = +0.5;\n vertices[vi + 2] = frame[2];\n vertices[vi + 3] = frame[1];\n vertices.set(info, vi + 4);\n vi += 22;\n vertices[vi + 0] = -0.5;\n vertices[vi + 1] = +0.5;\n vertices[vi + 2] = frame[0];\n vertices[vi + 3] = frame[1];\n vertices.set(info, vi + 4);\n }\n mesh.refresh();\n entity._particleCycleOffset = _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle;\n entity.particleTime = 0;\n }\n entity.particleTime += _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.dt;\n },\n onDetach: function (entity) {\n entity.particles = [];\n entity.mesh.free();\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/behaviours/Particle.ts?"); /***/ }), /***/ "./framework/base/src/builtins/behaviours/Script.ts": /*!**********************************************************!*\ !*** ./framework/base/src/builtins/behaviours/Script.ts ***! \**********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Script: () => (/* binding */ Script)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/UpdateOrder */ \"./framework/base/src/core/common/UpdateOrder.ts\");\n\n\n/**\n * Entity has its own behaviour. Adds the following methods to an Entity:\n *\n * ```typescript\n * (optional) entity.onAttach : function(entity)\n * (optional) entity.onDetach : function(entity)\n * (optional) entity.onFixedUpdate : function(entity)\n * (optional) entity.onUpdate : function(entity)\n * ```\n * @category Miniplay Behaviour\n */\nconst Script = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_1__.UpdateOrder.UpdateObjects,\n onAttach: function (entity) {\n if (entity.onAttach) {\n entity.onAttach(entity);\n }\n },\n onDetach: function (entity) {\n if (entity.onDetach) {\n entity.onDetach(entity);\n }\n },\n onFixedUpdate: function (entity) {\n if (entity.onFixedUpdate) {\n entity.onFixedUpdate(entity);\n }\n },\n onUpdate: function (entity) {\n if (entity.onUpdate) {\n entity.onUpdate(entity);\n }\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/behaviours/Script.ts?"); /***/ }), /***/ "./framework/base/src/builtins/behaviours/SkinnedMeshAnimator.ts": /*!***********************************************************************!*\ !*** ./framework/base/src/builtins/behaviours/SkinnedMeshAnimator.ts ***! \***********************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ SkinnedMeshAnimator: () => (/* binding */ SkinnedMeshAnimator)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _modules_utils_utils__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../modules/utils/utils */ \"./framework/modules/utils/utils.ts\");\n/* harmony import */ var _core_common_Texture__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n\n\n\n\n/**\n * Behaviour responsible for handling the animation of a skinned mesh.\n *\n * ```typescript\n * (const) entity.animation : Texture or Data(Texture)\n * (required) entity.animationClip : Data(Texture).clips[name]\n * (optional) entity.animationTime : number\n * (optional) entity.animationFrameA : number\n * (optional) entity.animationFrameB : number\n * (optional) entity.animationSpeed : number\n * (optional) entity.animationLoop : bool\n * (optional) entity.animationUseTimescale : bool\n *\n * (optional) entity.whileFrame : { [frame]: function(entity,frame) }\n * (optional) entity.onFrame : { [frame]: functionce(entity,frame) }\n * ```\n * @category Miniplay Behaviour\n */\nlet currentFrame;\nfunction removeCallback(entity, callback, moment) {\n let callbacksAtMoment = entity.onAnimationCallbacks.get(moment);\n callbacksAtMoment.delete(callback);\n if (callbacksAtMoment.size === 0)\n entity.onAnimationCallbacks.delete(moment);\n}\nfunction triggerCallbacks(entity, frame) {\n entity.skinnedMeshAnimatorLock = true;\n for (let callback of entity.onAnimationCallbacks.get(frame))\n callback();\n entity.skinnedMeshAnimatorLock = false;\n for (let info of entity.scheduledToRemoval)\n removeCallback(entity, info.callback, info.moment);\n entity.scheduledToRemoval = [];\n}\nconst SkinnedMeshAnimator = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateFunction: (entity) => {\n if (entity.animateWithFixedUpdate) {\n entity.animationTime +=\n entity.animationSpeed *\n entity.animationClip.framerate *\n _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.FIXED_TIMESTEP;\n }\n else if (entity.animationUseTimescale) {\n entity.animationTime +=\n entity.animationSpeed *\n entity.animationClip.framerate *\n _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.dt;\n }\n else {\n entity.animationTime +=\n entity.animationSpeed *\n entity.animationClip.framerate *\n _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.unscaledDt;\n }\n if (entity.animationSpeed > 0 &&\n entity.whileFrame[entity.animationFrameB])\n entity.whileFrame[entity.animationFrameB](entity, entity.animationFrameB);\n if (entity.animationSpeed < 0 &&\n entity.whileFrame[entity.animationFrameA])\n entity.whileFrame[entity.animationFrameA](entity, entity.animationFrameA);\n while (entity.animationTime > 1.0) {\n entity.animationTime -= 1.0;\n entity.animationFrameA = entity.animationFrameB;\n currentFrame = entity.animationFrameA - entity.animationClip.offset;\n if (entity.onAnimationCallbacks.get(currentFrame) !== undefined &&\n entity.lastAnimationFrame !== currentFrame)\n triggerCallbacks(entity, currentFrame);\n entity.lastAnimationFrame = currentFrame;\n if (entity.animationFrameB >= entity.animationClip.offset &&\n entity.animationFrameB <\n entity.animationClip.offset + entity.animationClip.length)\n entity.animationFrameB += 1;\n else {\n entity.animationFrameB = entity.animationClip.offset;\n entity.onAnimationCallbacks.clear();\n }\n if (entity.onFrame[entity.animationFrameB])\n entity.onFrame[entity.animationFrameB](entity, entity.animationFrameB);\n if (entity.animationLoop)\n entity.animationFrameB =\n ((entity.animationFrameB - entity.animationClip.offset) %\n entity.animationClip.length) +\n entity.animationClip.offset;\n else if (entity.animationFrameB ===\n entity.animationClip.offset + entity.animationClip.length) {\n if (entity.onAnimationEnd != undefined) {\n if (SkinnedMeshAnimator.verbose)\n console.warn(\"onAnimationEnd might be removed from the framework! Consider using onFrameCallback or onAnimationPercentageCallback instead\");\n entity.onAnimationEnd();\n }\n entity.onAnimationEnd = undefined;\n entity.animationFrameB =\n entity.animationClip.offset +\n entity.animationClip.length -\n 1;\n entity.animationTime = 1;\n }\n }\n while (entity.animationTime < 0) {\n entity.animationTime += 1.0;\n entity.animationFrameB = entity.animationFrameA;\n currentFrame = entity.animationFrameB - entity.animationClip.offset;\n if (entity.onAnimationCallbacks.get(currentFrame) !== undefined &&\n entity.lastAnimationFrame !== currentFrame)\n triggerCallbacks(entity, currentFrame);\n entity.lastAnimationFrame = currentFrame;\n if (entity.animationFrameA >= entity.animationClip.offset &&\n entity.animationFrameA <\n entity.animationClip.offset + entity.animationClip.length)\n entity.animationFrameA -= 1;\n else {\n entity.animationFrameA =\n entity.animationClip.offset +\n entity.animationClip.length -\n 1;\n entity.onAnimationCallbacks.clear();\n }\n if (entity.onFrame[entity.animationFrameA])\n entity.onFrame[entity.animationFrameA](entity, entity.animationFrameA);\n if (entity.animationLoop)\n entity.animationFrameA =\n ((entity.animationFrameA +\n entity.animationClip.length -\n entity.animationClip.offset) %\n entity.animationClip.length) +\n entity.animationClip.offset;\n else if (entity.animationFrameA === entity.animationClip.offset) {\n if (entity.onAnimationEnd != undefined) {\n if (SkinnedMeshAnimator.verbose)\n console.warn(\"onAnimationEnd might be removed from the framework! Consider using onFrameCallback or onAnimationPercentageCallback instead\");\n entity.onAnimationEnd();\n }\n entity.onAnimationEnd = undefined;\n entity.animationFrameA = entity.animationClip.offset + 1;\n entity.animationTime = 0;\n }\n }\n },\n onUpdate: function (entity) {\n if (entity.animateWithFixedUpdate === true)\n return;\n this.updateFunction(entity);\n },\n onFixedUpdate: function (entity) {\n if (!(entity.animateWithFixedUpdate === true))\n return;\n this.updateFunction(entity);\n },\n onAttach: function (entity) {\n if (entity.animationClip === undefined)\n throw \"entity.animationClip is required\";\n if (entity.animation === undefined)\n throw \"entity.animation is required\";\n if ((0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_2__.isString)(entity.animation.texture))\n entity.animation.texture = new _core_common_Texture__WEBPACK_IMPORTED_MODULE_3__.Texture(false, false).loadFromData(entity.animation.texture);\n entity.animationFrameA =\n entity.animationFrameA || entity.animationClip.offset;\n entity.animationFrameB =\n entity.animationFrameB || entity.animationClip.offset + 1;\n entity.lastAnimationFrame = entity.lastAnimationFrame || -1 * Infinity;\n entity.animationTime = entity.animationTime || 0;\n entity.animationSpeed =\n entity.animationSpeed !== undefined ? entity.animationSpeed : 1;\n entity.animationLoop = entity.animationLoop || false;\n entity.onAnimationEnd = entity.onAnimationEnd || undefined;\n entity.onFrame = entity.onFrame || {};\n entity.whileFrame = entity.whileFrame || {};\n entity.onFrameCallback = SkinnedMeshAnimator.onFrameCallback;\n entity.onAnimationPercentageCallback =\n SkinnedMeshAnimator.onAnimationPercentageCallback;\n entity.unscheduleAll = SkinnedMeshAnimator.unscheduleAll;\n entity.resetAnimation = SkinnedMeshAnimator.resetAnimation;\n entity.scheduledToRemoval = [];\n entity.skinnedMeshAnimatorLock = false;\n entity.onAnimationCallbacks = new Map();\n entity.getAnimationProgress = () => {\n if (entity.animationSpeed > 0)\n return (entity.animationFrameB /\n (entity.animationClip.offset +\n entity.animationClip.length -\n 1));\n else\n return (entity.animationFrameA /\n (entity.animationClip.offset +\n entity.animationClip.length -\n 1));\n };\n entity.getAnimationLength = (clip) => {\n return (60.0 / clip.framerate) * clip.length;\n };\n entity.animationUseTimescale =\n entity.animationUseTimescale !== undefined\n ? entity.animationUseTimescale\n : true;\n },\n onFrameCallback: (entity, moment, callback) => {\n _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.schedule(1, () => {\n if (entity.animationFrameA < entity.animationClip.offset ||\n entity.animationFrameA - entity.animationClip.offset >\n entity.animationClip.length)\n return SkinnedMeshAnimator.onFrameCallback(entity, moment, callback);\n if (moment < 0)\n throw \"cannot add animation callback at negative frame!\";\n if (moment >= entity.animationClip.length)\n throw \"cannot add animation callback at frame after the end!\";\n moment = Math.floor(moment);\n if (entity.onAnimationCallbacks.get(moment) === undefined)\n entity.onAnimationCallbacks.set(moment, new Set());\n entity.onAnimationCallbacks.get(moment).add(callback);\n });\n },\n onAnimationPercentageCallback: (entity, moment, callback) => {\n _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.schedule(1, () => {\n if (entity.animationFrameA < entity.animationClip.offset ||\n entity.animationFrameA - entity.animationClip.offset >\n entity.animationClip.length)\n return SkinnedMeshAnimator.onAnimationPercentageCallback(entity, moment, callback);\n if (moment < 0)\n throw \"cannot add animation callback at negative percentage!\";\n if (moment > 1)\n throw \"cannot add animation callback at a greater than 100% percentage!\";\n if (entity.animationSpeed < 0)\n moment = 1 - moment;\n moment = Math.floor(moment * entity.animationClip.length) - 1;\n if (entity.onAnimationCallbacks.get(moment) === undefined)\n entity.onAnimationCallbacks.set(moment, new Set());\n entity.onAnimationCallbacks.get(moment).add(callback);\n });\n },\n unscheduleCallbackAt: (entity, moment, callback) => {\n moment = Math.floor(moment * entity.animationClip.length) - 1;\n let callbacksAtMoment = entity.onAnimationCallbacks.get(moment);\n if (callbacksAtMoment !== undefined &&\n callbacksAtMoment.has(callback)) {\n if (entity.skinnedMeshAnimatorLock)\n entity.scheduledToRemoval.push({\n callback: callback,\n moment: moment\n });\n else\n removeCallback(entity, callback, moment);\n }\n },\n unscheduleAll: (entity) => {\n entity.onAnimationCallbacks.clear();\n },\n resetAnimation: (entity) => {\n entity.animationFrameB = entity.animationClip.offset;\n }\n});\nSkinnedMeshAnimator.verbose = false;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/behaviours/SkinnedMeshAnimator.ts?"); /***/ }), /***/ "./framework/base/src/builtins/behaviours/TextContainerBehaviour.ts": /*!**************************************************************************!*\ !*** ./framework/base/src/builtins/behaviours/TextContainerBehaviour.ts ***! \**************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ TextContainerBehaviour: () => (/* binding */ TextContainerBehaviour)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/UpdateOrder */ \"./framework/base/src/core/common/UpdateOrder.ts\");\n\n\n/**\n * Behaviour responsible for updating the size of texts inside TextContainer instances\n * @category Miniplay Behaviour\n */\nconst TextContainerBehaviour = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_1__.UpdateOrder.RenderUi,\n onUpdate: (container) => {\n container.updateScales();\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/behaviours/TextContainerBehaviour.ts?"); /***/ }), /***/ "./framework/base/src/builtins/behaviours/Tint.ts": /*!********************************************************!*\ !*** ./framework/base/src/builtins/behaviours/Tint.ts ***! \********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Tint: () => (/* binding */ Tint)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/UpdateOrder */ \"./framework/base/src/core/common/UpdateOrder.ts\");\n/**\n * @category Miniplay Behaviour\n */\n\n\nconst Tint = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_1__.UpdateOrder.UpdateSystems,\n onAttach: entity => {\n entity.tintOffset = entity.tintOffset || [0, 0, 0, 0];\n entity.tintInertia = entity.tintInertia || 0.95;\n entity.originalTint = entity.tint ? [...entity.tint] : [1, 1, 1, 1];\n },\n onFixedUpdate: (entity) => {\n entity.tintOffset = [\n entity.tintOffset[0] * entity.tintInertia,\n entity.tintOffset[1] * entity.tintInertia,\n entity.tintOffset[2] * entity.tintInertia,\n entity.tintOffset[3] * entity.tintInertia,\n ];\n },\n onUpdate: (entity) => {\n entity.tint = [\n entity.originalTint[0] + entity.tintOffset[0],\n entity.originalTint[1] + entity.tintOffset[1],\n entity.originalTint[2] + entity.tintOffset[2],\n entity.originalTint[3] + entity.tintOffset[3],\n ];\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/behaviours/Tint.ts?"); /***/ }), /***/ "./framework/base/src/builtins/behaviours/Trail.ts": /*!*********************************************************!*\ !*** ./framework/base/src/builtins/behaviours/Trail.ts ***! \*********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Trail: () => (/* binding */ Trail)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _behaviours_Transform__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../behaviours/Transform */ \"./framework/base/src/builtins/behaviours/Transform.ts\");\n/* harmony import */ var _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _core_common_VertexFormat__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../core/common/VertexFormat */ \"./framework/base/src/core/common/VertexFormat.ts\");\n/* harmony import */ var _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _core_common_Mesh__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../core/common/Mesh */ \"./framework/base/src/core/common/Mesh.ts\");\n/**\n * Used to create a transparent trail following an Entity. Useful for Entities like tennis balls and such.\n * @category Miniplay Behaviour\n */\n\n\n\n\n\n\n\nconst Trail = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n onAttach: function (entity) {\n Trail.resetTrail(entity);\n },\n onUpdate: function (entity) {\n const mesh = entity.mesh;\n const accessor = mesh.getAccessor(\"a_pos\");\n if (_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle - entity._cycleOffset > 10) {\n const vertices = mesh.vertices;\n for (let i = 0; i < 4; i++) {\n vertices[i * 20 + 3] = vertices[(i + 1) * 20 + 3];\n vertices[i * 20 + 4] = vertices[(i + 1) * 20 + 4];\n vertices[i * 20 + 8] = vertices[(i + 1) * 20 + 8];\n vertices[i * 20 + 9] = vertices[(i + 1) * 20 + 9];\n vertices[i * 20 + 13] = vertices[(i + 1) * 20 + 13];\n vertices[i * 20 + 14] = vertices[(i + 1) * 20 + 14];\n vertices[i * 20 + 18] = vertices[(i + 1) * 20 + 18];\n vertices[i * 20 + 19] = vertices[(i + 1) * 20 + 19];\n }\n vertices.set(vertices.subarray(0, vertices.length - 20), 20);\n entity._cycleOffset = _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle;\n mesh.refresh();\n const zeroPrevious = accessor.getVec(12);\n const onePrevious = accessor.getVec(13);\n const twoPrevious = accessor.getVec(14);\n const threePrevious = accessor.getVec(15);\n const zeroLast = accessor.getVec(16);\n const oneLast = accessor.getVec(17);\n const twoLast = accessor.getVec(18);\n const threeLast = accessor.getVec(19);\n entity.diffs = [\n zeroLast,\n oneLast,\n twoLast,\n threeLast,\n zeroPrevious,\n onePrevious,\n twoPrevious,\n threePrevious,\n ];\n }\n const posZero = new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0, 0.8 + (_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle - entity._cycleOffset) / 10 / 5, 0);\n const posOne = new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0.8 + (_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle - entity._cycleOffset) / 10 / 5, 0, 0);\n const posTwo = new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0, -0.8 - (_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle - entity._cycleOffset) / 10 / 5, 0);\n const posThree = new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(-0.8 - (_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle - entity._cycleOffset) / 10 / 5, 0, 0);\n _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_5__[\"default\"].aTransformPoint(posZero, entity.transform);\n _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_5__[\"default\"].aTransformPoint(posOne, entity.transform);\n _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_5__[\"default\"].aTransformPoint(posTwo, entity.transform);\n _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_5__[\"default\"].aTransformPoint(posThree, entity.transform);\n accessor.setVec(0, posZero);\n accessor.setVec(1, posOne);\n accessor.setVec(2, posTwo);\n accessor.setVec(3, posThree);\n accessor.setVec(16, _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec.lerp(entity.diffs[0], entity.diffs[4], (_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle - entity._cycleOffset) / 10));\n accessor.setVec(17, _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec.lerp(entity.diffs[1], entity.diffs[5], (_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle - entity._cycleOffset) / 10));\n accessor.setVec(18, _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec.lerp(entity.diffs[2], entity.diffs[6], (_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle - entity._cycleOffset) / 10));\n accessor.setVec(19, _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec.lerp(entity.diffs[3], entity.diffs[7], (_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle - entity._cycleOffset) / 10));\n mesh.refresh(0, 4 * 5);\n mesh.refresh(16 * 5, 4 * 5);\n },\n resetTrail: function (entity) {\n if (entity.mesh)\n entity.mesh.free();\n // @ts-ignore\n _behaviours_Transform__WEBPACK_IMPORTED_MODULE_2__.Transform.deepUpdate(entity);\n const trailSteps = 5;\n const vertices = [];\n const origin = new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0, 0, 0);\n _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_5__[\"default\"].aTransformPoint(origin, entity.transform);\n for (let i = 0; i < trailSteps; i++) {\n vertices.push(origin.x, origin.y, origin.z, 0, i / trailSteps);\n vertices.push(origin.x, origin.y, origin.z, 0, i / trailSteps);\n vertices.push(origin.x, origin.y, origin.z, 1, i / trailSteps);\n vertices.push(origin.x, origin.y, origin.z, 1, i / trailSteps);\n }\n const indices = [];\n for (let i = 0; i < trailSteps - 1; i++) {\n const zero = i * 4;\n const nextZero = (i + 1) * 4;\n indices.push(zero, nextZero, zero + 2);\n indices.push(nextZero, nextZero + 2, zero + 2);\n indices.push(zero + 1, nextZero + 1, zero + 3);\n indices.push(nextZero + 1, nextZero + 3, zero + 3);\n indices.push(zero, zero + 2, nextZero);\n indices.push(nextZero, zero + 2, nextZero + 2);\n indices.push(zero + 1, zero + 3, nextZero + 1);\n indices.push(nextZero + 1, zero + 3, nextZero + 3);\n }\n entity.mesh = new _core_common_Mesh__WEBPACK_IMPORTED_MODULE_6__[\"default\"](new _core_common_VertexFormat__WEBPACK_IMPORTED_MODULE_4__.VertexFormat([\"a_pos\", 3], [\"a_uv\", 2]), new Float32Array(vertices), new Uint16Array(indices));\n entity._cycleOffset = _core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.cycle;\n entity.diffs = new Array(8).fill(origin);\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/behaviours/Trail.ts?"); /***/ }), /***/ "./framework/base/src/builtins/behaviours/Transform.ts": /*!*************************************************************!*\ !*** ./framework/base/src/builtins/behaviours/Transform.ts ***! \*************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Transform: () => (/* binding */ Transform)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../core/common/UpdateOrder */ \"./framework/base/src/core/common/UpdateOrder.ts\");\n/* harmony import */ var _default_objectPool_GlobalMatrixPool__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../default/objectPool/GlobalMatrixPool */ \"./framework/base/src/builtins/default/objectPool/GlobalMatrixPool.ts\");\n/* harmony import */ var _default_objectPool_GlobalVecPool__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../default/objectPool/GlobalVecPool */ \"./framework/base/src/builtins/default/objectPool/GlobalVecPool.ts\");\n\n\n\n\n\n\n/**\n * Behaviour responsible for adding a linear transformation matrix representing position, rotation and scale in the 3D space and updating it every frame\n *\n * ```\n * (optional) entity.parent : Entity (with Transform or StaticTransform)\n * (optional) entity.position : Vec or [number,number,number]\n * (optional) entity.rotation : Vec or [number,number,number]\n * (optional) entity.scale : Vec or [number,number,number]\n * (output) entity.transform : Matrix\n * ```\n *\n * @category Miniplay Behaviour\n */\nconst Transform = (function TransformIIFE() {\n let matrixPool = _default_objectPool_GlobalMatrixPool__WEBPACK_IMPORTED_MODULE_4__[\"default\"].getInstance();\n let vecPool = _default_objectPool_GlobalVecPool__WEBPACK_IMPORTED_MODULE_5__[\"default\"].getInstance();\n return new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_3__.UpdateOrder.UpdateTransforms,\n onAttach: function (entity) {\n entity.position = _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.position) || new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0, 0, 0);\n entity.rotation = _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.rotation) || new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0, 0, 0);\n entity.scale = _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.scale) || new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(1, 1, 1);\n entity.transform = new _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__[\"default\"]();\n entity.transform.setAsTransform(entity.position, entity.rotation, entity.scale, entity.parent ? entity.parent.transform : null);\n entity.globalPosition = entity.transform.getTranslation();\n entity.globalRotation = entity.transform.getRotation();\n entity.globalScale = entity.transform.getScale();\n entity.getRelativePositionFromTransform = (globalPosition) => {\n return entity.aGetRelativePositionFromTransform(new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0, 0, 0), globalPosition);\n };\n /*\n converts @globalPosition to the local coordinates of the entity, i. e.\n localPosition x transform = globalPosition -> localPosition = globalPosition x (transform)^(-1)\n */\n entity.aGetRelativePositionFromTransform = (result, globalPosition) => {\n let tmp = matrixPool.getAvailableObject();\n result.copyFrom(globalPosition);\n tmp.assign(entity.transform);\n tmp.invert();\n tmp.applyToVec(result);\n matrixPool.giveBackObject(tmp);\n return result;\n };\n entity.getRelativeRotationFromTransform = (globalRotation) => {\n return entity.aGetRelativeRotationFromTransform(new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0, 0, 0), globalRotation);\n };\n /*\n converts `globalRotation` to the local coordinates of the entity\n */\n entity.aGetRelativeRotationFromTransform = (result, globalRotation) => {\n let tmp1 = matrixPool.getAvailableObject();\n let tmp2 = matrixPool.getAvailableObject();\n tmp2.setAsTransform(_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.VecZero, globalRotation);\n tmp1.assign(entity.transform);\n tmp1.invert();\n tmp2.multiply(tmp1);\n tmp2.aGetRotation(result);\n matrixPool.giveBackObject(tmp1);\n matrixPool.giveBackObject(tmp2);\n return result;\n };\n /*\n converts `globalScale` to the local coordinates of the entity\n */\n entity.aGetRelativeScaleFromTransform = (result, globalScale) => {\n let tmp1 = matrixPool.getAvailableObject();\n let tmp2 = matrixPool.getAvailableObject();\n tmp2.setAsTransform(_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.VecZero, _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.VecZero, globalScale);\n tmp1.assign(entity.transform);\n tmp1.invert();\n tmp2.multiply(tmp1);\n tmp2.aGetScale(result);\n matrixPool.giveBackObject(tmp1);\n matrixPool.giveBackObject(tmp2);\n return result;\n };\n entity.convertLocalToGlobalPosition = (localPosition) => {\n return entity.aConvertLocalToGlobalPosition(new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0, 0, 0), localPosition);\n };\n entity.aConvertLocalToGlobalPosition = (result, localPosition) => {\n let tmp = matrixPool.getAvailableObject();\n tmp.setAsTransform(localPosition, _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.VecZero, _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.VecOne, entity.transform);\n tmp.aGetTranslation(result);\n matrixPool.giveBackObject(tmp);\n return result;\n };\n entity.lookAt = function (point) {\n _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.VecTemp.x = point.x;\n _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.VecTemp.y = point.y;\n _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.VecTemp.z = point.z;\n const dir = _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.VecTemp.iSub(entity.position).iUnit();\n entity.rotation.x = -Math.atan2(dir.y, Math.sqrt(dir.x * dir.x + dir.z * dir.z));\n entity.rotation.y = Math.atan2(dir.x, dir.z);\n entity.rotation.z = 0;\n };\n entity.getLookAtRotation = function (point) {\n const dir = point.sub(entity.position).unit;\n let rx = -Math.atan2(dir.y, Math.sqrt(dir.x * dir.x + dir.z * dir.z));\n let ry = Math.atan2(dir.x, dir.z);\n let rz = 0;\n return new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(rx, ry, rz);\n };\n entity.getForward = function () {\n let forward = _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.VecForward.copy;\n return _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__[\"default\"].aTransformVector(forward, entity.transform);\n };\n function globalToLocalAxis(localAxis, globalAxis) {\n if (!entity.parent) {\n localAxis.copyFrom(globalAxis);\n }\n else {\n let tmp = vecPool.getAvailableObject();\n tmp.copyFrom(globalAxis);\n tmp.iUnit().iAdd(entity.globalPosition);\n entity.aGetRelativePositionFromTransform(localAxis, tmp);\n vecPool.giveBackObject(tmp);\n }\n return localAxis;\n }\n ;\n entity.rotateOrientationAroundAxis = (globalAxis, angle) => {\n let transform = matrixPool.getAvailableObject();\n let localAxis = vecPool.getAvailableObject();\n localAxis = globalToLocalAxis(localAxis, globalAxis);\n entity._computeTransformFromData(transform);\n transform.iRotateOrientationAroundAxis(localAxis, angle);\n entity._computeDataFromTransform(transform);\n matrixPool.giveBackObject(transform);\n vecPool.giveBackObject(localAxis);\n entity.updateTransform();\n };\n entity._computeTransformFromData = (transform, parent = null) => {\n transform.setAsTransform(entity.position, entity.rotation, entity.scale, parent ? parent.transform : null);\n };\n entity._computeDataFromTransform = (transform) => {\n transform.aGetTranslation(entity.position);\n transform.aGetRotation(entity.rotation);\n transform.aGetScale(entity.scale);\n };\n entity.updateTransform = () => {\n entity._computeTransformFromData(entity.transform, entity.parent);\n entity.transform.aGetTranslation(entity.globalPosition);\n entity.transform.aGetRotation(entity.globalRotation);\n entity.transform.aGetScale(entity.globalScale);\n };\n entity.matchXAxis = (targetAxis, damp = 1) => {\n let transform = matrixPool.getAvailableObject();\n let localAxis = vecPool.getAvailableObject();\n localAxis = globalToLocalAxis(localAxis, targetAxis);\n entity._computeTransformFromData(transform);\n transform.matchXAxis(targetAxis, damp);\n entity._computeDataFromTransform(transform);\n matrixPool.giveBackObject(transform);\n vecPool.giveBackObject(localAxis);\n entity.updateTransform();\n };\n entity.matchYAxis = (targetAxis, damp = 1) => {\n let transform = matrixPool.getAvailableObject();\n let localAxis = vecPool.getAvailableObject();\n localAxis = globalToLocalAxis(localAxis, targetAxis);\n entity._computeTransformFromData(transform);\n transform.matchYAxis(targetAxis, damp);\n entity._computeDataFromTransform(transform);\n matrixPool.giveBackObject(transform);\n vecPool.giveBackObject(localAxis);\n entity.updateTransform();\n };\n entity.matchZAxis = (targetAxis, damp = 1) => {\n let transform = matrixPool.getAvailableObject();\n let localAxis = vecPool.getAvailableObject();\n localAxis = globalToLocalAxis(localAxis, targetAxis);\n entity._computeTransformFromData(transform);\n transform.matchZAxis(targetAxis, damp);\n entity._computeDataFromTransform(transform);\n matrixPool.giveBackObject(transform);\n vecPool.giveBackObject(localAxis);\n entity.updateTransform();\n };\n entity.aProjectToNormalPlane = (vector) => {\n let right = vecPool.getAvailableObject();\n let forward = vecPool.getAvailableObject();\n let tmp = vecPool.getAvailableObject();\n entity.transform.aXVersor(right);\n entity.transform.aZVersor(forward);\n let rightProjection = right.dot(vector);\n let forwardProjection = forward.dot(vector);\n vector.copyFrom(right);\n vector.iMul(rightProjection);\n tmp.copyFrom(forward);\n tmp.iMul(forwardProjection);\n vector.iAdd(tmp);\n vecPool.giveBackObject(right);\n vecPool.giveBackObject(forward);\n vecPool.giveBackObject(tmp);\n return vector;\n };\n },\n onUpdate: (entity) => {\n entity.updateTransform();\n },\n deepUpdate: (entity) => {\n if (entity.parent) {\n // @ts-ignore\n Transform.deepUpdate(entity.parent);\n }\n Transform.onUpdate(entity);\n }\n });\n})();\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/behaviours/Transform.ts?"); /***/ }), /***/ "./framework/base/src/builtins/behaviours/TransformStatic.ts": /*!*******************************************************************!*\ !*** ./framework/base/src/builtins/behaviours/TransformStatic.ts ***! \*******************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ TransformStatic: () => (/* binding */ TransformStatic)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\n\n\n/**\n * Behaviour responsible for adding a linear transformation matrix representing position, rotation and scale in the 3D space but not updating it.\n * The transform matrix is immutable for this behaviour.\n *\n * ```\n * (optional) entity.parent : Entity (with Transform or StaticTransform)\n * (optional) entity.position : Vec or [number,number,number]\n * (optional) entity.rotation : Vec or [number,number,number]\n * (optional) entity.scale : Vec or [number,number,number]\n * (output) entity.transform : Matrix\n * ```\n *\n * @category Miniplay Behaviour\n */\nconst TransformStatic = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n onAttach: function (entity) {\n entity.position = _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.position) || new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0, 0, 0);\n entity.rotation = _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.rotation) || new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0, 0, 0);\n entity.scale = _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.scale) || new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(1, 1, 1);\n entity.transform = new _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__[\"default\"]();\n entity.transform.setAsTransform(entity.position, entity.rotation, entity.scale, entity.parent ? entity.parent.transform : null);\n },\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/behaviours/TransformStatic.ts?"); /***/ }), /***/ "./framework/base/src/builtins/behaviours/UiElement.ts": /*!*************************************************************!*\ !*** ./framework/base/src/builtins/behaviours/UiElement.ts ***! \*************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ UiElement: () => (/* binding */ UiElement)\n/* harmony export */ });\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_common_Texture__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n/* harmony import */ var _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../core/common/UpdateOrder */ \"./framework/base/src/core/common/UpdateOrder.ts\");\n/* harmony import */ var _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../core/ext/gl */ \"./framework/base/src/core/ext/gl.ts\");\n/* harmony import */ var _adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../adnetwork/Adnetwork */ \"./framework/base/src/builtins/adnetwork/Adnetwork.ts\");\n/* harmony import */ var _camera_Camera__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _default_objectPool_GlobalMatrixPool__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../default/objectPool/GlobalMatrixPool */ \"./framework/base/src/builtins/default/objectPool/GlobalMatrixPool.ts\");\n/* harmony import */ var _default_objectPool_GlobalVecPool__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../default/objectPool/GlobalVecPool */ \"./framework/base/src/builtins/default/objectPool/GlobalVecPool.ts\");\n\n\n\n\n\n\n\n\n\n/**\n * Behaviour responsible for making the Entity behave as a 2D UI Element.\n *\n * ```\n * (optional) entity.parent : Entity (with UiElement)\n * (optional) entity.position : Vec or [number,number,number]\n * (optional) entity.anchor : Vec or [number,number,number]\n * (optional) entity.scale : Vec or [number,number,number]\n * (optional) entity.aspect : number or true\n * (optional) entity.aspectFit : number\n * (optional) entity.angle : number\n * (output) entity.rect\n * (output) entity.accAngle\n * (output) entity.drawOrder\n *\n * ```\n * @category Miniplay Behaviour\n */\nconst UiElement = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_1__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_3__.UpdateOrder.RenderUi - 1,\n onAttach: (entity) => {\n entity.position = _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec.get(entity.position) || new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0.5, 0.5, 0);\n entity.scale = _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec.get(entity.scale) || new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(1, 1, 0);\n entity.anchor = _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec.get(entity.anchor) || new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0.5, 0.5, 0);\n entity.aspect = entity.aspect || undefined;\n entity.aspectFit = entity.aspectFit || 0;\n entity.rectangleAspect = entity.rectangleAspect || 1;\n entity.angle = entity.angle || 0;\n entity.rect = [0, 0, 0, 0];\n entity.accAngle = entity.angle;\n entity.drawOrder = 0;\n if (entity.touchOrder === undefined)\n entity.touchOrder = 0;\n if (entity.blockOnTouch === undefined)\n entity.blockOnTouch = false;\n UiElement.addMethodsToEntity(entity);\n UiElement.entities.sort((a, b) => {\n return a.touchOrder - b.touchOrder;\n });\n },\n onUpdate: (entity) => {\n UiElement.updateEntityRectangle(entity);\n },\n processInputStart: (touch) => {\n touch._targetElement = [];\n for (let element of UiElement.entities) {\n if (element.checkIfInsideBounds(touch)) {\n if (element.onClick || element.onDrag || element.onTouchStart || element.onTouchEnd) {\n touch._trackedByUi = true;\n touch._targetElement.push(element);\n if (element.onTouchStart)\n element.onTouchStart(element, touch);\n if (element.blockOnTouch)\n break;\n }\n }\n }\n },\n processInputMove: (touch) => {\n if (touch._trackedByUi) {\n for (let element of touch._targetElement) {\n if (element.onDrag)\n element.onDrag(element, touch);\n }\n }\n },\n processInputEnd: (touch) => {\n if (touch._trackedByUi) {\n for (let element of touch._targetElement) {\n if (element.checkIfInsideBounds(touch)) {\n if (element.onClick !== undefined)\n element.onClick(element, touch);\n }\n if (element.onTouchEnd)\n element.onTouchEnd(element, touch);\n }\n }\n }\n});\n(function UiElementIIFE() {\n let matrixPool = _default_objectPool_GlobalMatrixPool__WEBPACK_IMPORTED_MODULE_7__[\"default\"].getInstance();\n let vecPool = _default_objectPool_GlobalVecPool__WEBPACK_IMPORTED_MODULE_8__[\"default\"].getInstance();\n UiElement.updateEntityRectangle = (entity) => {\n let parentAngle = 0.0;\n let baseRectTransform;\n entity.drawOrder = entity.position.z;\n entity.accAngle = entity.angle;\n if (entity.parent) {\n if (entity.parent.rect) {\n entity.drawOrder += entity.parent.drawOrder;\n entity.accAngle += entity.parent.accAngle;\n baseRectTransform = entity.parent.rect;\n if (entity.parent.angle)\n parentAngle = entity.parent.angle;\n }\n else {\n let vec = vecPool.getAvailableObject();\n let matrix = matrixPool.getAvailableObject();\n vec.iMul(0);\n _Framework__WEBPACK_IMPORTED_MODULE_0__.Matrix.aTransformPoint(vec, entity.parent.transform);\n _Framework__WEBPACK_IMPORTED_MODULE_0__.Matrix.aTransformPoint(vec, matrix.assign(_camera_Camera__WEBPACK_IMPORTED_MODULE_6__[\"default\"].view3d));\n vecPool.giveBackObject(vec);\n matrixPool.giveBackObject(matrix);\n let x = vec.x * _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.width * 0.5 / vec.z;\n let y = -vec.y * _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.height * 0.5 / vec.z;\n baseRectTransform = [x, y, _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.width, _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.height];\n }\n }\n else\n baseRectTransform = [0, 0, _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.width, _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.height];\n let topLeft = vecPool.getAvailableObject().setValues(baseRectTransform[0], baseRectTransform[1]);\n let parentDimension = vecPool.getAvailableObject().setValues(baseRectTransform[2], baseRectTransform[3]);\n let position = vecPool.getAvailableObject();\n position.copyFrom(parentDimension).iScale(entity.position).iAdd(topLeft);\n if (parentAngle) {\n let center = vecPool.getAvailableObject();\n let offset = vecPool.getAvailableObject();\n center.copyFrom(parentDimension).iMul(0.5).iAdd(topLeft);\n offset.setValues(0.5, 0.5).iSub(entity.parent.anchor).iScale(parentDimension);\n center.iSub(offset);\n position.iSub(center);\n [position.x, position.y] = [\n position.x * Math.cos(parentAngle) - position.y * Math.sin(parentAngle),\n position.x * Math.sin(parentAngle) + position.y * Math.cos(parentAngle)\n ];\n position.iAdd(center);\n vecPool.giveBackObject(center);\n vecPool.giveBackObject(offset);\n }\n let dimension = vecPool.getAvailableObject().copyFrom(parentDimension).iScale(entity.scale);\n let anchor = vecPool.getAvailableObject().copyFrom(entity.anchor);\n [dimension.x, dimension.y] = correctDimensionsWithAspect(dimension.x, dimension.y, entity);\n anchor.iScale(dimension);\n position.iSub(anchor);\n entity.rect = [position.x, position.y, dimension.x, dimension.y];\n entity.rectangleAspect = ((dimension.x != 0) ? dimension.y / dimension.x : 1.0);\n vecPool.giveBackObject(dimension);\n vecPool.giveBackObject(anchor);\n vecPool.giveBackObject(topLeft);\n vecPool.giveBackObject(parentDimension);\n vecPool.giveBackObject(position);\n };\n function correctDimensionsWithAspect(sizeX, sizeY, entity) {\n let aspect = entity.aspect;\n let aspectFit = entity.aspectFit || 0;\n if (aspect !== undefined) {\n if (aspect === true)\n aspect = entity.texture.aspect;\n if (aspect instanceof _core_common_Texture__WEBPACK_IMPORTED_MODULE_2__.Texture)\n aspect = entity.aspect.aspect;\n let signX = Math.sign(sizeX);\n let signY = Math.sign(sizeY);\n sizeX = Math.abs(sizeX);\n sizeY = Math.abs(sizeY);\n let ratio = sizeX / sizeY;\n let hiSizeX = sizeX;\n let loSizeX = sizeX;\n let hiSizeY = sizeY;\n let loSizeY = sizeY;\n if (ratio > aspect) {\n hiSizeY = sizeX / aspect;\n loSizeX = sizeY * aspect;\n }\n else if (ratio < aspect) {\n hiSizeX = sizeY * aspect;\n loSizeY = sizeX / aspect;\n }\n sizeX = loSizeX + (hiSizeX - loSizeX) * aspectFit;\n sizeY = loSizeY + (hiSizeY - loSizeY) * aspectFit;\n sizeX *= signX;\n sizeY *= signY;\n }\n return [sizeX, sizeY];\n }\n UiElement.aAbsoluteCoordinates = (coordinates) => {\n coordinates.x *= _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.width;\n coordinates.y *= _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.height;\n return coordinates;\n };\n UiElement.addMethodsToEntity = (entity) => {\n function rotate(angle, vector, reference) {\n vector.iSub(reference);\n let xCorrection = 1;\n let yCorrection = 1;\n let screenAspect = _adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_5__[\"default\"].getScreenAspect();\n if (_adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_5__[\"default\"].isPortraitOrientation())\n xCorrection = screenAspect;\n else\n yCorrection = 1.0 / screenAspect;\n [vector.x, vector.y] = [\n vector.x * Math.cos(angle) * xCorrection - vector.y * Math.sin(angle) * yCorrection,\n vector.x * Math.sin(angle) * xCorrection + vector.y * Math.cos(angle) * yCorrection\n ];\n vector.x /= xCorrection;\n vector.y /= yCorrection;\n vector.iAdd(reference);\n return vector;\n }\n ;\n entity.getRectInfo = () => {\n return entity.aGetRectInfo({\n topLeft: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0),\n topRight: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0),\n bottomLeft: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0),\n bottomRight: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0),\n center: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0)\n });\n };\n let reference = new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0);\n let anchor = new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0);\n let size = new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0);\n entity.aGetRectInfo = (result) => {\n UiElement.updateEntityRectangle(entity);\n reference.setValues(entity.rect[0], entity.rect[1]);\n size.setValues(entity.rect[2], entity.rect[3]);\n reference.x /= _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.width;\n reference.y /= _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.height;\n size.x /= _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.width;\n size.y /= _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.height;\n anchor.x = entity.anchor.x;\n anchor.y = entity.anchor.y;\n anchor.x = (anchor.x - 0.5) * size.x;\n anchor.y = (anchor.y - 0.5) * size.y;\n result.topLeft.setValues(reference.x, reference.y);\n result.topRight.setValues(reference.x + size.x, reference.y);\n result.bottomLeft.setValues(reference.x, reference.y + size.y);\n result.bottomRight.setValues(reference.x + size.x, reference.y + size.y);\n result.center.iMul(0.0);\n result.center.iAdd(result.topLeft).iAdd(result.topRight).iAdd(result.bottomLeft).iAdd(result.bottomRight);\n result.center.iMul(1 / 4);\n result.center.iAdd(anchor);\n rotate(entity.accAngle, result.topLeft, result.center);\n rotate(entity.accAngle, result.topRight, result.center);\n rotate(entity.accAngle, result.bottomLeft, result.center);\n rotate(entity.accAngle, result.bottomRight, result.center);\n result.center.iSub(anchor);\n return result;\n };\n let coordinates1 = new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0);\n let rectInfo1 = {\n topLeft: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0),\n topRight: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0),\n bottomLeft: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0),\n bottomRight: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0),\n center: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0)\n };\n entity.checkIfInsideBounds = (position) => {\n entity.aGetRectInfo(rectInfo1);\n coordinates1.x = position.x / _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.width;\n coordinates1.y = position.y / _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.height;\n return checkIfPositionIsInsideRectangle(coordinates1, rectInfo1);\n };\n let vecEdge1 = new _Framework__WEBPACK_IMPORTED_MODULE_0__.VecEdge();\n function checkIfPositionIsInsideRectangle(position, rectInfo) {\n vecEdge1.v1.copyFrom(rectInfo.topRight);\n vecEdge1.v2.copyFrom(rectInfo.topLeft);\n let topEdge = vecEdge1.checkIfPositionsAreInTheSameHalfPlane(rectInfo.center, position);\n vecEdge1.v1.copyFrom(rectInfo.bottomRight);\n vecEdge1.v2.copyFrom(rectInfo.topRight);\n let rightEdge = vecEdge1.checkIfPositionsAreInTheSameHalfPlane(rectInfo.center, position);\n vecEdge1.v1.copyFrom(rectInfo.bottomLeft);\n vecEdge1.v2.copyFrom(rectInfo.bottomRight);\n let bottomEdge = vecEdge1.checkIfPositionsAreInTheSameHalfPlane(rectInfo.center, position);\n vecEdge1.v1.copyFrom(rectInfo.topLeft);\n vecEdge1.v2.copyFrom(rectInfo.bottomLeft);\n let leftEdge = vecEdge1.checkIfPositionsAreInTheSameHalfPlane(rectInfo.center, position);\n return topEdge && rightEdge && bottomEdge && leftEdge;\n }\n ;\n let coordinates2 = new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0);\n let rectInfo2 = {\n topLeft: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0),\n topRight: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0),\n bottomLeft: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0),\n bottomRight: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0),\n center: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0)\n };\n /*\n computes the x component of `position` with respect to the rectangle\n represented by `rectInfo`.\n */\n function computeXValue(absolutePosition, rectInfo, aspectCorrection) {\n let leftEdge = vecPool.getAvailableObject();\n let topEdge = vecPool.getAvailableObject();\n leftEdge.copyFrom(rectInfo.bottomLeft);\n leftEdge.iSub(rectInfo.topLeft);\n leftEdge.x *= aspectCorrection.x;\n leftEdge.y *= aspectCorrection.y;\n coordinates2.setValues(absolutePosition.x / _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.width, absolutePosition.y / _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.height);\n coordinates2.iSub(rectInfo.topLeft);\n coordinates2.x *= aspectCorrection.x;\n coordinates2.y *= aspectCorrection.y;\n coordinates2.iRemoveComponentInAxisDirection(leftEdge);\n topEdge.copyFrom(rectInfo.topRight);\n topEdge.iSub(rectInfo.topLeft);\n let x = coordinates2.length * Math.sign(topEdge.dot(coordinates2));\n let yLength = leftEdge.length;\n vecPool.giveBackObject(leftEdge);\n vecPool.giveBackObject(topEdge);\n return { x: x, yLength: yLength };\n }\n ;\n /*\n computes the y component of `position` with respect to the rectangle\n represented by `rectInfo`.\n */\n function computeYValue(absolutePosition, rectInfo, aspectCorrection) {\n let topEdge = vecPool.getAvailableObject();\n let leftEdge = vecPool.getAvailableObject();\n topEdge.copyFrom(rectInfo.topRight);\n topEdge.iSub(rectInfo.topLeft);\n topEdge.x *= aspectCorrection.x;\n topEdge.y *= aspectCorrection.y;\n coordinates2.setValues(absolutePosition.x / _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.width, absolutePosition.y / _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.height);\n coordinates2.iSub(rectInfo.topLeft);\n coordinates2.x *= aspectCorrection.x;\n coordinates2.y *= aspectCorrection.y;\n coordinates2.iRemoveComponentInAxisDirection(topEdge);\n leftEdge.copyFrom(rectInfo.bottomLeft);\n leftEdge.iSub(rectInfo.topLeft);\n let y = coordinates2.length * Math.sign(leftEdge.dot(coordinates2));\n let xLength = topEdge.length;\n vecPool.giveBackObject(topEdge);\n vecPool.giveBackObject(leftEdge);\n return { y: y, xLength: xLength };\n }\n ;\n entity.aToAbsolutePosition = (result, position) => {\n UiElement.updateEntityRectangle(entity);\n const oX = entity.rect[0];\n const oY = entity.rect[1];\n const width = entity.rect[2];\n const height = entity.rect[3];\n result.x = position.x * width + oX;\n result.y = position.y * height + oY;\n return result;\n };\n /* converts `absolutePosition` into relative coordinates with respect to `entity`. */\n entity.aToRelativePosition = (result, absolutePosition) => {\n let aspect = _adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_5__[\"default\"].getScreenAspect();\n let aspectCorrection = { x: 1, y: 1 };\n if (_adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_5__[\"default\"].isPortraitOrientation())\n aspectCorrection.x = aspect;\n else\n aspectCorrection.y = aspect;\n entity.aGetRectInfo(rectInfo2);\n const { x, yLength } = computeXValue(absolutePosition, rectInfo2, aspectCorrection);\n const { y, xLength } = computeYValue(absolutePosition, rectInfo2, aspectCorrection);\n return result.setValues(x / xLength, y / yLength);\n };\n /* converts `absolutePosition` into relative coordinates with respect to `entity`. */\n entity.toRelativePosition = (absolutePosition) => {\n return entity.aToRelativePosition(new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0), absolutePosition);\n };\n // TODO: adapt to rectInfo\n entity.aGetRelativeCoordinates = (coordinates) => {\n UiElement.updateEntityRectangle(entity);\n let width = _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.width;\n let height = _core_ext_gl__WEBPACK_IMPORTED_MODULE_4__.Canvas.height;\n if (entity.parent !== undefined && entity.parent.rect !== undefined) {\n width = entity.parent.rect[2];\n height = entity.parent.rect[3];\n }\n if (width == 0 || height == 0) {\n coordinates.x = 0.0;\n coordinates.y = 0.0;\n coordinates.width = 0.0;\n coordinates.height = 0.0;\n }\n else {\n coordinates.x = entity.rect[0] / width;\n coordinates.y = entity.rect[1] / height;\n coordinates.width = entity.rect[2] / width;\n coordinates.height = entity.rect[3] / height;\n }\n return coordinates;\n };\n entity.getRelativeCoordinates = () => {\n return entity.aGetRelativeCoordinates({});\n };\n };\n})();\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/behaviours/UiElement.ts?"); /***/ }), /***/ "./framework/base/src/builtins/camera/Camera.ts": /*!******************************************************!*\ !*** ./framework/base/src/builtins/camera/Camera.ts ***! \******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../core/common/UpdateOrder */ \"./framework/base/src/core/common/UpdateOrder.ts\");\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../Framework */ \"./framework/Framework.ts\");\n\n\n\n\n/**\n * Wrapper class for the game Camera\n * @category Miniplay\n */\nclass Camera {\n /**\n * Updates what the Camera sees and render\n */\n static update() {\n this.transform.setAsTransform(this.position, this.rotation, _Framework__WEBPACK_IMPORTED_MODULE_3__.VecOne, this.parent ? this.parent.transform : undefined);\n this.mountViewMatrix();\n }\n /**\n * Updates the Camera's projection, view2D and view3D matrices\n */\n static mountViewMatrix() {\n this._projection.setAsPerspective(this.fov, this.aspect, this.near, this.far);\n this.view2d.setAsOrthogonal(this.width, this.height, this.width);\n this.view3d.assign(this.transform);\n this.view3d.invert();\n this.view3d.multiply(this._projection);\n }\n /**\n * @returns the vector pointing forward relative to the Camera's view\n */\n static getForward() {\n return _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__[\"default\"].aTransformVector(new _Framework__WEBPACK_IMPORTED_MODULE_3__.Vec(0, 0, 1), this.transform);\n }\n static updateDimensions() {\n let size;\n if (Flags.nativeResolution) {\n size = _Framework__WEBPACK_IMPORTED_MODULE_3__.Adnetwork.getRealScreenSize();\n }\n else {\n size = _Framework__WEBPACK_IMPORTED_MODULE_3__.Adnetwork.getScreenSize();\n }\n this.aspect = size.width / size.height;\n this.width = size.width;\n this.height = size.height;\n this.pixelRatio = size.pixelRatio;\n }\n}\n/** Camera position in the 3D space */\nCamera.position = null;\n/** Camera rotation in the 3D space */\nCamera.rotation = null;\n/** Camera parent used as reference for the Camera's position and rotation */\nCamera.parent = null;\n/** Camera 3D view matrix */\nCamera.view3d = null;\n/** Camera 2D view matrix */\nCamera.view2d = null;\n/** Camera's field of view */\nCamera.fov = 30;\n/** Camera's aspect ratio of the visible screen */\nCamera.aspect = 4 / 3;\n/** The minimum distance to the Camera an object has to be to render */\nCamera.near = 0.1;\n/** The maximum distance to the Camera an object can be to render */\nCamera.far = 1000;\n/** Visible screen width */\nCamera.width = 960;\n/** Visible screen height */\nCamera.height = 720;\n/** Maximum amount of pixels the visible screen has */\nCamera.maxPixels = 960;\n/** Pixel ratio that multiplies the camera dimensions */\nCamera.pixelRatio = 1;\n/** Linear transformation matrix representing the Camera's position, rotation and scale */\nCamera.transform = null;\n/** Color to paint the screen before redering anything */\nCamera.backgroundColor = [0, 0, 0, 1];\n/** Projection Matrix for the rendering of the Camera's view */\nCamera._projection = null;\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (Camera);\nnew _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n initOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_2__.UpdateOrder.PrepareGl,\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_2__.UpdateOrder.UpdateCamera,\n onSystemInit: function () {\n Camera.updateDimensions();\n _Framework__WEBPACK_IMPORTED_MODULE_3__.Adnetwork.listenToResize(() => Camera.updateDimensions());\n Camera.position = new _Framework__WEBPACK_IMPORTED_MODULE_3__.Vec(0, 0, 0);\n Camera.rotation = new _Framework__WEBPACK_IMPORTED_MODULE_3__.Vec(0, 0, 0);\n Camera.view3d = new _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__[\"default\"]();\n Camera.view2d = new _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__[\"default\"]();\n Camera.transform = new _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__[\"default\"]();\n Camera._projection = new _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__[\"default\"]();\n Camera.update();\n },\n onSystemUpdate: function () {\n Camera.update();\n },\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/camera/Camera.ts?"); /***/ }), /***/ "./framework/base/src/builtins/debugger/AbstractDebugger.ts": /*!******************************************************************!*\ !*** ./framework/base/src/builtins/debugger/AbstractDebugger.ts ***! \******************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ AbstractDebugger)\n/* harmony export */ });\nclass AbstractDebugger {\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/debugger/AbstractDebugger.ts?"); /***/ }), /***/ "./framework/base/src/builtins/debugger/Debugger.ts": /*!**********************************************************!*\ !*** ./framework/base/src/builtins/debugger/Debugger.ts ***! \**********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Debugger)\n/* harmony export */ });\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _core_common_Entity__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _behaviours_TransformStatic__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../behaviours/TransformStatic */ \"./framework/base/src/builtins/behaviours/TransformStatic.ts\");\n/* harmony import */ var _default_assetsLoader_AssetsLoader__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../default/assetsLoader/AssetsLoader */ \"./framework/base/src/builtins/default/assetsLoader/AssetsLoader.ts\");\n/* harmony import */ var _default_resources_data_sphereMesh_json__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../default/resources/data/sphereMesh.json */ \"./framework/base/src/builtins/default/resources/data/sphereMesh.json\");\n/* harmony import */ var _renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../renderingPipeline/RenderingPipeline */ \"./framework/base/src/builtins/renderingPipeline/RenderingPipeline.ts\");\n/* harmony import */ var _AbstractDebugger__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ./AbstractDebugger */ \"./framework/base/src/builtins/debugger/AbstractDebugger.ts\");\n\n\n\n\n\n\n\nclass Debugger extends _AbstractDebugger__WEBPACK_IMPORTED_MODULE_6__[\"default\"] {\n log(...params) {\n console.log(...params);\n }\n addPropertyToWindow(alias, property) {\n window[alias] = property;\n }\n drawPoint(position, color) {\n return new _core_common_Entity__WEBPACK_IMPORTED_MODULE_1__[\"default\"]({\n behaviours: [_behaviours_TransformStatic__WEBPACK_IMPORTED_MODULE_2__.TransformStatic, _renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_5__.RenderOpaque],\n mesh: _default_assetsLoader_AssetsLoader__WEBPACK_IMPORTED_MODULE_3__[\"default\"].getInstance().loadMesh(_default_resources_data_sphereMesh_json__WEBPACK_IMPORTED_MODULE_4__),\n tint: color || [1, 0, 1, 1],\n scale: new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0.1, 0.1, 0.1),\n position: position\n });\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/debugger/Debugger.ts?"); /***/ }), /***/ "./framework/base/src/builtins/default/assetsLoader/AssetsLoader.ts": /*!**************************************************************************!*\ !*** ./framework/base/src/builtins/default/assetsLoader/AssetsLoader.ts ***! \**************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _core_common_Mesh__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Mesh */ \"./framework/base/src/core/common/Mesh.ts\");\n/* harmony import */ var _core_common_Texture__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n/* harmony import */ var _resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../resources/meshes/MeshQuad */ \"./framework/base/src/builtins/default/resources/meshes/MeshQuad.ts\");\n/* harmony import */ var _resources_textures_White__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../resources/textures/White */ \"./framework/base/src/builtins/default/resources/textures/White.ts\");\n\n\n\n\n/*\n\nAssetsLoader caches meshes, textures and generated textures, so that they are\nnot loaded multiple times. The cached objects are loaded when requested from\nAssetsLoader for the first time, and the cached instanced is returned on further\nrequests.\n\n@remarks\nAssetsLoader uses the Singleton design pattern { @link https://en.wikipedia.org/wiki/Singleton_pattern }\n\n*/\n/* dummy variables */\nlet resolution;\nlet template = null;\nlet tintMapper = null;\nlet result;\nclass AssetsLoader {\n /* static method to retrieve the single AssestLoader instance */\n static getInstance() {\n if (AssetsLoader._instance === null)\n AssetsLoader._instance = new AssetsLoader();\n return AssetsLoader._instance;\n }\n /* private constructor prevets the object from being directly instantiated */\n constructor() {\n this._meshes = new Map();\n this._textures = new Map();\n this._generatedTextures = new Map();\n this._tintMapperTemplateCache = new Map();\n this._meshes.set(null, _resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_2__.MeshQuad);\n this._textures.set(null, _resources_textures_White__WEBPACK_IMPORTED_MODULE_3__.TextureWhite);\n }\n loadTexture(data = null, parameters = {}) {\n this._setupTextureParameters(parameters);\n if (!this._textures.has(data))\n this._textures.set(data, (new _core_common_Texture__WEBPACK_IMPORTED_MODULE_1__.Texture(parameters.filter, parameters.repeat)).loadFromData(data));\n return this._textures.get(data);\n }\n loadMesh(data = null) {\n if (!this._meshes.has(data))\n this._meshes.set(data, _core_common_Mesh__WEBPACK_IMPORTED_MODULE_0__[\"default\"].loadFromData(data));\n return this._meshes.get(data);\n }\n loadGeneratedTexture(data) {\n if (this._tintMapperTemplateCache.has(data.template))\n template = this._tintMapperTemplateCache.get(data.template);\n else {\n template = new data.template();\n this._tintMapperTemplateCache.set(data.template, template);\n }\n result = template.generateTintMapper(data.resolution);\n tintMapper = result.tintMapper;\n resolution = result.resolution;\n if (!this._generatedTextures.has(tintMapper))\n this._generatedTextures.set(tintMapper, (new _core_common_Texture__WEBPACK_IMPORTED_MODULE_1__.Texture()).generate(resolution, tintMapper));\n return this._generatedTextures.get(tintMapper);\n }\n /* @virtual */\n _setupTextureParameters(parameters) {\n if (parameters.filter === undefined)\n parameters.filter = true;\n if (parameters.repeat === undefined)\n parameters.repeat = false;\n }\n}\n/* holds the single instance of AssetsLoader */\nAssetsLoader._instance = null;\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (AssetsLoader);\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/assetsLoader/AssetsLoader.ts?"); /***/ }), /***/ "./framework/base/src/builtins/default/objectPool/GlobalMatrixPool.ts": /*!****************************************************************************!*\ !*** ./framework/base/src/builtins/default/objectPool/GlobalMatrixPool.ts ***! \****************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _modules_objectPool_StretcherObjectPool__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../../modules/objectPool/StretcherObjectPool */ \"./framework/modules/objectPool/StretcherObjectPool.ts\");\n/* harmony import */ var _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n\n\nclass GlobalMatrixPool extends _modules_objectPool_StretcherObjectPool__WEBPACK_IMPORTED_MODULE_0__[\"default\"] {\n static getInstance() {\n if (GlobalMatrixPool._instance === null)\n GlobalMatrixPool._instance = new GlobalMatrixPool();\n return GlobalMatrixPool._instance;\n }\n constructor() {\n super({ maximumSize: Infinity });\n }\n _create(parameters = {}) {\n if (GlobalMatrixPool.verbose)\n console.log('GlobalMatrixPool: total size is ' + this.totalSize.toString() + '.');\n if (this.totalSize > 50)\n console.warn(\"GlobalMatrixPool: check if there is a `giveBackObject` after a `getAvailableObject`.\");\n if (this.totalSize > 500)\n throw new Error(\"GlobalMatrixPool: check if there is a `giveBackObject` after a `getAvailableObject`.\");\n return new _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__[\"default\"]();\n }\n}\nGlobalMatrixPool.verbose = false;\nGlobalMatrixPool._instance = null;\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (GlobalMatrixPool);\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/objectPool/GlobalMatrixPool.ts?"); /***/ }), /***/ "./framework/base/src/builtins/default/objectPool/GlobalVecPool.ts": /*!*************************************************************************!*\ !*** ./framework/base/src/builtins/default/objectPool/GlobalVecPool.ts ***! \*************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../../Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _modules_objectPool_StretcherObjectPool__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../../modules/objectPool/StretcherObjectPool */ \"./framework/modules/objectPool/StretcherObjectPool.ts\");\n\n\nclass GlobalVecPool extends _modules_objectPool_StretcherObjectPool__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n static getInstance() {\n if (GlobalVecPool._instance === null)\n GlobalVecPool._instance = new GlobalVecPool();\n return GlobalVecPool._instance;\n }\n constructor() {\n super({ maximumSize: Infinity });\n }\n _create(parameters = {}) {\n if (GlobalVecPool.verbose)\n console.log('GlobalVecPool: total size is ' + this.totalSize.toString() + '.');\n if (this.totalSize > 50)\n console.warn(\"GlobalVecPool: check if there is a `giveBackObject` after a `getAvailableObject`.\");\n if (this.totalSize > 500)\n throw new Error(\"GlobalVecPool: check if there is a `giveBackObject` after a `getAvailableObject`.\");\n return new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0, 0);\n }\n}\nGlobalVecPool.verbose = false;\nGlobalVecPool._instance = null;\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (GlobalVecPool);\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/objectPool/GlobalVecPool.ts?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/meshes/MeshQuad.ts": /*!**************************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/meshes/MeshQuad.ts ***! \**************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ MeshQuad: () => (/* binding */ MeshQuad)\n/* harmony export */ });\n/* harmony import */ var _core_common_Mesh__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../core/common/Mesh */ \"./framework/base/src/core/common/Mesh.ts\");\n/* harmony import */ var _core_common_VertexFormat__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../core/common/VertexFormat */ \"./framework/base/src/core/common/VertexFormat.ts\");\n\n\n/** @category Miniplay */\nconst MeshQuad = new _core_common_Mesh__WEBPACK_IMPORTED_MODULE_0__[\"default\"](new _core_common_VertexFormat__WEBPACK_IMPORTED_MODULE_1__.VertexFormat([\"a_pos\", 3], [\"a_uv\", 2]), new Float32Array([\n -0.5, 0.5, 0.0, 0.0, 0.0,\n 0.5, 0.5, 0.0, 1.0, 0.0,\n 0.5, -0.5, 0.0, 1.0, 1.0,\n -0.5, -0.5, 0.0, 0.0, 1.0,\n]), new Uint16Array([\n 0, 1, 2,\n 2, 3, 0\n]));\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/meshes/MeshQuad.ts?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/meshes/MeshUi.ts": /*!************************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/meshes/MeshUi.ts ***! \************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ MeshUi: () => (/* binding */ MeshUi)\n/* harmony export */ });\n/* harmony import */ var _core_common_Mesh__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../core/common/Mesh */ \"./framework/base/src/core/common/Mesh.ts\");\n/* harmony import */ var _core_common_VertexFormat__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../core/common/VertexFormat */ \"./framework/base/src/core/common/VertexFormat.ts\");\n/** @category Miniplay */\n\n\nconst MeshUi = new _core_common_Mesh__WEBPACK_IMPORTED_MODULE_0__[\"default\"](new _core_common_VertexFormat__WEBPACK_IMPORTED_MODULE_1__.VertexFormat([\"a_pos\", 2], [\"a_uv\", 2]), new Float32Array([\n -0.5, -0.5, 0, 0,\n +0.5, -0.5, 1, 0,\n +0.5, +0.5, 1, 1,\n -0.5, +0.5, 0, 1\n]), new Uint16Array([\n 0, 1, 2,\n 2, 3, 0\n]));\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/meshes/MeshUi.ts?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/textures/Trail.ts": /*!*************************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/textures/Trail.ts ***! \*************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ TrailTexture: () => (/* binding */ TrailTexture)\n/* harmony export */ });\n/* harmony import */ var _data_trail_png__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../data/trail.png */ \"./framework/base/src/builtins/default/resources/data/trail.png\");\n/* harmony import */ var _core_common_Texture__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n// @ts-ignore\n\n\n/** @category Miniplay */\nconst TrailTexture = new _core_common_Texture__WEBPACK_IMPORTED_MODULE_1__.Texture().loadFromData(_data_trail_png__WEBPACK_IMPORTED_MODULE_0__);\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/textures/Trail.ts?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/textures/White.ts": /*!*************************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/textures/White.ts ***! \*************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ TextureWhite: () => (/* binding */ TextureWhite)\n/* harmony export */ });\n/* harmony import */ var _core_common_Texture__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n\n/** @category Miniplay */\nconst TextureWhite = new _core_common_Texture__WEBPACK_IMPORTED_MODULE_0__.Texture();\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/textures/White.ts?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/textures/WhiteCubemap.ts": /*!********************************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/textures/WhiteCubemap.ts ***! \********************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ TextureWhiteCubemap: () => (/* binding */ TextureWhiteCubemap)\n/* harmony export */ });\n/* harmony import */ var _data_metallic_png__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../data/metallic.png */ \"./framework/base/src/builtins/default/resources/data/metallic.png\");\n/* harmony import */ var _core_common_TextureCubemap__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../core/common/TextureCubemap */ \"./framework/base/src/core/common/TextureCubemap.ts\");\n// @ts-ignore\n\n\n/** @category Miniplay */\nconst TextureWhiteCubemap = new _core_common_TextureCubemap__WEBPACK_IMPORTED_MODULE_1__.TextureCubemap(_data_metallic_png__WEBPACK_IMPORTED_MODULE_0__);\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/textures/WhiteCubemap.ts?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/tintMapperTemplate/AbstractTintMapperTemplate.ts": /*!********************************************************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/tintMapperTemplate/AbstractTintMapperTemplate.ts ***! \********************************************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ AbstractTintMapperTemplate)\n/* harmony export */ });\n/* harmony import */ var _core_dataStructures_trie_Trie__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../core/dataStructures/trie/Trie */ \"./framework/base/src/core/dataStructures/trie/Trie.ts\");\n\nlet cachedTintMapper;\nclass AbstractTintMapperTemplate {\n constructor() {\n this._tintMapperCache = new _core_dataStructures_trie_Trie__WEBPACK_IMPORTED_MODULE_0__[\"default\"]();\n }\n generateTintMapper(resolution) {\n resolution = this._setupResolution(resolution);\n cachedTintMapper = this._tintMapperCache.match(resolution);\n if (cachedTintMapper !== null)\n return {\n tintMapper: cachedTintMapper,\n resolution: resolution\n };\n const tintMapper = (x, y) => {\n return this._mapTint(x / resolution[0], y / resolution[1]);\n };\n this._tintMapperCache.add(resolution, tintMapper);\n return {\n tintMapper: tintMapper,\n resolution: resolution\n };\n }\n _setupResolution(resolution) {\n if (typeof resolution === \"number\")\n resolution = [resolution, resolution];\n return resolution;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/tintMapperTemplate/AbstractTintMapperTemplate.ts?"); /***/ }), /***/ "./framework/base/src/builtins/default/src/AbstractGameplay.ts": /*!*********************************************************************!*\ !*** ./framework/base/src/builtins/default/src/AbstractGameplay.ts ***! \*********************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ AbstractGameplay)\n/* harmony export */ });\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../../Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_common_EventManager__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../core/common/EventManager */ \"./framework/base/src/core/common/EventManager.ts\");\n/* harmony import */ var _adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../adnetwork/Adnetwork */ \"./framework/base/src/builtins/adnetwork/Adnetwork.ts\");\n/* harmony import */ var _assetsLoader_AssetsLoader__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../assetsLoader/AssetsLoader */ \"./framework/base/src/builtins/default/assetsLoader/AssetsLoader.ts\");\n/* harmony import */ var _Global__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ./Global */ \"./framework/base/src/builtins/default/src/Global.ts\");\n\n\n\n\n\n\nclass AbstractGameplay {\n constructor() {\n this.ambientLight = null;\n this.directionalLight0 = null;\n this.directionalLight1 = null;\n this.pointLight0 = null;\n this.pointLight1 = null;\n this.assets = null;\n this._gameLoop = null;\n this.assets = _assetsLoader_AssetsLoader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].getInstance();\n }\n load() {\n if (this.isLoaded())\n return;\n this._gameLoop = this._createGameLoop();\n }\n isLoaded() {\n return (this._gameLoop !== null);\n }\n _createGameLoop() {\n return new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_1__.Behaviour({\n onSystemInit: () => {\n this._onInit();\n },\n onSystemUpdate: () => {\n this._onUpdate();\n },\n onSystemFixedUpdate: () => {\n this._onFixedUpdate();\n }\n });\n }\n ;\n _onInit() {\n this._setupAdnetwork();\n this._setupLight();\n }\n _onUpdate() { }\n _onFixedUpdate() { }\n _setupAdnetwork() {\n _adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_3__[\"default\"].setStateChangeCallback(() => { });\n _adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_3__[\"default\"].setVolumeChangeCallback(() => { });\n _adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_3__[\"default\"].setSkipCallback(() => {\n _core_common_EventManager__WEBPACK_IMPORTED_MODULE_2__[\"default\"].call('endcard');\n });\n _core_common_EventManager__WEBPACK_IMPORTED_MODULE_2__[\"default\"].once('touch-start', () => _adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_3__[\"default\"].firstInteraction());\n setTimeout(() => _adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_3__[\"default\"].gameReady(), 0);\n }\n _setupLight() {\n this.ambientLight = new _Framework__WEBPACK_IMPORTED_MODULE_0__.AmbientLight(_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].AmbientLightColor);\n this.directionalLight0 = new _Framework__WEBPACK_IMPORTED_MODULE_0__.DirectionalLight(_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].DirectionalLightVector0, _Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].DirectionalLightColor0);\n this.directionalLight1 = new _Framework__WEBPACK_IMPORTED_MODULE_0__.DirectionalLight(_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].DirectionalLightVector1, _Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].DirectionalLightColor1);\n this.pointLight0 = new _Framework__WEBPACK_IMPORTED_MODULE_0__.PointLight0();\n this.pointLight1 = new _Framework__WEBPACK_IMPORTED_MODULE_0__.PointLight1();\n _Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setShadowTint(0.0, 0.0, 0.0);\n _Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setShadowY(0.0);\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/src/AbstractGameplay.ts?"); /***/ }), /***/ "./framework/base/src/builtins/default/src/Global.ts": /*!***********************************************************!*\ !*** ./framework/base/src/builtins/default/src/Global.ts ***! \***********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/**\n * Stores all global variables\n * @category Miniplay\n */\nclass Global {\n static get AmbientLightColor() { return this._ambientLightColor; }\n static get DirectionalLightVector0() { return this._directionalLightVector0; }\n static get DirectionalLightColor0() { return this._directionalLightColor0; }\n static get DirectionalLightVector1() { return this._directionalLightVector1; }\n static get DirectionalLightColor1() { return this._directionalLightColor1; }\n static get PointLightPosition0() { return this._pointLightPosition0; }\n static get PointLightColor0() { return this._pointLightColor0; }\n static get PointLightFalloff0() { return this._pointLightFalloff0; }\n static get PointLightPosition1() { return this._pointLightPosition1; }\n static get PointLightColor1() { return this._pointLightColor1; }\n static get PointLightFalloff1() { return this._pointLightFalloff1; }\n static get ShadowTint() { return this._shadowTint; }\n static get ShadowY() { return this._shadowY; }\n static get Fog() { return this._fog; }\n static get FogDistance() { return this._fogDistance; }\n static setAmbientLightColor(r, g, b) {\n this._ambientLightColor[0] = r;\n this._ambientLightColor[1] = g;\n this._ambientLightColor[2] = b;\n }\n static setDirectionalLightVector0(r, g, b) {\n this._directionalLightVector0[0] = r;\n this._directionalLightVector0[1] = g;\n this._directionalLightVector0[2] = b;\n }\n static setDirectionalLightColor0(r, g, b) {\n this._directionalLightColor0[0] = r;\n this._directionalLightColor0[1] = g;\n this._directionalLightColor0[2] = b;\n }\n static setDirectionalLightVector1(r, g, b) {\n this._directionalLightVector1[0] = r;\n this._directionalLightVector1[1] = g;\n this._directionalLightVector1[2] = b;\n }\n static setDirectionalLightColor1(r, g, b) {\n this._directionalLightColor1[0] = r;\n this._directionalLightColor1[1] = g;\n this._directionalLightColor1[2] = b;\n }\n static setPointLightPosition0(r, g, b) {\n this._pointLightPosition0[0] = r;\n this._pointLightPosition0[1] = g;\n this._pointLightPosition0[2] = b;\n }\n static setPointLightColor0(r, g, b) {\n this._pointLightColor0[0] = r;\n this._pointLightColor0[1] = g;\n this._pointLightColor0[2] = b;\n }\n static setPointLightFalloff0(falloff) {\n this._pointLightFalloff0 = falloff;\n }\n static setPointLightPosition1(r, g, b) {\n this._pointLightPosition1[0] = r;\n this._pointLightPosition1[1] = g;\n this._pointLightPosition1[2] = b;\n }\n static setPointLightColor1(r, g, b) {\n this._pointLightColor1[0] = r;\n this._pointLightColor1[1] = g;\n this._pointLightColor1[2] = b;\n }\n static setPointLightFalloff1(falloff) {\n this._pointLightFalloff1 = falloff;\n }\n static setShadowTint(r, g, b) {\n this._shadowTint[0] = r;\n this._shadowTint[1] = g;\n this._shadowTint[2] = b;\n }\n static setShadowY(shadowY) {\n this._shadowY = shadowY;\n }\n static setFog(r, g, b) {\n this._fog[0] = r;\n this._fog[1] = g;\n this._fog[2] = b;\n }\n static setFogDistance(distance) {\n this._fogDistance = distance;\n }\n}\nGlobal._ambientLightColor = [0, 0, 0];\nGlobal._directionalLightVector0 = [0, 0, 0];\nGlobal._directionalLightColor0 = [0, 0, 0];\nGlobal._directionalLightVector1 = [0, 0, 0];\nGlobal._directionalLightColor1 = [0, 0, 0];\nGlobal._pointLightPosition0 = [0, 0, 0];\nGlobal._pointLightColor0 = [0, 0, 0];\nGlobal._pointLightFalloff0 = 0.5;\nGlobal._pointLightPosition1 = [0, 0, 0];\nGlobal._pointLightColor1 = [0, 0, 0];\nGlobal._pointLightFalloff1 = 0.5;\nGlobal._shadowTint = [0.5, 0.55, 0.7];\nGlobal._shadowY = 0.05;\nGlobal._fog = [0, 0, 0];\nGlobal._fogDistance = 500;\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (Global);\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/src/Global.ts?"); /***/ }), /***/ "./framework/base/src/builtins/renderingPipeline/RenderingPipeline.ts": /*!****************************************************************************!*\ !*** ./framework/base/src/builtins/renderingPipeline/RenderingPipeline.ts ***! \****************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ RenderAdditive: () => (/* binding */ RenderAdditive),\n/* harmony export */ RenderAmbientOcclusion: () => (/* binding */ RenderAmbientOcclusion),\n/* harmony export */ RenderBackground: () => (/* binding */ RenderBackground),\n/* harmony export */ RenderCutout: () => (/* binding */ RenderCutout),\n/* harmony export */ RenderOpaque: () => (/* binding */ RenderOpaque),\n/* harmony export */ RenderOutline: () => (/* binding */ RenderOutline),\n/* harmony export */ RenderOverlay3d: () => (/* binding */ RenderOverlay3d),\n/* harmony export */ RenderShadow: () => (/* binding */ RenderShadow),\n/* harmony export */ RenderTransparent: () => (/* binding */ RenderTransparent),\n/* harmony export */ RenderTransparentBackground: () => (/* binding */ RenderTransparentBackground),\n/* harmony export */ RenderUi: () => (/* binding */ RenderUi),\n/* harmony export */ RenderUiAdditive: () => (/* binding */ RenderUiAdditive)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/ext/gl */ \"./framework/base/src/core/ext/gl.ts\");\n/* harmony import */ var _shaders_src_ShaderAmbient__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../shaders/src/ShaderAmbient */ \"./framework/base/src/builtins/shaders/src/ShaderAmbient.ts\");\n/* harmony import */ var _shaders_src_DefaultShaders__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../shaders/src/DefaultShaders */ \"./framework/base/src/builtins/shaders/src/DefaultShaders.ts\");\n/* harmony import */ var _shaders_src_ShaderUi__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../shaders/src/ShaderUi */ \"./framework/base/src/builtins/shaders/src/ShaderUi.ts\");\n/* harmony import */ var _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../core/common/UpdateOrder */ \"./framework/base/src/core/common/UpdateOrder.ts\");\n/* harmony import */ var _camera_Camera__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/**\n * TODO: documentation\n * @category TODO\n */\n\n\n\n\n\n\n\n/**\n * Prepare opengl for rendering.\n */\nnew _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.PrepareRender,\n onSystemInit: function () {\n },\n onSystemUpdate: function () {\n let targetWidth = _camera_Camera__WEBPACK_IMPORTED_MODULE_6__[\"default\"].width;\n let targetHeight = _camera_Camera__WEBPACK_IMPORTED_MODULE_6__[\"default\"].height;\n if (_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.width !== targetWidth || _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.height !== targetHeight) {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.width = targetWidth;\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.height = targetHeight;\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.viewport(0, 0, _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.width, _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.height);\n }\n // @ts-ignore\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.clearColor(..._camera_Camera__WEBPACK_IMPORTED_MODULE_6__[\"default\"].backgroundColor);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.clear(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.COLOR_BUFFER_BIT | _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.DEPTH_BUFFER_BIT);\n }\n});\n/**\n * Entity is rendered as opaque geometry.\n *\n * (optional) entity.shader : Shader\n */\nconst RenderOpaque = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.RenderOpaque,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.disable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.BLEND);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.enable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.DEPTH_TEST);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.depthMask(true);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.enable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.CULL_FACE);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.cullFace(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.FRONT);\n },\n onAttach: function (entity) {\n entity.shader = entity.shader || _shaders_src_DefaultShaders__WEBPACK_IMPORTED_MODULE_3__.ShaderUnlit;\n },\n onUpdate: function (entity) {\n entity.shader.draw(entity);\n }\n});\nconst RenderOutline = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.RenderTransparent - 1,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.enable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.CULL_FACE);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.cullFace(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.BACK);\n },\n onAttach: function (entity) {\n entity.shader = entity.shader || _shaders_src_DefaultShaders__WEBPACK_IMPORTED_MODULE_3__.ShaderUnlit;\n entity.mesh = entity.mesh || entity.parent.mesh;\n },\n onUpdate: function (entity) {\n entity.shader.draw(entity);\n }\n});\n/**\n * Entity is rendered as ambient occlusion geometry.\n *\n * (optional) entity.shader : Shader\n */\nconst RenderAmbientOcclusion = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.RenderShadow - 1,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.enable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.POLYGON_OFFSET_FILL);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.polygonOffset(-1, -2);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.enable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.BLEND);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.blendFunc(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.DST_COLOR, _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.ZERO);\n },\n onAttach: function (entity) {\n entity.shader = entity.shader || _shaders_src_ShaderAmbient__WEBPACK_IMPORTED_MODULE_2__.ShaderAmbient;\n },\n onUpdate: function (entity) {\n entity.shader.draw(entity);\n }\n});\n/**\n * Entity is rendered as shadow geometry.\n *\n * (optional) entity.shader : Shader\n */\nconst RenderShadow = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n ///////////////////////////////////////////////////////////////////////////////////////\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.RenderShadow,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.enable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.STENCIL_TEST);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.clear(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.STENCIL_BUFFER_BIT);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.stencilFunc(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.EQUAL, 0, 0xFF);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.stencilOp(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.KEEP, _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.KEEP, _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.INCR);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.stencilMask(0xFF);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.disable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.CULL_FACE);\n },\n onAttach: function (entity) {\n entity.shader = entity.shader || _shaders_src_DefaultShaders__WEBPACK_IMPORTED_MODULE_3__.ShaderShadow;\n },\n onUpdate: function (entity) {\n entity.shader.draw(entity);\n }\n ///////////////\n});\nnew _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.RenderTransparent - 1,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.disable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.STENCIL_TEST);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.enable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.CULL_FACE);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.disable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.POLYGON_OFFSET_FILL);\n }\n});\n/**\n * Entity is rendered as cutout geometry.\n *\n * (optional) entity.shader : Shader\n */\nconst RenderCutout = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.RenderTransparent - 1,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.cullFace(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.FRONT);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.blendFunc(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.SRC_ALPHA, _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.ONE_MINUS_SRC_ALPHA);\n },\n onAttach: function (entity) {\n entity.shader = entity.shader || _shaders_src_DefaultShaders__WEBPACK_IMPORTED_MODULE_3__.ShaderUnlit;\n },\n onUpdate: function (entity) {\n entity.shader.draw(entity);\n }\n});\n/**\n * Entity is rendered as transparent geometry.\n *\n * (optional) entity.shader : Shader\n */\nconst RenderTransparent = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.RenderTransparent,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.cullFace(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.FRONT);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.depthMask(false);\n RenderTransparent.entities.sort((a, b) => {\n if (!a || !b)\n return 0;\n return _camera_Camera__WEBPACK_IMPORTED_MODULE_6__[\"default\"].position.dist(b.position) - _camera_Camera__WEBPACK_IMPORTED_MODULE_6__[\"default\"].position.dist(a.position);\n });\n },\n onAttach: function (entity) {\n entity.shader = entity.shader || _shaders_src_DefaultShaders__WEBPACK_IMPORTED_MODULE_3__.ShaderUnlit;\n },\n onUpdate: function (entity) {\n entity.shader.draw(entity);\n }\n});\nconst RenderTransparentBackground = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.RenderTransparent - 2,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.blendFunc(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.SRC_ALPHA, _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.ONE_MINUS_SRC_ALPHA);\n },\n onAttach: function (entity) {\n entity.shader = entity.shader || _shaders_src_DefaultShaders__WEBPACK_IMPORTED_MODULE_3__.ShaderUnlit;\n },\n onUpdate: function (entity) {\n entity.shader.draw(entity);\n }\n});\n/**\n * Entity is rendered as transparent additive geometry.\n *\n * (optional) entity.shader : Shader\n */\nconst RenderAdditive = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.RenderAdditive,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.blendFunc(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.SRC_ALPHA, _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.ONE);\n },\n onAttach: function (entity) {\n entity.shader = entity.shader || _shaders_src_DefaultShaders__WEBPACK_IMPORTED_MODULE_3__.ShaderUnlit;\n },\n onUpdate: function (entity) {\n entity.shader.draw(entity);\n }\n});\n/**\n * Entity is rendered as transparent additive geometry.\n *\n * (optional) entity.shader : Shader\n */\nconst RenderUiAdditive = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.RenderUi + 1,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.blendFunc(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.SRC_ALPHA, _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.ONE);\n },\n onAttach: function (entity) {\n entity.shader = entity.shader || _shaders_src_ShaderUi__WEBPACK_IMPORTED_MODULE_4__.ShaderUi;\n },\n onUpdate: function (entity) {\n if (entity.tint === undefined || (entity.tint instanceof Array && entity.tint[3] > 0.01)) {\n entity.shader.draw(entity);\n }\n }\n});\n/**\n * Entity is rendered as ui geometry.\n *\n * (optional) entity.shader : Shader\n */\nconst RenderUi = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.RenderUi,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.blendFunc(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.SRC_ALPHA, _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.ONE_MINUS_SRC_ALPHA);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.disable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.DEPTH_TEST);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.disable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.CULL_FACE);\n RenderUi.entities.sort((a, b) => a.drawOrder - b.drawOrder);\n },\n onAttach: function (entity) {\n entity.shader = entity.shader || _shaders_src_ShaderUi__WEBPACK_IMPORTED_MODULE_4__.ShaderUi;\n },\n onUpdate: function (entity) {\n if (entity.tint === undefined || (entity.tint instanceof Array && entity.tint[3] > 0.01)) {\n entity.shader.draw(entity);\n }\n }\n});\n/**\n * Entity is rendered as opaque geometry above UI.\n *\n * TODO CHECK THIS BEHAVIOUR\n *\n * (optional) entity.shader : Shader\n */\nconst RenderOverlay3d = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.RenderUi + 1,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.disable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.BLEND);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.enable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.DEPTH_TEST);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.depthMask(true);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.enable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.CULL_FACE);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.cullFace(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.FRONT);\n },\n onAttach: function (entity) {\n entity.shader = entity.shader || _shaders_src_DefaultShaders__WEBPACK_IMPORTED_MODULE_3__.ShaderUnlit;\n },\n onUpdate: function (entity) {\n entity.shader.draw(entity);\n }\n});\n/**\n * UI is rendered under the 3D Elements\n *\n */\nconst RenderBackground = new _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n updateOrder: _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_5__.UpdateOrder.PrepareRender + 1,\n onSystemUpdate: function () {\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.enable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.BLEND);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.blendFunc(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.SRC_ALPHA, _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.ONE_MINUS_SRC_ALPHA);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.disable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.DEPTH_TEST);\n _core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.disable(_core_ext_gl__WEBPACK_IMPORTED_MODULE_1__.Gl.CULL_FACE);\n RenderBackground.entities.sort((a, b) => a.drawOrder - b.drawOrder);\n },\n onAttach: function (entity) {\n entity.shader = entity.shader || _shaders_src_ShaderUi__WEBPACK_IMPORTED_MODULE_4__.ShaderUi;\n },\n onUpdate: function (entity) {\n entity.shader.draw(entity);\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/renderingPipeline/RenderingPipeline.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts": /*!*******************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts ***! \*******************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ AbstractShaderFeature)\n/* harmony export */ });\nclass AbstractShaderFeature {\n /**\n *\n * @param featuresBitMap the bitmask that will be tested with t\n */\n isPresentInBitMap(featuresBitMap) {\n return ((this.id & featuresBitMap) !== 0);\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/CutoutShaderFeature.ts": /*!*****************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/CutoutShaderFeature.ts ***! \*****************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ CutoutShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\nclass CutoutShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.CUTOUT;\n }\n init(shader) {\n shader.u_cutout = shader.getUniformLocation(\"u_cutout\");\n }\n setupDraw(entity, shader, textures) {\n this._setupEntityForDraw(entity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_cutout, entity.cutout);\n }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define CUTOUT\\n\");\n featuresInfo.cutout = true;\n }\n _setupEntityForDraw(entity) {\n if (entity.cutout === undefined)\n entity.cutout = 0.1;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/CutoutShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/DefaultShaderFeature.ts": /*!******************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/DefaultShaderFeature.ts ***! \******************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ DefaultShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _camera_Camera__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _default_resources_textures_White__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../default/resources/textures/White */ \"./framework/base/src/builtins/default/resources/textures/White.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\n\n\nclass DefaultShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_3__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_4__.ShaderFeature.DEFAULT;\n }\n init(shader) {\n shader.u_view = shader.getUniformLocation(\"u_view\");\n shader.u_tint = shader.getUniformLocation(\"u_tint\");\n if (shader.hasUv)\n shader.u_texture = shader.getUniformLocation(\"u_texture\");\n if (!shader.inDynamicBatch)\n shader.u_transform = shader.getUniformLocation(\"u_transform\");\n }\n setupDraw(entity, shader, textures) {\n if (shader.inDynamicBatch)\n return;\n this._setupEntityForDraw(entity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_view, entity.view3d);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_tint, entity.tint);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_transform, entity.transform);\n if (shader.hasUv)\n textures.push([shader.u_texture, entity.texture]);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setTextures(...textures);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.drawcall();\n }\n setupHeader(headerArray, featuresInfo) {\n if (!featuresInfo.skinned) {\n headerArray.push(\"#define STATIC_MESH\\n\");\n featuresInfo.vertexAttributes.push(\"a_pos\");\n if (featuresInfo.hasNormal)\n featuresInfo.vertexAttributes.push(\"a_norm\");\n }\n if (featuresInfo.hasNormal)\n headerArray.push(\"#define HAS_NORMAL\\n\");\n if (featuresInfo.hasUv) {\n headerArray.push(\"#define HAS_UV\\n\");\n featuresInfo.vertexAttributes.push(\"a_uv\");\n }\n }\n _setupEntityForDraw(entity) {\n var _a;\n if (entity.texture === undefined)\n entity.texture = _default_resources_textures_White__WEBPACK_IMPORTED_MODULE_2__.TextureWhite;\n if (entity.tint === undefined)\n entity.tint = [1, 1, 1, 1];\n (_a = entity.view3d) !== null && _a !== void 0 ? _a : (entity.view3d = _camera_Camera__WEBPACK_IMPORTED_MODULE_1__[\"default\"].view3d);\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/DefaultShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/DetailShaderFeature.ts": /*!*****************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/DetailShaderFeature.ts ***! \*****************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ DetailShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _default_resources_textures_White__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../default/resources/textures/White */ \"./framework/base/src/builtins/default/resources/textures/White.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\n\nclass DetailShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_2__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_3__.ShaderFeature.DETAIL;\n }\n init(shader) {\n shader.u_textureDetail = shader.getUniformLocation(\"u_textureDetail\");\n shader.u_textureDetailDensity = shader.getUniformLocation(\"u_textureDetailDensity\");\n }\n setupDraw(entity, shader, textures) {\n this._setupEntityForDraw(entity);\n textures.push([shader.u_textureDetail, entity.textureDetail]);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_textureDetailDensity, entity.textureDetailDensity);\n }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define DETAIL\\n\");\n }\n _setupEntityForDraw(entity) {\n if (entity.textureDetail === undefined)\n entity.textureDetail = _default_resources_textures_White__WEBPACK_IMPORTED_MODULE_1__.TextureWhite;\n if (entity.textureDetailDensity === undefined)\n entity.textureDetailDensity = 10.0;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/DetailShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/DiffuseShaderFeature.ts": /*!******************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/DiffuseShaderFeature.ts ***! \******************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ DiffuseShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _default_src_Global__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../default/src/Global */ \"./framework/base/src/builtins/default/src/Global.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\n\nclass DiffuseShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_2__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_3__.ShaderFeature.DIFFUSE;\n }\n init(shader) {\n shader.u_directionalLightVector0 = shader.getUniformLocation(\"u_directionalLightVector0\");\n shader.u_directionalLightVector1 = shader.getUniformLocation(\"u_directionalLightVector1\");\n shader.u_directionalLightColor0 = shader.getUniformLocation(\"u_directionalLightColor0\");\n shader.u_directionalLightColor1 = shader.getUniformLocation(\"u_directionalLightColor1\");\n shader.u_pointLightPosition0 = shader.getUniformLocation(\"u_pointLightPosition0\");\n shader.u_pointLightPosition1 = shader.getUniformLocation(\"u_pointLightPosition1\");\n shader.u_pointLightColor0 = shader.getUniformLocation(\"u_pointLightColor0\");\n shader.u_pointLightColor1 = shader.getUniformLocation(\"u_pointLightColor1\");\n shader.u_pointLightFalloff0 = shader.getUniformLocation(\"u_pointLightFalloff0\");\n shader.u_pointLightFalloff1 = shader.getUniformLocation(\"u_pointLightFalloff1\");\n shader.u_ambientLightColor = shader.getUniformLocation(\"u_ambientLightColor\");\n }\n setupDraw(entity, shader, textures) {\n this._setupEntityForDraw(entity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_directionalLightVector0, entity.directionalLightVector0);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_directionalLightVector1, entity.directionalLightVector1);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_directionalLightColor0, entity.directionalLightColor0);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_directionalLightColor1, entity.directionalLightColor1);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_pointLightPosition0, entity.pointLightPosition0);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_pointLightPosition1, entity.pointLightPosition1);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_pointLightColor0, entity.pointLightColor0);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_pointLightColor1, entity.pointLightColor1);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_pointLightFalloff0, entity.pointLightFalloff0 || _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].PointLightFalloff0);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_pointLightFalloff1, entity.pointLightFalloff1 || _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].PointLightFalloff1);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_ambientLightColor, entity.ambientLightColor);\n }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define DIFFUSE\\n\");\n featuresInfo.hasNormal = true;\n }\n _setupEntityForDraw(entity) {\n if (entity.directionalLightVector0 === undefined)\n entity.directionalLightVector0 = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].DirectionalLightVector0;\n if (entity.directionalLightVector1 === undefined)\n entity.directionalLightVector1 = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].DirectionalLightVector1;\n if (entity.directionalLightColor0 === undefined)\n entity.directionalLightColor0 = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].DirectionalLightColor0;\n if (entity.directionalLightColor1 === undefined)\n entity.directionalLightColor1 = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].DirectionalLightColor1;\n if (entity.pointLightPosition0 === undefined)\n entity.pointLightPosition0 = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].PointLightPosition0;\n if (entity.pointLightPosition1 === undefined)\n entity.pointLightPosition1 = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].PointLightPosition1;\n if (entity.pointLightColor0 === undefined)\n entity.pointLightColor0 = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].PointLightColor0;\n if (entity.pointLightColor1 === undefined)\n entity.pointLightColor1 = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].PointLightColor1;\n if (entity.ambientLightColor === undefined)\n entity.ambientLightColor = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].AmbientLightColor;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/DiffuseShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/DitherShaderFeature.ts": /*!*****************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/DitherShaderFeature.ts ***! \*****************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ DitherShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\nclass DitherShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_0__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_1__.ShaderFeature.DITHER;\n }\n init(shader) { }\n setupDraw(entity, shader, textures) { }\n _setupEntityForDraw(entity) { }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define DITHER\\n\");\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/DitherShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/DynamicBatchShaderFeature.ts": /*!***********************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/DynamicBatchShaderFeature.ts ***! \***********************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ DynamicBatchShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _camera_Camera__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _default_resources_textures_White__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../default/resources/textures/White */ \"./framework/base/src/builtins/default/resources/textures/White.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\n\n\nclass DynamicBatchShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_3__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_4__.ShaderFeature.DYNAMICBATCH;\n }\n init(shader) {\n shader.u_transforms = shader.getUniformArrayLocation(\"u_transforms\", shader.instanceCount);\n shader.u_tints = shader.getUniformArrayLocation(\"u_tints\", shader.instanceCount);\n if (shader.skinned)\n shader.u_anims = shader.getUniformArrayLocation(\"u_anims\", shader.instanceCount);\n shader.inDynamicBatch = true;\n }\n setupDraw(entity, shader, textures) {\n this._setupEntityForDraw(entity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_view, _camera_Camera__WEBPACK_IMPORTED_MODULE_1__[\"default\"].view3d);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_tint, entity.tint);\n if (shader.hasUv)\n textures.push([shader.u_texture, entity.texture]);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setTextures(...textures);\n for (let i = 0; i < entity.mesh._components.length; i += shader.instanceCount) {\n let segment = entity.mesh._components[i].indicesSegment;\n let segmentLength = 0;\n for (let idx = 0; idx < shader.instanceCount; idx++) {\n if (entity.mesh._components.length <= i + idx)\n break;\n let component = entity.mesh._components[i + idx];\n segmentLength += component.indicesSegmentLength;\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_transforms[idx], component.info.transform);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_tints[idx], component.info.tint);\n if (shader.skinned) {\n let animationSheetSize = entity.animation.texture.size;\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_anims[idx], [\n 1.0 - (component.info.animationFrameA + 0.5) / animationSheetSize[1],\n 1.0 - (component.info.animationFrameB + 0.5) / animationSheetSize[1],\n component.info.animationTime\n ]);\n }\n }\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.drawcall(segment, segmentLength);\n }\n }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define DYNAMIC_BATCH\\n\");\n featuresInfo.vertexAttributes.push(\"a_idx\");\n featuresInfo.inDynamicBatch = true;\n }\n _setupEntityForDraw(entity) {\n if (entity.tint === undefined)\n entity.tint = [1, 1, 1, 1];\n if (entity.texture === undefined)\n entity.texture = _default_resources_textures_White__WEBPACK_IMPORTED_MODULE_2__.TextureWhite;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/DynamicBatchShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/FogShaderFeature.ts": /*!**************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/FogShaderFeature.ts ***! \**************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ FogShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _default_src_Global__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../default/src/Global */ \"./framework/base/src/builtins/default/src/Global.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\n\nclass FogShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_2__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_3__.ShaderFeature.FOG;\n }\n init(shader) {\n shader.u_fog = shader.getUniformLocation(\"u_fog\");\n shader.u_fogDistance = shader.getUniformLocation(\"u_fogDistance\");\n }\n setupDraw(entity, shader, textures) {\n this._setupEntityForDraw(entity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_fog, entity.fog);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_fogDistance, entity.fogDistance);\n }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define FOG\\n\");\n }\n _setupEntityForDraw(entity) {\n if (entity.fog === undefined)\n entity.fog = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].Fog;\n if (entity.fogDistance === undefined)\n entity.fogDistance = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].FogDistance;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/FogShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/GreyScaleShaderFeature.ts": /*!********************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/GreyScaleShaderFeature.ts ***! \********************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ GreyScaleShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\nclass GreyScaleShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.GREYSCALE;\n }\n init(shader) {\n shader.u_greyscale = shader.getUniformLocation(\"u_greyscale\");\n }\n setupDraw(entity, shader, textures) {\n this._setupEntityForDraw(entity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_greyscale, entity.greyscale);\n }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define GREYSCALE\\n\");\n }\n _setupEntityForDraw(entity) {\n if (entity.greyscale === undefined)\n entity.greyscale = 1.0;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/GreyScaleShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/MetallicShaderFeature.ts": /*!*******************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/MetallicShaderFeature.ts ***! \*******************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ MetallicShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _camera_Camera__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _default_resources_textures_WhiteCubemap__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../default/resources/textures/WhiteCubemap */ \"./framework/base/src/builtins/default/resources/textures/WhiteCubemap.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\n\n\n\nclass MetallicShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_4__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_5__.ShaderFeature.METALLIC;\n }\n init(shader) {\n shader.u_texture_cube = shader.getUniformLocation(\"u_texture_cube\");\n shader.u_view_pos = shader.getUniformLocation(\"u_view_pos\");\n }\n setupDraw(entity, shader, textures) {\n let camera_world_space_matrix = _camera_Camera__WEBPACK_IMPORTED_MODULE_2__[\"default\"].transform.values;\n let camera_world_space_pos = new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(camera_world_space_matrix[12], camera_world_space_matrix[13], camera_world_space_matrix[14]);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_view_pos, camera_world_space_pos);\n textures.push([shader.u_texture_cube, _default_resources_textures_WhiteCubemap__WEBPACK_IMPORTED_MODULE_3__.TextureWhiteCubemap]);\n }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define METALLIC\\n\");\n featuresInfo.hasNormal = true;\n }\n _setupEntityForDraw(entity) { }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/MetallicShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/SaturationShaderFeature.ts": /*!*********************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/SaturationShaderFeature.ts ***! \*********************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ SaturationShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\nclass SaturationShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.SATURATION;\n }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define SATURATION\\n\");\n }\n init(shader) {\n shader.u_hueShift = shader.getUniformLocation(\"u_hueShift\");\n shader.u_saturation = shader.getUniformLocation(\"u_saturation\");\n shader.u_luminosity = shader.getUniformLocation(\"u_luminosity\");\n shader.u_brightness = shader.getUniformLocation(\"u_brightness\");\n shader.u_contrast = shader.getUniformLocation(\"u_contrast\");\n shader.u_gamma = shader.getUniformLocation(\"u_gamma\");\n shader.u_hslWeight = shader.getUniformLocation(\"u_hslWeight\");\n shader.u_brightnessAndContrastWeight = shader.getUniformLocation(\"u_brightnessAndContrastWeight\");\n shader.u_gammaWeight = shader.getUniformLocation(\"u_gammaWeight\");\n }\n setupDraw(entity, shader, textures) {\n this._setupEntityForDraw(entity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_hueShift, entity.hueShift);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_saturation, entity.saturation);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_luminosity, entity.luminosity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_hslWeight, entity.hslWeight);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_brightness, entity.brightness);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_contrast, entity.contrast);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_brightnessAndContrastWeight, entity.brightnessAndContrastWeight);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_gamma, entity.gamma);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_gammaWeight, entity.gammaWeight);\n }\n _setupEntityForDraw(entity) {\n if (entity.hueShift === undefined)\n entity.hueShift = 0.0;\n if (entity.saturation === undefined)\n entity.saturation = 1.0;\n if (entity.luminosity === undefined)\n entity.luminosity = 1.0;\n if (entity.hslWeight === undefined)\n entity.hslWeight = 1.0;\n if (entity.brightness === undefined)\n entity.brightness = 0.0;\n if (entity.contrast === undefined)\n entity.contrast = 1.0;\n if (entity.brightnessAndContrastWeight === undefined)\n entity.brightnessAndContrastWeight = 1.0;\n if (entity.gamma === undefined)\n entity.gamma = 1.0;\n if (entity.gammaWeight === undefined)\n entity.gammaWeight = 1.0;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/SaturationShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/ShaderFeature.ts": /*!***********************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/ShaderFeature.ts ***! \***********************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ ShaderFeature: () => (/* binding */ ShaderFeature)\n/* harmony export */ });\nvar ShaderFeature;\n(function (ShaderFeature) {\n ShaderFeature[ShaderFeature[\"UNLIT\"] = 0] = \"UNLIT\";\n ShaderFeature[ShaderFeature[\"DIFFUSE\"] = 1] = \"DIFFUSE\";\n ShaderFeature[ShaderFeature[\"FOG\"] = 2] = \"FOG\";\n ShaderFeature[ShaderFeature[\"SKINNED\"] = 4] = \"SKINNED\";\n ShaderFeature[ShaderFeature[\"SHADOW\"] = 8] = \"SHADOW\";\n ShaderFeature[ShaderFeature[\"DITHER\"] = 16] = \"DITHER\";\n ShaderFeature[ShaderFeature[\"DETAIL\"] = 32] = \"DETAIL\";\n ShaderFeature[ShaderFeature[\"METALLIC\"] = 64] = \"METALLIC\";\n ShaderFeature[ShaderFeature[\"CUTOUT\"] = 128] = \"CUTOUT\";\n ShaderFeature[ShaderFeature[\"DYNAMICBATCH\"] = 256] = \"DYNAMICBATCH\";\n ShaderFeature[ShaderFeature[\"UVOFFSET\"] = 512] = \"UVOFFSET\";\n ShaderFeature[ShaderFeature[\"SATURATION\"] = 1024] = \"SATURATION\";\n ShaderFeature[ShaderFeature[\"GREYSCALE\"] = 2048] = \"GREYSCALE\";\n ShaderFeature[ShaderFeature[\"DEFAULT\"] = 4096] = \"DEFAULT\";\n ShaderFeature[ShaderFeature[\"WAVE\"] = 8192] = \"WAVE\";\n})(ShaderFeature || (ShaderFeature = {}));\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/ShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/ShadowShaderFeature.ts": /*!*****************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/ShadowShaderFeature.ts ***! \*****************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ ShadowShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _default_src_Global__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../default/src/Global */ \"./framework/base/src/builtins/default/src/Global.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\n\nclass ShadowShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_2__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_3__.ShaderFeature.SHADOW;\n }\n init(shader) {\n shader.u_directionalLightVector0 = shader.getUniformLocation(\"u_directionalLightVector0\");\n shader.u_shadowTint = shader.getUniformLocation(\"u_shadowTint\");\n shader.u_shadowY = shader.getUniformLocation(\"u_shadowY\");\n }\n setupDraw(entity, shader, textures) {\n this._setupEntityForDraw(entity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_directionalLightVector0, entity.directionalLightVector0);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_shadowTint, entity.shadowTint);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_shadowY, entity.shadowY);\n }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define SHADOW\\n\");\n if (!featuresInfo.cutout)\n featuresInfo.hasUv = false;\n }\n _setupEntityForDraw(entity) {\n if (entity.directionalLightVector0 === undefined)\n entity.directionalLightVector0 = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].DirectionalLightVector0;\n if (entity.shadowTint === undefined)\n entity.shadowTint = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].ShadowTint;\n if (entity.shadowY === undefined)\n entity.shadowY = _default_src_Global__WEBPACK_IMPORTED_MODULE_1__[\"default\"].ShadowY;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/ShadowShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/SkinnedShaderFeature.ts": /*!******************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/SkinnedShaderFeature.ts ***! \******************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ SkinnedShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\n\nclass SkinnedShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_2__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_3__.ShaderFeature.SKINNED;\n }\n init(shader) {\n shader.u_animationSheet = shader.getUniformLocation(\"u_animationSheet\");\n shader.u_frameA = shader.getUniformLocation(\"u_frameA\");\n shader.u_frameB = shader.getUniformLocation(\"u_frameB\");\n shader.u_half = shader.getUniformLocation(\"u_half\");\n shader.u_resolution = shader.getUniformLocation(\"u_resolution\");\n shader.u_time = shader.getUniformLocation(\"u_time\");\n shader.u_highestValueVector = shader.getUniformLocation(\"u_highestValueVector\");\n shader.u_lowestValueVector = shader.getUniformLocation(\"u_lowestValueVector\");\n shader.skinned = true;\n }\n setupDraw(entity, shader, textures) {\n this._setupEntityForDraw(entity);\n textures.push([shader.u_animationSheet, entity.animation.texture]);\n let animationSheetSize = entity.animation.texture.size;\n if (!shader.inDynamicBatch) {\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_frameA, 1.0 - (entity.animationFrameA + 0.5) / animationSheetSize[1]);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_frameB, 1.0 - (entity.animationFrameB + 0.5) / animationSheetSize[1]);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_time, [entity.animationTime]);\n }\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_half, 1.0 / animationSheetSize[0]);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_resolution, entity.animation.resolution ? 1 : 0);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_highestValueVector, entity.animation.highestValueVector.toArray());\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_lowestValueVector, entity.animation.lowestValueVector.toArray());\n }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define SKINNED_MESH\\n\");\n featuresInfo.vertexAttributes.push(\"a_bone0i\");\n featuresInfo.vertexAttributes.push(\"a_bone0w\");\n featuresInfo.vertexAttributes.push(\"a_bone0pos\");\n featuresInfo.vertexAttributes.push(\"a_bone1i\");\n featuresInfo.vertexAttributes.push(\"a_bone1w\");\n featuresInfo.vertexAttributes.push(\"a_bone1pos\");\n if (featuresInfo.hasNormal) {\n featuresInfo.vertexAttributes.push(\"a_bone0norm\");\n featuresInfo.vertexAttributes.push(\"a_bone1norm\");\n }\n featuresInfo.skinned = true;\n }\n _setupEntityForDraw(entity) {\n if (entity.animation.highestValueVector === undefined)\n entity.animation.highestValueVector = new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0.2, 0.2, 0.2);\n else if (!(entity.animation.highestValueVector instanceof _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec))\n entity.animation.highestValueVector = new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(entity.animation.highestValueVector.x, entity.animation.highestValueVector.y, entity.animation.highestValueVector.z);\n if (entity.animation.lowestValueVector === undefined)\n entity.animation.lowestValueVector = new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(-0.2, -0.2, -0.2);\n else if (!(entity.animation.lowestValueVector instanceof _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec))\n entity.animation.lowestValueVector = new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(entity.animation.lowestValueVector.x, entity.animation.lowestValueVector.y, entity.animation.lowestValueVector.z);\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/SkinnedShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/UVOffsetShaderFeature.ts": /*!*******************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/UVOffsetShaderFeature.ts ***! \*******************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ UVOffsetShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\nclass UVOffsetShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.UVOFFSET;\n }\n init(shader) {\n shader.u_offset = shader.getUniformLocation(\"u_offset\");\n }\n setupDraw(entity, shader, textures) {\n this._setupEntityForDraw(entity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_offset, entity.uvOffset);\n }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define UV_OFFSET\\n\");\n }\n _setupEntityForDraw(entity) {\n if (entity.uvOffset === undefined)\n entity.uvOffset = [0, 0];\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/UVOffsetShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/features/WaveShaderFeature.ts": /*!***************************************************************************!*\ !*** ./framework/base/src/builtins/shaders/features/WaveShaderFeature.ts ***! \***************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ WaveShaderFeature)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./AbstractShaderFeature */ \"./framework/base/src/builtins/shaders/features/AbstractShaderFeature.ts\");\n/* harmony import */ var _ShaderFeature__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n\n\n\nclass WaveShaderFeature extends _AbstractShaderFeature__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n constructor() {\n super(...arguments);\n this.id = _ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.WAVE;\n }\n init(shader) {\n shader.u_waveTime = shader.getUniformLocation(\"u_waveTime\");\n shader.u_waveIntensity = shader.getUniformLocation(\"u_waveIntensity\");\n shader.u_xWeight = shader.getUniformLocation(\"u_xWeight\");\n shader.u_zWeight = shader.getUniformLocation(\"u_zWeight\");\n }\n setupDraw(entity, shader, textures) {\n this._setupEntityForDraw(entity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_waveTime, entity.waveTime);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_waveIntensity, entity.waveIntensity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_zWeight, entity.zWeight);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(shader.u_xWeight, entity.xWeight);\n }\n setupHeader(headerArray, featuresInfo) {\n headerArray.push(\"#define WAVE\\n\");\n }\n _setupEntityForDraw(entity) {\n var _a, _b, _c, _d;\n (_a = entity.waveTime) !== null && _a !== void 0 ? _a : (entity.waveTime = 0);\n (_b = entity.waveIntensity) !== null && _b !== void 0 ? _b : (entity.waveIntensity = 0.2);\n (_c = entity.zWeight) !== null && _c !== void 0 ? _c : (entity.zWeight = 0);\n (_d = entity.xWeight) !== null && _d !== void 0 ? _d : (entity.xWeight = 1);\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/features/WaveShaderFeature.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/src/DefaultShaders.ts": /*!*******************************************************************!*\ !*** ./framework/base/src/builtins/shaders/src/DefaultShaders.ts ***! \*******************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ ShaderDiffuse: () => (/* binding */ ShaderDiffuse),\n/* harmony export */ ShaderDiffuseDither: () => (/* binding */ ShaderDiffuseDither),\n/* harmony export */ ShaderDiffuseFog: () => (/* binding */ ShaderDiffuseFog),\n/* harmony export */ ShaderDiffuseSkinned: () => (/* binding */ ShaderDiffuseSkinned),\n/* harmony export */ ShaderShadow: () => (/* binding */ ShaderShadow),\n/* harmony export */ ShaderShadowFog: () => (/* binding */ ShaderShadowFog),\n/* harmony export */ ShaderShadowSkinned: () => (/* binding */ ShaderShadowSkinned),\n/* harmony export */ ShaderUnlit: () => (/* binding */ ShaderUnlit),\n/* harmony export */ ShaderUnlitDither: () => (/* binding */ ShaderUnlitDither),\n/* harmony export */ ShaderUnlitSkinned: () => (/* binding */ ShaderUnlitSkinned)\n/* harmony export */ });\n/* harmony import */ var _UberShader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ./UberShader */ \"./framework/base/src/builtins/shaders/src/UberShader.ts\");\n\n/** @category Miniplay */\nconst ShaderUnlit = _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].get();\n/** @category Miniplay */\nconst ShaderUnlitSkinned = _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].get(_UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].skinned);\n/** @category Miniplay */\nconst ShaderUnlitDither = _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].get(_UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].dither);\n/** @category Miniplay */\nconst ShaderDiffuse = _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].get(_UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].diffuse);\n/** @category Miniplay */\nconst ShaderDiffuseDither = _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].get(_UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].diffuse | _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].dither);\n/** @category Miniplay */\nconst ShaderDiffuseFog = _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].get(_UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].diffuse | _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].fog);\n/** @category Miniplay */\nconst ShaderDiffuseSkinned = _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].get(_UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].diffuse | _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].skinned);\n/** @category Miniplay */\nconst ShaderShadow = _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].get(_UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].shadow);\n/** @category Miniplay */\nconst ShaderShadowFog = _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].get(_UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].shadow | _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].fog);\n/** @category Miniplay */\nconst ShaderShadowSkinned = _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].get(_UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].shadow | _UberShader__WEBPACK_IMPORTED_MODULE_0__[\"default\"].skinned);\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/src/DefaultShaders.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/src/ShaderAmbient.ts": /*!******************************************************************!*\ !*** ./framework/base/src/builtins/shaders/src/ShaderAmbient.ts ***! \******************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ ShaderAmbient: () => (/* binding */ ShaderAmbient)\n/* harmony export */ });\n/* harmony import */ var _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _default_resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../default/resources/meshes/MeshQuad */ \"./framework/base/src/builtins/default/resources/meshes/MeshQuad.ts\");\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _camera_Camera__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _default_src_Global__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../default/src/Global */ \"./framework/base/src/builtins/default/src/Global.ts\");\n/* harmony import */ var _data_ambient_vert__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../data/ambient.vert */ \"./framework/base/src/builtins/shaders/data/ambient.vert\");\n/* harmony import */ var _data_ambient_frag__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../data/ambient.frag */ \"./framework/base/src/builtins/shaders/data/ambient.frag\");\n\n\n\n\n\n/**\n * ASSETS\n */\n// @ts-ignore\n\n// @ts-ignore\n\n/**\n * @category Miniplay\n */\nconst ShaderAmbient = new _core_common_Shader__WEBPACK_IMPORTED_MODULE_2__.Shader({\n vertexShader: _data_ambient_vert__WEBPACK_IMPORTED_MODULE_5__,\n fragmentShader: _data_ambient_frag__WEBPACK_IMPORTED_MODULE_6__,\n vertexAttributes: [\"a_pos\", \"a_ambient\"],\n init: function () {\n this.u_transform = this.getUniformLocation(\"u_transform\");\n this.u_view = this.getUniformLocation(\"u_view\");\n this.u_shadowTint = this.getUniformLocation(\"u_shadowTint\");\n },\n draw: function (info) {\n this.compile();\n let mesh = info.mesh || _default_resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_1__.MeshQuad;\n let transform = info.transform || _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_0__.MatrixIdentity;\n let shadowTint = info.shadowTint || _default_src_Global__WEBPACK_IMPORTED_MODULE_4__[\"default\"].ShadowTint;\n this.bindMesh(mesh, transform);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_2__.Shader.setUniform(this.u_view, _camera_Camera__WEBPACK_IMPORTED_MODULE_3__[\"default\"].view3d);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_2__.Shader.setUniform(this.u_transform, transform);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_2__.Shader.setUniform(this.u_shadowTint, shadowTint);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_2__.Shader.drawcall();\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/src/ShaderAmbient.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/src/ShaderParticle.ts": /*!*******************************************************************!*\ !*** ./framework/base/src/builtins/shaders/src/ShaderParticle.ts ***! \*******************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ ShaderParticle: () => (/* binding */ ShaderParticle)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _modules_math_utils_math__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../../modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _camera_Camera__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _default_resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../default/resources/meshes/MeshQuad */ \"./framework/base/src/builtins/default/resources/meshes/MeshQuad.ts\");\n/* harmony import */ var _default_resources_textures_White__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../default/resources/textures/White */ \"./framework/base/src/builtins/default/resources/textures/White.ts\");\n/* harmony import */ var _data_particle_vert__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../data/particle.vert */ \"./framework/base/src/builtins/shaders/data/particle.vert\");\n/* harmony import */ var _data_particle_frag__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../data/particle.frag */ \"./framework/base/src/builtins/shaders/data/particle.frag\");\n\n\n\n\n\n\n\n/**\n * ASSETS\n */\n// @ts-ignore\n\n// @ts-ignore\n\n/**\n * @category Miniplay\n */\nconst ShaderParticle = new _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader({\n vertexShader: _data_particle_vert__WEBPACK_IMPORTED_MODULE_7__,\n fragmentShader: _data_particle_frag__WEBPACK_IMPORTED_MODULE_8__,\n vertexAttributes: [\"a_pos\", \"a_uv\", \"a_position\", \"a_position_vel\", \"a_scale\", \"a_scale_vel\", \"a_angle\", \"a_angle_vel\", \"a_color\", \"a_color_vel\"],\n init: function () {\n this.u_texture = this.getUniformLocation(\"u_texture\");\n this.u_transform = this.getUniformLocation(\"u_transform\");\n this.u_view = this.getUniformLocation(\"u_view\");\n this.u_tint = this.getUniformLocation(\"u_tint\");\n this.u_t = this.getUniformLocation(\"u_t\");\n this.u_aspect = this.getUniformLocation(\"u_aspect\");\n this.u_cameraPosition = this.getUniformLocation(\"u_cameraPosition\");\n this.u_fov = this.getUniformLocation(\"u_fov\");\n },\n draw: function (info) {\n this.compile();\n let mesh = info.mesh || _default_resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_5__.MeshQuad;\n let transform = info.transform || _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__.MatrixIdentity;\n let texture = info.texture || _default_resources_textures_White__WEBPACK_IMPORTED_MODULE_6__.TextureWhite;\n let tint = info.tint || [1, 1, 1, 1];\n this.bindMesh(mesh, transform);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setTextures([this.u_texture, texture]);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(this.u_view, _camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].view3d);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(this.u_transform, transform);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(this.u_tint, tint);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(this.u_t, info.particleTime);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(this.u_aspect, 1 / _camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].aspect);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(this.u_cameraPosition, new _core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].transform.values[12], _camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].transform.values[13], _camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].transform.values[14]));\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(this.u_fov, 1 / Math.tan(_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].fov * _modules_math_utils_math__WEBPACK_IMPORTED_MODULE_3__.DegToRad * 0.5));\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.drawcall();\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/src/ShaderParticle.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/src/ShaderTrail.ts": /*!****************************************************************!*\ !*** ./framework/base/src/builtins/shaders/src/ShaderTrail.ts ***! \****************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ ShaderTrail: () => (/* binding */ ShaderTrail)\n/* harmony export */ });\n/* harmony import */ var _core_common_Engine__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _camera_Camera__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _default_resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../default/resources/meshes/MeshQuad */ \"./framework/base/src/builtins/default/resources/meshes/MeshQuad.ts\");\n/* harmony import */ var _default_resources_textures_White__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../default/resources/textures/White */ \"./framework/base/src/builtins/default/resources/textures/White.ts\");\n/* harmony import */ var _data_trail_vert__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../data/trail.vert */ \"./framework/base/src/builtins/shaders/data/trail.vert\");\n/* harmony import */ var _data_unlit_frag__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../data/unlit.frag */ \"./framework/base/src/builtins/shaders/data/unlit.frag\");\n\n\n\n\n\n\n/**\n * ASSETS\n */\n// @ts-ignore\n\n// @ts-ignore\n\n/**\n * @category Miniplay\n */\nconst ShaderTrail = new _core_common_Shader__WEBPACK_IMPORTED_MODULE_1__.Shader({\n vertexShader: _data_trail_vert__WEBPACK_IMPORTED_MODULE_6__,\n fragmentShader: _data_unlit_frag__WEBPACK_IMPORTED_MODULE_7__,\n vertexAttributes: [\"a_pos\", \"a_uv\"],\n init: function () {\n this.u_texture = this.getUniformLocation(\"u_texture\");\n this.u_transform = this.getUniformLocation(\"u_transform\");\n this.u_view = this.getUniformLocation(\"u_view\");\n this.u_tint = this.getUniformLocation(\"u_tint\");\n this.u_offset = this.getUniformLocation(\"u_offset\");\n },\n draw: function (info) {\n this.compile();\n let mesh = info.mesh || _default_resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_4__.MeshQuad;\n let transform = _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_2__.MatrixIdentity;\n let texture = info.texture || _default_resources_textures_White__WEBPACK_IMPORTED_MODULE_5__.TextureWhite;\n let tint = info.tint || [1, 1, 1, 1];\n this.bindMesh(mesh, transform);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_1__.Shader.setTextures([this.u_texture, texture]);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_1__.Shader.setUniform(this.u_view, _camera_Camera__WEBPACK_IMPORTED_MODULE_3__[\"default\"].view3d);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_1__.Shader.setUniform(this.u_transform, transform);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_1__.Shader.setUniform(this.u_tint, tint);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_1__.Shader.setUniform(this.u_offset, (_core_common_Engine__WEBPACK_IMPORTED_MODULE_0__.Engine.cycle - info._cycleOffset) / 10 / 5);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_1__.Shader.drawcall();\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/src/ShaderTrail.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/src/ShaderUi.ts": /*!*************************************************************!*\ !*** ./framework/base/src/builtins/shaders/src/ShaderUi.ts ***! \*************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ ShaderUi: () => (/* binding */ ShaderUi)\n/* harmony export */ });\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _camera_Camera__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _default_resources_meshes_MeshUi__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../default/resources/meshes/MeshUi */ \"./framework/base/src/builtins/default/resources/meshes/MeshUi.ts\");\n/* harmony import */ var _default_resources_textures_White__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../default/resources/textures/White */ \"./framework/base/src/builtins/default/resources/textures/White.ts\");\n/* harmony import */ var _data_ui_vert__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../data/ui.vert */ \"./framework/base/src/builtins/shaders/data/ui.vert\");\n/* harmony import */ var _data_unlit_frag__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../data/unlit.frag */ \"./framework/base/src/builtins/shaders/data/unlit.frag\");\n\n\n\n\n\n/**\n * ASSETS\n */\n// @ts-ignore\n\n// @ts-ignore\n\n/**\n * @category Miniplay\n */\nconst ShaderUi = new _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader({\n vertexShader: _data_ui_vert__WEBPACK_IMPORTED_MODULE_5__,\n fragmentShader: _data_unlit_frag__WEBPACK_IMPORTED_MODULE_6__,\n vertexAttributes: [\"a_pos\", \"a_uv\"],\n init: function () {\n this.u_texture = this.getUniformLocation(\"u_texture\");\n this.u_rect = this.getUniformLocation(\"u_rect\");\n this.u_angle = this.getUniformLocation(\"u_angle\");\n this.u_anchor = this.getUniformLocation(\"u_anchor\");\n this.u_view = this.getUniformLocation(\"u_view\");\n this.u_tint = this.getUniformLocation(\"u_tint\");\n },\n draw: function (info) {\n this.compile();\n let mesh = info.mesh || _default_resources_meshes_MeshUi__WEBPACK_IMPORTED_MODULE_3__.MeshUi;\n let rectTransform = info.rect;\n let angle = info.accAngle;\n const anchor = [info.anchor.x, info.anchor.y];\n let texture = info.texture || _default_resources_textures_White__WEBPACK_IMPORTED_MODULE_4__.TextureWhite;\n let tint = info.tint || [1, 1, 1, 1];\n this.bindMesh(mesh, _core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__.MatrixIdentity);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setTextures([this.u_texture, texture]);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(this.u_view, _camera_Camera__WEBPACK_IMPORTED_MODULE_2__[\"default\"].view2d);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(this.u_angle, angle);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(this.u_anchor, anchor);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(this.u_rect, rectTransform);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.setUniform(this.u_tint, tint);\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_0__.Shader.drawcall();\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/src/ShaderUi.ts?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/src/UberShader.ts": /*!***************************************************************!*\ !*** ./framework/base/src/builtins/shaders/src/UberShader.ts ***! \***************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _modules_utils_utils__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../../modules/utils/utils */ \"./framework/modules/utils/utils.ts\");\n/* harmony import */ var _core_common_Shader__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../core/common/Shader */ \"./framework/base/src/core/common/Shader.ts\");\n/* harmony import */ var _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../features/ShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShaderFeature.ts\");\n/* harmony import */ var _features_CutoutShaderFeature__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../features/CutoutShaderFeature */ \"./framework/base/src/builtins/shaders/features/CutoutShaderFeature.ts\");\n/* harmony import */ var _features_DefaultShaderFeature__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../features/DefaultShaderFeature */ \"./framework/base/src/builtins/shaders/features/DefaultShaderFeature.ts\");\n/* harmony import */ var _features_DetailShaderFeature__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../features/DetailShaderFeature */ \"./framework/base/src/builtins/shaders/features/DetailShaderFeature.ts\");\n/* harmony import */ var _features_DiffuseShaderFeature__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../features/DiffuseShaderFeature */ \"./framework/base/src/builtins/shaders/features/DiffuseShaderFeature.ts\");\n/* harmony import */ var _features_DitherShaderFeature__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../features/DitherShaderFeature */ \"./framework/base/src/builtins/shaders/features/DitherShaderFeature.ts\");\n/* harmony import */ var _features_DynamicBatchShaderFeature__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../features/DynamicBatchShaderFeature */ \"./framework/base/src/builtins/shaders/features/DynamicBatchShaderFeature.ts\");\n/* harmony import */ var _features_FogShaderFeature__WEBPACK_IMPORTED_MODULE_9__ = __webpack_require__(/*! ../features/FogShaderFeature */ \"./framework/base/src/builtins/shaders/features/FogShaderFeature.ts\");\n/* harmony import */ var _features_GreyScaleShaderFeature__WEBPACK_IMPORTED_MODULE_10__ = __webpack_require__(/*! ../features/GreyScaleShaderFeature */ \"./framework/base/src/builtins/shaders/features/GreyScaleShaderFeature.ts\");\n/* harmony import */ var _features_MetallicShaderFeature__WEBPACK_IMPORTED_MODULE_11__ = __webpack_require__(/*! ../features/MetallicShaderFeature */ \"./framework/base/src/builtins/shaders/features/MetallicShaderFeature.ts\");\n/* harmony import */ var _features_SaturationShaderFeature__WEBPACK_IMPORTED_MODULE_12__ = __webpack_require__(/*! ../features/SaturationShaderFeature */ \"./framework/base/src/builtins/shaders/features/SaturationShaderFeature.ts\");\n/* harmony import */ var _features_ShadowShaderFeature__WEBPACK_IMPORTED_MODULE_13__ = __webpack_require__(/*! ../features/ShadowShaderFeature */ \"./framework/base/src/builtins/shaders/features/ShadowShaderFeature.ts\");\n/* harmony import */ var _features_SkinnedShaderFeature__WEBPACK_IMPORTED_MODULE_14__ = __webpack_require__(/*! ../features/SkinnedShaderFeature */ \"./framework/base/src/builtins/shaders/features/SkinnedShaderFeature.ts\");\n/* harmony import */ var _features_UVOffsetShaderFeature__WEBPACK_IMPORTED_MODULE_15__ = __webpack_require__(/*! ../features/UVOffsetShaderFeature */ \"./framework/base/src/builtins/shaders/features/UVOffsetShaderFeature.ts\");\n/* harmony import */ var _features_WaveShaderFeature__WEBPACK_IMPORTED_MODULE_16__ = __webpack_require__(/*! ../features/WaveShaderFeature */ \"./framework/base/src/builtins/shaders/features/WaveShaderFeature.ts\");\n/* harmony import */ var _data_uber_shader_vert__WEBPACK_IMPORTED_MODULE_17__ = __webpack_require__(/*! ../data/uber_shader.vert */ \"./framework/base/src/builtins/shaders/data/uber_shader.vert\");\n/* harmony import */ var _data_uber_shader_frag__WEBPACK_IMPORTED_MODULE_18__ = __webpack_require__(/*! ../data/uber_shader.frag */ \"./framework/base/src/builtins/shaders/data/uber_shader.frag\");\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n/**\n * A class that can create a shader concatenating different shader functionalities\n *\n * Example - create a Shader for a mesh that mesh receives light and has an animation:\n *\n * ```typescript\n * const s = UberShader.get(UberShader.diffuse | UberShader.skinned);\n * ```\n *\n * Example 2 - create a Shader for a building that ignores lighting information, is affected by fog and has metallic reflection:\n *\n * ```typescript\n * const s = UberShader.get(UberShader.unlit | UberShader.fog | UberShader.metallic);\n * ```\n *\n * @category Miniplay\n */\n/**\n * ASSETS\n */\n// @ts-ignore\n\n// @ts-ignore\n\nclass UberShader {\n /**\n * Creates a shader concatenating the features passed by the features bit mask (e.g. ```UberShader.get(UberShader.unlit | UberShader.fog | UberShader.metallic);```)\n * @param features bit mask of the features to be included in the shader\n */\n static get(features = 0) {\n features |= UberShader.default;\n return (0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_0__.getOrGenerate)(UberShader.cache, features, function (features) {\n let featuresInfo = {\n hasUv: true,\n hasNormal: false,\n cutout: false,\n skinned: false,\n inDynamicBatch: false,\n vertexAttributes: []\n };\n let header = [`precision highp float;\\nprecision highp int;\\n`];\n let featuresList = [];\n for (let feature of UberShader.features) {\n if (feature.isPresentInBitMap(features)) {\n feature.setupHeader(header, featuresInfo);\n featuresList.push(feature);\n }\n }\n let inject = header.join('');\n let shader = null;\n if (featuresInfo.inDynamicBatch) {\n // Try reducing instanceCount to succeed in compilation\n let minInstances = 4;\n let maxInstances = 32;\n for (let instanceCount = maxInstances; instanceCount >= minInstances; instanceCount--) {\n let instanceCountHeader = \"#define INSTANCE_COUNT \" + instanceCount + \"\\n\";\n let currentShader = new _core_common_Shader__WEBPACK_IMPORTED_MODULE_1__.Shader({\n features: featuresList,\n hasUv: featuresInfo.hasUv,\n hasNormal: featuresInfo.hasNormal,\n vertexShader: instanceCountHeader + inject + UberShader.vertexShader,\n fragmentShader: inject + UberShader.fragmentShader,\n vertexAttributes: featuresInfo.vertexAttributes,\n instanceCount: instanceCount\n });\n // @ts-ignore\n _core_common_Shader__WEBPACK_IMPORTED_MODULE_1__.Shader.load.alertFailStatus = instanceCount <= minInstances;\n currentShader.compile();\n if (currentShader.vertexShader !== null) {\n shader = currentShader;\n break;\n }\n }\n }\n else {\n shader = new _core_common_Shader__WEBPACK_IMPORTED_MODULE_1__.Shader({\n features: featuresList,\n hasUv: featuresInfo.hasUv,\n hasNormal: featuresInfo.hasNormal,\n vertexShader: inject + UberShader.vertexShader,\n fragmentShader: inject + UberShader.fragmentShader,\n vertexAttributes: featuresInfo.vertexAttributes\n });\n }\n return shader;\n });\n }\n}\nUberShader.vertexShader = _data_uber_shader_vert__WEBPACK_IMPORTED_MODULE_17__;\nUberShader.fragmentShader = _data_uber_shader_frag__WEBPACK_IMPORTED_MODULE_18__;\nUberShader.cache = {};\nUberShader.unlit = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.UNLIT;\nUberShader.diffuse = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.DIFFUSE;\nUberShader.fog = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.FOG;\nUberShader.skinned = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.SKINNED;\nUberShader.shadow = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.SHADOW;\nUberShader.dither = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.DITHER;\nUberShader.detail = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.DETAIL;\nUberShader.metallic = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.METALLIC;\nUberShader.cutout = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.CUTOUT;\nUberShader.dynamicBatch = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.DYNAMICBATCH;\nUberShader.uvOffset = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.UVOFFSET;\nUberShader.saturation = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.SATURATION;\nUberShader.greyscale = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.GREYSCALE;\nUberShader.wave = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.WAVE;\nUberShader.default = _features_ShaderFeature__WEBPACK_IMPORTED_MODULE_2__.ShaderFeature.DEFAULT;\nUberShader.features = [\n new _features_DiffuseShaderFeature__WEBPACK_IMPORTED_MODULE_6__[\"default\"](),\n new _features_MetallicShaderFeature__WEBPACK_IMPORTED_MODULE_11__[\"default\"](),\n new _features_CutoutShaderFeature__WEBPACK_IMPORTED_MODULE_3__[\"default\"](),\n new _features_ShadowShaderFeature__WEBPACK_IMPORTED_MODULE_13__[\"default\"](),\n new _features_DitherShaderFeature__WEBPACK_IMPORTED_MODULE_7__[\"default\"](),\n new _features_DetailShaderFeature__WEBPACK_IMPORTED_MODULE_5__[\"default\"](),\n new _features_FogShaderFeature__WEBPACK_IMPORTED_MODULE_9__[\"default\"](),\n new _features_SaturationShaderFeature__WEBPACK_IMPORTED_MODULE_12__[\"default\"](),\n new _features_GreyScaleShaderFeature__WEBPACK_IMPORTED_MODULE_10__[\"default\"](),\n new _features_SkinnedShaderFeature__WEBPACK_IMPORTED_MODULE_14__[\"default\"](),\n new _features_UVOffsetShaderFeature__WEBPACK_IMPORTED_MODULE_15__[\"default\"](),\n new _features_DynamicBatchShaderFeature__WEBPACK_IMPORTED_MODULE_8__[\"default\"](),\n new _features_DefaultShaderFeature__WEBPACK_IMPORTED_MODULE_4__[\"default\"](),\n new _features_WaveShaderFeature__WEBPACK_IMPORTED_MODULE_16__[\"default\"]()\n];\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (UberShader);\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/src/UberShader.ts?"); /***/ }), /***/ "./framework/base/src/builtins/translation/Idiom.ts": /*!**********************************************************!*\ !*** ./framework/base/src/builtins/translation/Idiom.ts ***! \**********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Idiom)\n/* harmony export */ });\n/**\n * Class used to represent a language\n * @category Miniplay\n */\nclass Idiom {\n constructor(tag, variations = [], defaultVariation = '') {\n this.tag = tag;\n this.variations = variations;\n this.defaultVariation = defaultVariation;\n if (defaultVariation === '')\n this.defaultVariation = this.tag;\n }\n /** @returns if the language has variations such as traditional and simplified chinese */\n hasVariations() {\n return (this.variations.length > 0);\n }\n /**\n * checks if this.tag is substring of tag\n * @param tag string to check if the Idiom tag is a substring of\n * @returns if the tag passed as parameter is a substring of the Idiom tag\n */\n matchTag(tag) {\n return this._isSubstring(tag, this.tag);\n }\n /**\n * checks if tag is has an idiom variation os substring and returns it. if it can't find a match, returns this.variations[0] as default\n * @param tag string used to search for a variation\n * @returns if the tag passed as parameter is a substring of the variations of the Idiom\n */\n matchVariationTag(tag) {\n let matchedVariation = this.defaultVariation;\n let foundMatch = false;\n for (let variation of this.variations)\n if (this._isSubstring(tag, variation)) {\n matchedVariation = variation;\n foundMatch = true;\n break;\n }\n return {\n foundMatch: foundMatch,\n tag: matchedVariation\n };\n }\n /**\n * checks if pattern is substring of string\n * @param string string to check if it contains pattern\n * @param pattern string to check if it is inside the other parameter\n * @returns if the parameter pattern is a substring of the parameter string\n */\n _isSubstring(string, pattern) {\n return (string.indexOf(pattern) !== -1);\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/translation/Idiom.ts?"); /***/ }), /***/ "./framework/base/src/builtins/translation/TextContainer.ts": /*!******************************************************************!*\ !*** ./framework/base/src/builtins/translation/TextContainer.ts ***! \******************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ TextContainer)\n/* harmony export */ });\n/* harmony import */ var _core_common_Entity__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _core_common_Texture__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n/* harmony import */ var _behaviours_Child__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../behaviours/Child */ \"./framework/base/src/builtins/behaviours/Child.ts\");\n/* harmony import */ var _behaviours_TextContainerBehaviour__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../behaviours/TextContainerBehaviour */ \"./framework/base/src/builtins/behaviours/TextContainerBehaviour.ts\");\n/* harmony import */ var _behaviours_UiElement__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../behaviours/UiElement */ \"./framework/base/src/builtins/behaviours/UiElement.ts\");\n/* harmony import */ var _renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../renderingPipeline/RenderingPipeline */ \"./framework/base/src/builtins/renderingPipeline/RenderingPipeline.ts\");\nvar __rest = (undefined && undefined.__rest) || function (s, e) {\n var t = {};\n for (var p in s) if (Object.prototype.hasOwnProperty.call(s, p) && e.indexOf(p) < 0)\n t[p] = s[p];\n if (s != null && typeof Object.getOwnPropertySymbols === \"function\")\n for (var i = 0, p = Object.getOwnPropertySymbols(s); i < p.length; i++) {\n if (e.indexOf(p[i]) < 0 && Object.prototype.propertyIsEnumerable.call(s, p[i]))\n t[p[i]] = s[p[i]];\n }\n return t;\n};\n\n\n\n\n\n\n/**\n * - TextContainer keeps the text from overflowing in case of changes in size after translation.\n * Example: \"timer\" (EN) -> \"cronômetro\"(PT)\n * - It's possible to define a characterLimit per line, so in case the text become too long\n * the container breaks the text in several lines (textsArray), keeping the scale of the lines\n * proportional so the text looks uniform ando more readable\n *\n * @category Miniplay\n */\nclass TextContainer {\n /** @returns the wrapper entity that holds and contains the texts */\n get entity() {\n return this._wrapper;\n }\n /** @returns the full content of the text the TextContainer handles */\n get text() {\n return this._text;\n }\n /** @returns the list of every text Entity in case the text ends up having line breaks */\n get textsArray() {\n return this._textsArray;\n }\n constructor(_a) {\n var { content, resolution = 32, font, color = \"white\", borderColor = \"black\", borderSize = 0, characterLimit = 100, zOrder = 0 } = _a, wrapperConfig = __rest(_a, [\"content\", \"resolution\", \"font\", \"color\", \"borderColor\", \"borderSize\", \"characterLimit\", \"zOrder\"]);\n if (content === undefined)\n throw new Error(\"content cannot be undefined\");\n if (font === undefined)\n throw new Error(\"font cannot be undefined\");\n this._textsArray = [];\n this._text = content;\n this._createEntities({\n wrapperConfig,\n content,\n resolution,\n font,\n color,\n borderColor,\n borderSize,\n characterLimit,\n zOrder\n });\n }\n /**\n * Creates the wrapper Entity and the array of text Entities and children of the wrapper\n * @param param0 configuration object for the entities\n */\n _createEntities(_a) {\n var { wrapperConfig } = _a, textConfig = __rest(_a, [\"wrapperConfig\"]);\n this._textsArray = this._createTextEntities(textConfig);\n this._wrapper = this._createWrapperEntity(Object.assign({ textsArray: this._textsArray }, wrapperConfig));\n // @ts-ignore\n this._wrapper.updateScales = this._updateScales.bind(this._textsArray, this._textsArray);\n }\n /**\n * Creates the array of text entities handling line breaks if necessary\n * @param param0 configuration object for the entities\n * @returns the array of text entities\n */\n _createTextEntities(_a) {\n var { content: fullText, characterLimit } = _a, textConfig = __rest(_a, [\"content\", \"characterLimit\"]);\n let array = this._getTextsArray(fullText, characterLimit);\n let { length } = array;\n return array.map((line, idx) => {\n return this._createTextEntity(Object.assign({ arrayInfo: {\n length: length,\n idx: idx\n }, content: line }, textConfig));\n });\n }\n /**\n * Creates the text Entity as a child of the wrappers\n * @param param0 configuration object for the Entity\n * @returns the text Entity\n */\n _createTextEntity({ arrayInfo, content, resolution, font, color, borderColor, borderSize, zOrder }) {\n resolution = resolution || 32;\n color = color || \"white\";\n borderColor = borderColor || \"black\";\n borderSize = borderSize || 0;\n zOrder = zOrder || 0;\n let texture = new _core_common_Texture__WEBPACK_IMPORTED_MODULE_1__.Texture().loadText(content, resolution, font, color, borderColor, borderSize);\n return new _core_common_Entity__WEBPACK_IMPORTED_MODULE_0__[\"default\"]({\n behaviours: [_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_4__.UiElement, _renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_5__.RenderUi, _behaviours_Child__WEBPACK_IMPORTED_MODULE_2__.Child],\n content: content,\n aspect: texture,\n scale: [1, 1.8 / arrayInfo.length],\n position: [0.5, (arrayInfo.idx + 0.5) / arrayInfo.length, zOrder],\n tint: [1, 1, 1, 1],\n angle: 0.0,\n texture: texture\n });\n }\n /**\n * Creates an array of texts based on the full text breaking lines after it has more characters than the characterLimit\n * @param text the full text to include in the container\n * @param characterLimit the limit of characters in a line before a line break (note that there will not be a line break in the middle of a word)\n * @returns the array of texts\n */\n _getTextsArray(text, characterLimit) {\n characterLimit = characterLimit || 100;\n let wordsArray = text.split(\" \").filter((word) => word != \"\");\n let counter = 0, textsArray = [], currString = \"\";\n for (let word of wordsArray) {\n let wordLen = word.length;\n if (counter + wordLen > characterLimit && currString != \"\") {\n textsArray.push(currString);\n counter = 0;\n currString = \"\";\n }\n counter += wordLen;\n currString = currString.concat(currString.length > 0 ? \" \" : \"\", word);\n }\n if (currString != \"\") {\n textsArray.push(currString);\n }\n return textsArray;\n }\n /**\n * Creates the container entity for the text\n * @param param0 configuration object for the Entity\n * @returns the wrapper Entity\n */\n _createWrapperEntity(_a) {\n var { textsArray, behaviours, position, scale, anchor, tint } = _a, params = __rest(_a, [\"textsArray\", \"behaviours\", \"position\", \"scale\", \"anchor\", \"tint\"]);\n textsArray = textsArray || [];\n behaviours = behaviours || [];\n position = position || [0.5, 0.5];\n scale = scale || [1, 1];\n anchor = anchor || [0.5, 0.5];\n tint = tint || [1, 1, 1, 1];\n // remove possible duplicate behaviours\n const wrapperBehaviours = [\n _behaviours_UiElement__WEBPACK_IMPORTED_MODULE_4__.UiElement,\n _behaviours_TextContainerBehaviour__WEBPACK_IMPORTED_MODULE_3__.TextContainerBehaviour,\n ...behaviours\n ].reduce((unique, item) => {\n return unique.includes(item) ? unique : [...unique, item];\n }, []);\n let wrapperEntity = new _core_common_Entity__WEBPACK_IMPORTED_MODULE_0__[\"default\"](Object.assign(Object.assign({}, params), { behaviours: wrapperBehaviours, position: position, scale: scale, anchor: anchor, textsArray: textsArray, tint: tint }));\n // @ts-ignore\n wrapperEntity.textsArray.forEach((textEntity) => {\n textEntity.parent = wrapperEntity;\n textEntity.tint = wrapperEntity.tint;\n });\n return wrapperEntity;\n }\n /**\n * Updates the size of the texts inside the wrapper entity\n * @param textsArray array of entities with the texts\n */\n _updateScales(textsArray) {\n let minHeightIndex = 0;\n for (let idx = 0; idx < textsArray.length; idx++) {\n if (textsArray[idx].rect[3] < textsArray[minHeightIndex].rect[3]) {\n minHeightIndex = idx;\n }\n }\n let minHeight = textsArray[minHeightIndex].rect[3];\n for (let i = 0; i < textsArray.length; i++) {\n if (textsArray[i].rect[3] != 0) {\n textsArray[i].scale.y *= minHeight / textsArray[i].rect[3];\n }\n }\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/translation/TextContainer.ts?"); /***/ }), /***/ "./framework/base/src/builtins/translation/Translator.ts": /*!***************************************************************!*\ !*** ./framework/base/src/builtins/translation/Translator.ts ***! \***************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Translator)\n/* harmony export */ });\n/* harmony import */ var _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _core_common_InitOrder__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../core/common/InitOrder */ \"./framework/base/src/core/common/InitOrder.ts\");\n/* harmony import */ var _analytics_Analytics__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../analytics/Analytics */ \"./framework/base/src/builtins/analytics/Analytics.ts\");\n/* harmony import */ var _Idiom__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./Idiom */ \"./framework/base/src/builtins/translation/Idiom.ts\");\n\n\n\n\n/**\n * Wrapper class responsible to handle translations\n * @category Miniplay\n */\nclass Translator {\n /** Sets up the Translator infrastructure setting the available languages, detecting the system language and checking if UTF-8 encoding is available */\n static init() {\n Translator.dictionary = {};\n Translator.defaultLanguage = new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"EN\");\n Translator.systemLanguage = Translator.defaultLanguage.tag;\n Translator.utf8EncondingAvailable =\n (document.characterSet &&\n document.characterSet.toLowerCase() === \"utf-8\") ||\n (document.charset && document.charset.toLowerCase() === \"utf-8\");\n Translator.availableLanguages = [\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"EN\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"PT\", [\"PT_BR\"], \"PT_BR\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"ES\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"FR\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"DE\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"IT\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"TR\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"TH\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"ID\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"PL\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"JA\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"KO\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"ZH\", [\"ZH_CN\", \"ZH_TW\"], \"ZH_CN\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"AR\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"VI\"),\n new _Idiom__WEBPACK_IMPORTED_MODULE_3__[\"default\"](\"RU\") // russian\n ];\n let loadResult = Translator.loadLanguageFromSystem();\n let analyticsMessage = \"supported-language-\" + loadResult.tag;\n if (!loadResult.supported)\n analyticsMessage = \"NOT-\" + analyticsMessage;\n _analytics_Analytics__WEBPACK_IMPORTED_MODULE_2__[\"default\"].send(analyticsMessage);\n if (!Translator.utf8EncondingAvailable)\n console.warn(\"warning: utf-8 encoding not available\");\n }\n /**\n * Defines which Idioms the Translator will handle\n * @param idiomArray array with the idioms of interest\n */\n static setLanguages(idiomArray) {\n Translator.availableLanguages = idiomArray;\n }\n /**\n * @returns the language detected by the browser\n */\n static getLanguage() {\n return Translator.systemLanguage;\n }\n /**\n * get system language from window.navigator and loads it into systemLanguage\n * @returns if the language is supported and its tag\n */\n static loadLanguageFromSystem() {\n let languageTag = window.navigator[\"language\"]\n .toUpperCase()\n .replace(\"-\", \"_\");\n let supportedLanguage = false;\n for (let candidateIdiom of Translator.availableLanguages) {\n if (candidateIdiom.matchTag(languageTag)) {\n Translator.systemLanguage = candidateIdiom.tag;\n supportedLanguage = true;\n if (candidateIdiom.hasVariations()) {\n let result = candidateIdiom.matchVariationTag(languageTag);\n Translator.systemLanguage = result.tag;\n }\n break;\n }\n }\n return {\n supported: supportedLanguage,\n tag: languageTag\n };\n }\n /**\n * Forces the translator to use a specific language\n * @param idiomTag identifier tag for the Idiom\n */\n static setLanguage(idiomTag) {\n Translator.systemLanguage = idiomTag;\n }\n /**\n * @param translations - a dictionary with the following structure:\n * ```typescript\n * {\n * \"string 1 (in english)\": {\n * \"idiom 1 tag\": \"string 1 translation to idiom 1\",\n * \"idiom 2 tag\": \"string 1 translation to idiom 2\",\n * ...\n * },\n *\n * \"string 2 (in english)\": {\n * \"idiom 1 tag\": \"string 2 translation to idiom 1\",\n * \"idiom 2 tag\": \"string 2 translation to idiom 2\",\n * ...\n * },\n * ...\n * }\n * ```\n */\n static setTranslations(translations) {\n Translator.dictionary = translations;\n }\n /**\n * tries to translate string considering systemLanguage. if no translation is\n * available, it tries to translate string considering defaultLanguage. if no\n * translation is available, just returns the original string.\n * @param string text that the Translator will attempt to translate\n */\n static translate(string) {\n let translation = string;\n if (string in Translator.dictionary &&\n Translator.utf8EncondingAvailable) {\n let translations = Translator.dictionary[string];\n if (Translator.systemLanguage in translations) {\n translation = translations[Translator.systemLanguage];\n }\n else {\n console.log(`failed to translate < ${string} >`);\n if (Translator.defaultLanguage.tag in translations) {\n translation = translations[Translator.defaultLanguage.tag];\n }\n }\n }\n return translation;\n }\n}\nnew _core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n initOrder: _core_common_InitOrder__WEBPACK_IMPORTED_MODULE_1__.InitOrder.InitTranslator,\n onSystemInit: function () {\n Translator.init();\n }\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/translation/Translator.ts?"); /***/ }), /***/ "./framework/base/src/core/common/Batcher.ts": /*!***************************************************!*\ !*** ./framework/base/src/core/common/Batcher.ts ***! \***************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ BatchEntity: () => (/* binding */ BatchEntity),\n/* harmony export */ Batcher: () => (/* binding */ Batcher),\n/* harmony export */ Mesh2MeshIdx: () => (/* binding */ Mesh2MeshIdx)\n/* harmony export */ });\n/* harmony import */ var _builtins_behaviours_Batch__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../builtins/behaviours/Batch */ \"./framework/base/src/builtins/behaviours/Batch.ts\");\n/* harmony import */ var _builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../builtins/behaviours/Transform */ \"./framework/base/src/builtins/behaviours/Transform.ts\");\n/* harmony import */ var _builtins_behaviours_TransformStatic__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../builtins/behaviours/TransformStatic */ \"./framework/base/src/builtins/behaviours/TransformStatic.ts\");\n/* harmony import */ var _builtins_default_resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../builtins/default/resources/meshes/MeshQuad */ \"./framework/base/src/builtins/default/resources/meshes/MeshQuad.ts\");\n/* harmony import */ var _builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../builtins/shaders/src/UberShader */ \"./framework/base/src/builtins/shaders/src/UberShader.ts\");\n/* harmony import */ var _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _modules_utils_utils__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../../modules/utils/utils */ \"./framework/modules/utils/utils.ts\");\n/* harmony import */ var _Entity__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ./Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _MeshBatch__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ./MeshBatch */ \"./framework/base/src/core/common/MeshBatch.ts\");\n/* harmony import */ var _builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_9__ = __webpack_require__(/*! ../../builtins/renderingPipeline/RenderingPipeline */ \"./framework/base/src/builtins/renderingPipeline/RenderingPipeline.ts\");\n\n\n\n\n\n\n\n\n\n\nconst BatchEntity = new Map();\nconst Mesh2MeshIdx = new Map();\n/**\n * Class responsible for creating groups of units that have the same render properties to be rendered in a single draw call\n * @category Miniplay\n */\nclass Batcher {\n /**\n * Adds properties to an Entity\n * @param props object with pairs of key - value\n * @param entity Entity to add the properties to\n */\n static applyProps(props, entity) {\n for (const key in props) {\n const value = props[key];\n if (value !== undefined)\n entity[key] = value;\n }\n }\n /**\n * @returns a render batch containing Entities with properties that can change in run time\n * @param transform the common Transform behaviour of the Entities\n * @param render the common Render Behaviour of the Entities\n * @param animation the common animation of the Entities\n * @param shader the common shader of the Entities\n * @param vertexFormat the common vertexFormat of the Entities\n * @param texture the common texture of the Entities\n * @param props additional properties added to the Batch\n */\n static createDynamicBatch(transform, render, animation, shaderBitMask, vertexFormat, texture, props) {\n const batch = new _Entity__WEBPACK_IMPORTED_MODULE_7__[\"default\"]({\n behaviours: [\n transform,\n render\n ],\n autoBatch: false,\n shader: _builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].get(shaderBitMask | _builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].dynamicBatch),\n mesh: new _MeshBatch__WEBPACK_IMPORTED_MODULE_8__[\"default\"](vertexFormat, _MeshBatch__WEBPACK_IMPORTED_MODULE_8__[\"default\"].dynamicGenMesh),\n texture: texture\n });\n if (animation) {\n batch.animation = animation;\n }\n this.applyProps(props, batch);\n return batch;\n }\n /**\n * @returns a render batch containing Entities that have immutable properties\n * @param render the common Render Behaviour of the Entities\n * @param shader the common shader of the Entities\n * @param vertexFormat the common vertexFormat of the Entities\n * @param texture the common texture of the Entities\n * @param tint the common tint of the Entities\n * @param props additional properties added to the Batch\n */\n static createStaticBatch(render, shader, vertexFormat, texture, tint, props) {\n const batch = new _Entity__WEBPACK_IMPORTED_MODULE_7__[\"default\"]({\n behaviours: [\n _builtins_behaviours_TransformStatic__WEBPACK_IMPORTED_MODULE_2__.TransformStatic,\n render\n ],\n autoBatch: false,\n shader: shader,\n mesh: new _MeshBatch__WEBPACK_IMPORTED_MODULE_8__[\"default\"](vertexFormat),\n texture: texture,\n tint: tint\n });\n this.applyProps(props, batch);\n return batch;\n }\n /**\n * @returns a batch entity that still has space to insert the necessary amount of vertices\n * @param batches list of existing batch entities with their respective vertex count\n * @param amountOfVerticesToBeInserted amount of vertices that the batch needs to have of free space\n * @param createBatch function that can create a batch entity\n */\n static getBatchObject(batches, amountOfVerticesToBeInserted, createBatch) {\n if (batches.length === 0) {\n batches.push({\n batchEntity: createBatch(),\n vertexCount: 0\n });\n return batches[0];\n }\n let batchObject = null;\n for (let i = 0; i < batches.length; i++) {\n if (!batchObject) {\n if (batches[i].vertexCount + amountOfVerticesToBeInserted < 6.5e4) {\n batchObject = batches[i];\n }\n }\n else {\n if (batches[i].vertexCount > batchObject.vertexCount && batches[i].vertexCount + amountOfVerticesToBeInserted < 6.5e4) {\n batchObject = batches[i];\n }\n }\n }\n if (!batchObject) {\n batches.push({\n batchEntity: createBatch(),\n vertexCount: 0\n });\n return batches[batches.length - 1];\n }\n return batchObject;\n }\n /**\n * @returns a defined set of properties from an Entity\n * @param entity Entity to be evaluated\n */\n static getProps(entity) {\n return {\n directionalLightVector0: _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec.get(entity.directionalLightVector0),\n directionalLightVector1: _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec.get(entity.directionalLightVector1),\n directionalLightColor0: _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec.get(entity.directionalLightColor0),\n directionalLightColor1: _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec.get(entity.directionalLightColor1),\n pointLightPosition0: _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec.get(entity.pointLightPosition0),\n pointLightPosition1: _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec.get(entity.pointLightPosition1),\n pointLightColor0: _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec.get(entity.pointLightColor0),\n pointLightColor1: _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec.get(entity.pointLightColor1),\n pointLightFalloff0: entity.pointLightFalloff0,\n pointLightFalloff1: entity.pointLightFalloff1,\n ambientLightColor: _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec.get(entity.ambientLightColor),\n fog: entity.fog,\n fogDistance: entity.fogDistance,\n textureDetail: entity.textureDetail,\n textureDetailIntensity: entity.textureDetailIntensity,\n cutout: entity.cutout,\n shadowTint: _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec.get(entity.shadowTint),\n shadowY: entity.shadowY\n };\n }\n static initializeEntry(keys, props) {\n let currentMap = BatchEntity;\n for (let i = 0; i < keys.length - 1; i++) {\n if (!currentMap.has(keys[i])) {\n currentMap.set(keys[i], new Map());\n }\n currentMap = currentMap.get(keys[i]);\n }\n const lastKey = keys[keys.length - 1];\n if (!currentMap.has(lastKey)) {\n currentMap.set(lastKey, []);\n }\n const batchObjects = currentMap.get(lastKey);\n const idx = batchObjects.findIndex(batchObject => this.isEqual(batchObject.props, props));\n if (idx === -1) {\n batchObjects.push({\n props: props,\n batches: [],\n });\n return batchObjects[batchObjects.length - 1].batches;\n }\n return batchObjects[idx].batches;\n }\n /**\n * Adds an Entity to an existing batch\n * @param entity Entity to be added to the batch\n * @param batchObject Batch object that will receive the new Entity\n */\n static insertEntityIntoBatchObject(entity, batchObject) {\n batchObject.vertexCount += entity.mesh.vertexCount;\n if ((batchObject.batchEntity.shader.featureBitMask & _builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].dynamicBatch) === _builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].dynamicBatch) {\n if (!Mesh2MeshIdx.has(entity.mesh))\n Mesh2MeshIdx.set(entity.mesh, (0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_6__.GenerateIdx)(entity.mesh));\n entity.mesh = Mesh2MeshIdx.get(entity.mesh);\n }\n delete entity.shader;\n delete entity.texture;\n entity.batch = batchObject.batchEntity.mesh;\n entity.addBehaviour(_builtins_behaviours_Batch__WEBPACK_IMPORTED_MODULE_0__.Batch);\n }\n static isEqual(a, b) {\n for (const key in a) {\n const valueA = a[key];\n const valueB = b[key];\n if (valueA instanceof _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec) {\n if (valueA.x !== valueB.x || valueA.y !== valueB.y || valueA.z !== valueB.z)\n return false;\n }\n else if (Array.isArray(valueA)) {\n if (valueA[0] !== valueB[0] || valueA[1] !== valueB[1] || valueA[2] !== valueB[2] || valueA[3] !== valueB[3])\n return false;\n }\n else {\n if (valueA !== valueB)\n return false;\n }\n }\n return true;\n }\n static process(entity) {\n const render = entity.behaviours.find(x => x === _builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_9__.RenderOpaque || x === _builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_9__.RenderShadow || x === _builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_9__.RenderCutout || x === _builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_9__.RenderTransparent);\n if (!render)\n return;\n entity.mesh = entity.mesh || _builtins_default_resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_3__.MeshQuad;\n entity.tint = entity.tint || [1, 1, 1, 1];\n const transform = (render === _builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_9__.RenderShadow ? entity.parent : entity).behaviours.find(x => x === _builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_1__.Transform || x === _builtins_behaviours_TransformStatic__WEBPACK_IMPORTED_MODULE_2__.TransformStatic);\n const vertexFormat = entity.mesh.vertexFormat.getGeneratingString();\n const texture = entity.texture;\n const animation = entity.animation;\n const shader = entity.shader;\n const props = this.getProps(entity);\n const batches = this.initializeEntry([transform, render, vertexFormat, texture, animation, shader], props);\n let batchCreationCallback;\n let batchConversionCallback;\n if (transform === _builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_1__.Transform || (shader.featureBitMask & _builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].skinned) === _builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].skinned) {\n if (!Mesh2MeshIdx.has(entity.mesh)) {\n Mesh2MeshIdx.set(entity.mesh, (0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_6__.GenerateIdx)(entity.mesh));\n }\n batchCreationCallback = this.createDynamicBatch.bind(this, transform, render, animation, shader.featureBitMask, Mesh2MeshIdx.get(entity.mesh).vertexFormat, texture, props);\n }\n else {\n batchCreationCallback = this.createStaticBatch.bind(this, render, shader, entity.mesh.vertexFormat, texture, entity.tint, props);\n if (render !== _builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_9__.RenderShadow) {\n batchConversionCallback = (self, batch) => {\n if (!Mesh2MeshIdx.has(self.mesh))\n Mesh2MeshIdx.set(self.mesh, (0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_6__.GenerateIdx)(self.mesh));\n self.removeBehaviour(_builtins_behaviours_Batch__WEBPACK_IMPORTED_MODULE_0__.Batch);\n self._meshWithoutIdx = self.mesh;\n self.mesh = Mesh2MeshIdx.get(self.mesh);\n self.batch = batch.mesh;\n self.addBehaviour(_builtins_behaviours_Batch__WEBPACK_IMPORTED_MODULE_0__.Batch);\n };\n }\n }\n const batchObject = this.getBatchObject(batches, entity.mesh.vertexCount, batchCreationCallback);\n if (batchConversionCallback && (batchObject.batchEntity.shader.featureBitMask & _builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].dynamicBatch) !== _builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].dynamicBatch) {\n if (!batchObject._onConversionCallbacks)\n batchObject._onConversionCallbacks = [];\n batchObject._onConversionCallbacks.push(batchConversionCallback.bind(this, entity, batchObject.batchEntity));\n }\n entity.removeBehaviour(render);\n this.removeProps(props, entity);\n this.insertEntityIntoBatchObject(entity, batchObject);\n this.setDestructionCallback(entity, batchObject, batches);\n if (render !== _builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_9__.RenderShadow && batchObject.batchEntity.tint) {\n if (entity.tint[0] !== batchObject.batchEntity.tint[0] || entity.tint[1] !== batchObject.batchEntity.tint[1] || entity.tint[2] !== batchObject.batchEntity.tint[2] || entity.tint[3] !== batchObject.batchEntity.tint[3]) {\n if (!Mesh2MeshIdx.has(entity.mesh)) {\n Mesh2MeshIdx.set(entity.mesh, (0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_6__.GenerateIdx)(entity.mesh));\n }\n batchObject.batchEntity.shader = _builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].get(batchObject.batchEntity.shader.featureBitMask | _builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].dynamicBatch);\n batchObject.batchEntity.mesh = new _MeshBatch__WEBPACK_IMPORTED_MODULE_8__[\"default\"](Mesh2MeshIdx.get(entity.mesh).vertexFormat, _MeshBatch__WEBPACK_IMPORTED_MODULE_8__[\"default\"].dynamicGenMesh);\n delete batchObject.batchEntity.tint;\n for (let i = 0; i < batchObject._onConversionCallbacks.length; i++) {\n batchObject._onConversionCallbacks[i]();\n }\n delete batchObject._onConversionCallbacks;\n }\n }\n }\n /**\n * Removes the passed properties from an Entity\n * @param props properties to be removed from the Entity\n * @param entity Entity that will have it's properties removed\n */\n static removeProps(props, entity) {\n for (const key in props)\n delete entity[key];\n }\n static setDestructionCallback(entity, batchObject, batches) {\n entity._onDestruction = () => {\n batchObject.vertexCount -= entity.mesh.vertexCount;\n if (batchObject.vertexCount === 0) {\n batchObject.batchEntity.destroy();\n (0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_6__.removeFromArray)(batches, batchObject);\n }\n };\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/Batcher.ts?"); /***/ }), /***/ "./framework/base/src/core/common/Behaviour.ts": /*!*****************************************************!*\ !*** ./framework/base/src/core/common/Behaviour.ts ***! \*****************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Behaviour: () => (/* binding */ Behaviour)\n/* harmony export */ });\n/* harmony import */ var _modules_utils_utils__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../modules/utils/utils */ \"./framework/modules/utils/utils.ts\");\n/* harmony import */ var _InitOrder__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./InitOrder */ \"./framework/base/src/core/common/InitOrder.ts\");\n/* harmony import */ var _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../core/common/UpdateOrder */ \"./framework/base/src/core/common/UpdateOrder.ts\");\n\n\n\n/**\n * A behaviour is responsible for defining life cycle methods and can be linked to Entities.\n *\n * Example:\n *\n * ```typescript\n * const PlayerMovementBehaviour = new Behaviour({\n * onUpdate: entity => {\n * entity.position.z += 2 * Engine.dt;\n * }\n * });\n *\n * const player = new Entity({\n * behaviours: [Transform, RenderOpaque],\n * shader: UberShader.get(UberShader.diffuse),\n * mesh: Mesh.loadFromData(Data.playerMesh_json),\n * texture: new Texture().loadFromData(Data.playerTexture_png),\n *});\n *```\n * @category Miniplay\n */\nclass Behaviour {\n constructor(opts) {\n Object.assign(this, opts);\n this.entities = [];\n this.updateOrder = this.updateOrder || _core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_2__.UpdateOrder.UpdateObjects;\n this.initOrder = this.initOrder || _InitOrder__WEBPACK_IMPORTED_MODULE_1__.InitOrder.Default;\n this.onSystemInit = this.onSystemInit || null;\n this.onSystemUpdate = this.onSystemUpdate || null;\n this.onUpdate = this.onUpdate || null;\n this.onSystemFixedUpdate = this.onSystemFixedUpdate || null;\n this.onFixedUpdate = this.onFixedUpdate || null;\n this.dirty = false;\n this.collectEntities = (this.onUpdate || this.onFixedUpdate);\n if (opts.onSystemInit !== undefined) {\n Behaviour._init.push(this);\n }\n if (this.onSystemUpdate || this.onUpdate) {\n Behaviour._update.push(this);\n }\n if (this.onSystemFixedUpdate || this.onFixedUpdate) {\n Behaviour._fixedUpdate.push(this);\n }\n if (this.onSystemUpdate || this.onUpdate || this.onSystemFixedUpdate || this.onFixedUpdate) {\n Behaviour._cleanup.push(this);\n }\n }\n /** Executes all the init functions defined in all Behaviours sorted by their initOrder */\n static executeInit() {\n Behaviour._init.sort((a, b) => {\n return a.initOrder - b.initOrder;\n });\n Behaviour._update.sort((a, b) => {\n return a.updateOrder - b.updateOrder;\n });\n Behaviour._fixedUpdate.sort((a, b) => {\n return a.updateOrder - b.updateOrder;\n });\n for (let behaviour of Behaviour._init) {\n behaviour.onSystemInit();\n }\n }\n /** Executes all the update functions defined in all Behaviours sorted by their updateOrder */\n static executeUpdate() {\n for (let behaviour of Behaviour._update) {\n if (behaviour.onSystemUpdate) {\n behaviour.onSystemUpdate();\n }\n if (behaviour.onUpdate) {\n for (let entity of behaviour.entities) {\n if (entity && entity.isAlive) {\n behaviour.onUpdate(entity);\n }\n }\n }\n }\n }\n /** Executes all the fixed update functions defined in all Behaviours sorted by their updateOrder */\n static executeFixedUpdate() {\n for (let behaviour of Behaviour._fixedUpdate) {\n if (behaviour.onSystemFixedUpdate) {\n behaviour.onSystemFixedUpdate();\n }\n if (behaviour.onFixedUpdate) {\n for (let entity of behaviour.entities) {\n if (entity && entity.isAlive) {\n behaviour.onFixedUpdate(entity);\n }\n }\n }\n }\n }\n static cleanup() {\n for (let behaviour of Behaviour._cleanup) {\n if (behaviour.dirty) {\n (0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_0__.filterArrayInplace)(behaviour.entities, (e) => {\n return e !== null && e.isAlive;\n });\n }\n }\n }\n}\n/** List of every Behaviour that has an init function defined */\nBehaviour._init = [];\n/** List of every Behaviour that has an update function defined */\nBehaviour._update = [];\n/** List of every Behaviour that has a fixed update function defined */\nBehaviour._fixedUpdate = [];\nBehaviour._cleanup = [];\n\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/Behaviour.ts?"); /***/ }), /***/ "./framework/base/src/core/common/Engine.ts": /*!**************************************************!*\ !*** ./framework/base/src/core/common/Engine.ts ***! \**************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Engine: () => (/* binding */ Engine)\n/* harmony export */ });\n/* harmony import */ var _Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ./Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _ext_gl__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../ext/gl */ \"./framework/base/src/core/ext/gl.ts\");\n/* harmony import */ var _builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../builtins/behaviours/UiElement */ \"./framework/base/src/builtins/behaviours/UiElement.ts\");\n/* harmony import */ var _builtins_analytics_Analytics__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../builtins/analytics/Analytics */ \"./framework/base/src/builtins/analytics/Analytics.ts\");\n/* harmony import */ var _builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../builtins/camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _EventManager__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ./EventManager */ \"./framework/base/src/core/common/EventManager.ts\");\n/* harmony import */ var _Stats__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ./Stats */ \"./framework/base/src/core/common/Stats.ts\");\n\n\n\n\n\n\n\n/**\n * Wrapper class that handles the main functionalities of the Miniplay Game Engine.\n *\n * It handles the initialization of the mouse and touch events, setting up the program life cycle and the correct execution of the lifecycle methods of the behaviours:\n * - ```onSystemInit```\n * - ```onSystemUpdate```\n * - ```onSystemFixedUpdate```\n * - ```onUpdate```\n * - ```onFixedUpdate```\n *\n * It also enables the scheduling of callbacks.\n * @category Miniplay\n */\nclass Engine {\n /**\n * Calls the necessary methods once a touch is first detected\n * @param touch touch object with it's current position and the difference between the current touch position and it's last position\n */\n static handleInputStart(touch) {\n _builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_2__.UiElement.processInputStart(touch);\n _EventManager__WEBPACK_IMPORTED_MODULE_5__[\"default\"].call(\"touch-start\", touch);\n }\n /**\n * Calls the necessary methods every time an already detected touch changes position\n * @param touch touch object with it's current position and the difference between the current touch position and it's last position\n */\n static handleInputMove(touch) {\n _builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_2__.UiElement.processInputMove(touch);\n _EventManager__WEBPACK_IMPORTED_MODULE_5__[\"default\"].call(\"touch-move\", touch);\n }\n /**\n * Calls the necessary methods as soon as an already detected touch is no longer pressing\n * @param touch touch object with it's current position and the difference between the current touch position and it's last position\n */\n static handleInputEnd(touch) {\n _builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_2__.UiElement.processInputEnd(touch);\n _EventManager__WEBPACK_IMPORTED_MODULE_5__[\"default\"].call(\"touch-end\", touch);\n }\n /**\n * Initializes the necessary infrastructure for the Miniplay Engine to work\n */\n static init() {\n function startEngine() {\n setTimeout(() => {\n _builtins_analytics_Analytics__WEBPACK_IMPORTED_MODULE_3__[\"default\"].send(\"finish-load\");\n _ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.addEventListener(\"mousedown\", Engine._handleMouseDown);\n _ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.addEventListener(\"mousemove\", Engine._handleMouseMove);\n _ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.addEventListener(\"mouseup\", Engine._handleMouseUp);\n _ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.addEventListener(\"touchstart\", Engine._handleTouchStart);\n _ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.addEventListener(\"touchmove\", Engine._handleTouchMove);\n _ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.addEventListener(\"touchend\", Engine._handleTouchEnd);\n _ext_gl__WEBPACK_IMPORTED_MODULE_1__.Canvas.addEventListener(\"touchcancel\", Engine._handleTouchEnd);\n _Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour.executeInit();\n requestAnimationFrame(Engine.update);\n }, 0.0);\n }\n const fontLoads = [];\n //@ts-ignore\n document.fonts.forEach(font => {\n fontLoads.push(font.load().catch(() => null));\n });\n Promise.all(fontLoads).then(startEngine);\n }\n /**\n * Executes every frame the game loop\n * @param timestamp current time of the program execution\n */\n static update(timestamp) {\n _Stats__WEBPACK_IMPORTED_MODULE_6__.stats.frameStart();\n let date = new Date();\n // @ts-ignore\n let unscaledDt = (date - Engine._lastDate) / 1000;\n Engine._lastDate = date;\n Engine.dt = Math.min(unscaledDt * Engine.timeScale, 0.25);\n Engine.unscaledDt = unscaledDt;\n Engine._cycleRemainder += Engine.dt * 60;\n Engine._frameRemainder += unscaledDt * 60;\n while (Engine._frameRemainder > 1) {\n Engine._frameRemainder--;\n if (Engine._unscaledSchedule[Engine.frame] !== undefined) {\n let schedule = Engine._unscaledSchedule[Engine.frame];\n for (let i = 0; i < schedule.length; i++) {\n schedule[i]();\n }\n schedule.splice(0);\n delete Engine._unscaledSchedule[Engine.frame];\n }\n Engine.frame++;\n }\n while (Engine._cycleRemainder > 1) {\n Engine._cycleRemainder--;\n if (Engine._schedule[Engine.cycle] !== undefined) {\n let schedule = Engine._schedule[Engine.cycle];\n for (let i = 0; i < schedule.length; i++) {\n schedule[i]();\n }\n schedule.splice(0);\n delete Engine._schedule[Engine.cycle];\n }\n _Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour.executeFixedUpdate();\n Engine.cycle++;\n }\n Engine.smoothDt = Engine.smoothDt * 0.95 + Engine.dt * 0.05;\n _Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour.executeUpdate();\n Engine.time += Engine.dt;\n Engine.unscaledTime += unscaledDt;\n _Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour.cleanup();\n requestAnimationFrame(Engine.update);\n _Stats__WEBPACK_IMPORTED_MODULE_6__.stats.frameEnd();\n }\n /**\n * Calls a function callback after a certain amount of update cycles\n * @param cycles number of cycles to wait before executing the callback\n * @param callback function to be executed after the cycles delay\n * @param slowable determines if the delay for the callback is affected by the Engine.timeScale\n */\n static schedule(cycles, callback, slowable = Engine.standardScheduleSlowability) {\n if (slowable) {\n if (Engine._schedule[Engine.cycle + cycles + 1] === undefined) {\n Engine._schedule[Engine.cycle + cycles + 1] = [];\n }\n Engine._schedule[Engine.cycle + cycles + 1].push(callback);\n }\n else {\n if (Engine._unscaledSchedule[Engine.frame + cycles + 1] === undefined) {\n Engine._unscaledSchedule[Engine.frame + cycles + 1] = [];\n }\n Engine._unscaledSchedule[Engine.frame + cycles + 1].push(callback);\n }\n }\n /**\n * Cancels all scheduled callbacks\n */\n static unscheduleAll() {\n Engine._schedule = {};\n Engine._unscaledSchedule = {};\n }\n /**\n * Cancels all scheduled callbacks that are affected by the Engine.timeScale.\n * Note that the the callbacks scheduled with ```slowable = false``` will stil execute.\n */\n static unscheduleScaled() {\n Engine._schedule = {};\n }\n /**\n * Cancels all scheduled callbacks that are not affected by the Engine.timeScale.\n * Note that the the callbacks scheduled with ```slowable = true``` will stil execute.\n */\n static unscheduleUnscaled() {\n Engine._unscaledSchedule = {};\n }\n /**\n * Handles the window event of mouse button down\n * @param e MouseEvent Interface for window mouse events\n */\n static _handleMouseDown(e) {\n e.preventDefault();\n let touch = {\n x: e.clientX / window.innerWidth * _builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].width,\n y: e.clientY / window.innerHeight * _builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].height,\n deltaX: 0,\n deltaY: 0,\n instanceId: 0\n };\n Engine.inputs[0] = touch;\n Engine.handleInputStart(touch);\n }\n /**\n * Handles the window event of mouse button move\n * @param e MouseEvent Interface for window mouse events\n */\n static _handleMouseMove(e) {\n e.preventDefault();\n if (Engine.inputs[0] != undefined) {\n let t = e;\n let touch = Engine.inputs[0];\n let oldX = touch.x;\n let oldY = touch.y;\n touch.x = t.clientX / window.innerWidth * _builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].width;\n touch.y = t.clientY / window.innerHeight * _builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].height;\n touch.deltaX = touch.x - oldX;\n touch.deltaY = touch.y - oldY;\n Engine.handleInputMove(touch);\n }\n }\n /**\n * Handles the window event of mouse button up\n * @param e MouseEvent Interface for window mouse events\n */\n static _handleMouseUp(e) {\n e.preventDefault();\n let touch = Engine.inputs[0];\n Engine.handleInputEnd(touch);\n Engine.inputs[0] = undefined;\n }\n /**\n * Handles the window event of touch start\n * @param e TouchEvent Interface for window touch events\n */\n static _handleTouchStart(e) {\n e.stopPropagation();\n e.preventDefault();\n for (let t of e.changedTouches) {\n let touch = {\n x: t.clientX / window.innerWidth * _builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].width,\n y: t.clientY / window.innerHeight * _builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].height,\n deltaX: 0,\n deltaY: 0,\n instanceId: t.identifier\n };\n Engine.inputs[t.identifier] = touch;\n Engine.handleInputStart(touch);\n }\n }\n /**\n * Handles the window event of touch move\n * @param e TouchEvent Interface for window touch events\n */\n static _handleTouchMove(e) {\n e.preventDefault();\n for (let t of e.changedTouches) {\n let touch = Engine.inputs[t.identifier];\n let oldX = touch.x;\n let oldY = touch.y;\n touch.x = t.clientX / window.innerWidth * _builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].width;\n touch.y = t.clientY / window.innerHeight * _builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].height;\n touch.deltaX = touch.x - oldX;\n touch.deltaY = touch.y - oldY;\n Engine.handleInputMove(touch);\n }\n }\n /**\n * Handles the window event of touch end\n * @param e TouchEvent Interface for window touch events\n */\n static _handleTouchEnd(e) {\n e.stopPropagation();\n e.preventDefault();\n for (let t of e.changedTouches) {\n let touch = Engine.inputs[t.identifier];\n Engine.handleInputEnd(touch);\n delete Engine.inputs[t.identifier];\n }\n }\n}\n/** Current game cycle */\nEngine.cycle = 0;\n/** Difference of time in ```milliseconds``` between the current update call and previous one */\nEngine.dt = 0;\n/** Difference of time in ```milliseconds``` between each fixed update call */\nEngine.FIXED_TIMESTEP = 1 / 60;\n/** Current frame of the game */\nEngine.frame = 0;\n/** List of touch/mouse inputs detected */\nEngine.inputs = {};\n/** Delta time that changes smoothly */\nEngine.smoothDt = 0;\n/** Default value of slowability for scheduled callbacks */\nEngine.standardScheduleSlowability = false;\n/** Current time of execution of the program */\nEngine.time = 0;\n/** Normalized speed of execution of update calls (0 means never called and 1 means called at natural FPS speed) */\nEngine.timeScale = 1;\n/** Difference of time in ```milliseconds``` between the current update call and previous one ignoring Engine.timeScale */\nEngine.unscaledDt = 0;\n/** Current time of execution of the program ignoring Engine.timeScale */\nEngine.unscaledTime = 0;\nEngine._cycleRemainder = 0;\nEngine._frameRemainder = 0;\nEngine._lastDate = new Date();\n/** List of scheduled callbacks */\nEngine._schedule = {};\n/** List of scheduled callbacks that ignore Engine.timeScale */\nEngine._unscaledSchedule = {};\n\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/Engine.ts?"); /***/ }), /***/ "./framework/base/src/core/common/Entity.ts": /*!**************************************************!*\ !*** ./framework/base/src/core/common/Entity.ts ***! \**************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Entity)\n/* harmony export */ });\n/* harmony import */ var _modules_utils_utils__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../modules/utils/utils */ \"./framework/modules/utils/utils.ts\");\n/* harmony import */ var _Batcher__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./Batcher */ \"./framework/base/src/core/common/Batcher.ts\");\n/* harmony import */ var _Stats__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./Stats */ \"./framework/base/src/core/common/Stats.ts\");\n\n\n\n/**\n * Core class that defines the basic unit of Miniplay that can receive Behaviours and properties\n *\n * Example - create a 3D player character with animation:\n *\n * ```typescript\n * const player = new Entity({\n * behaviours: [Transform, RenderOpaque, SkinnedMeshAnimator],\n * shader: UberShader.get(UberShader.diffuse | UberShader.skinned),\n * mesh: Mesh.loadFromData(Data.playerMesh_json),\n * texture: new Texture().loadFromData(Data.playerTexture_png),\n * animation: Data.playerAnimation_json,\n * animationClip: Data.playerAnimation_json.clips.idle\n * });\n * ```\n *\n * Example 2 - create a download button on the UI\n *\n * ```typescript\n * const button = new Entity({\n * behaviours: [UiElement, RenderUi],\n * texture: new Texture().loadFromData(Data.downloadButton_png),\n * aspect: true,\n * anchor: [0.5, 1.1],\n * position: [0.5, 1],\n * scale: [0.4, 0.4],\n * onTouchStart: (entity, touch) => Adnetwork.openStore()\n * });\n * ```\n * @category Miniplay\n */\nclass Entity {\n constructor(opts) {\n Object.assign(this, opts);\n _Stats__WEBPACK_IMPORTED_MODULE_2__.stats.entities++;\n this.isAlive = true;\n this.childrenArray = [];\n if (this.behaviours === undefined)\n this.behaviours = [];\n for (let behaviour of opts.behaviours) {\n if (behaviour.collectEntities) {\n behaviour.entities.push(this);\n }\n if (behaviour.onAttach !== undefined) {\n behaviour.onAttach(this);\n }\n }\n if (this.autoBatch === undefined)\n this.autoBatch = true;\n if (this.autoBatch)\n _Batcher__WEBPACK_IMPORTED_MODULE_1__.Batcher.process(this);\n if (this.parent !== undefined && this.parent.childrenArray) {\n this.parent.childrenArray.push(this);\n }\n if (this.children !== undefined) {\n for (let child of this.children(this)) {\n child.parent = this;\n new Entity(child);\n }\n delete this.children;\n }\n }\n /**\n * Set's the internal state isAlive of the Entity to false and calls the destruction and behaviour detachment callbacks\n */\n destroy() {\n if (!this.isAlive) {\n return;\n }\n _Stats__WEBPACK_IMPORTED_MODULE_2__.stats.entities--;\n this.isAlive = false;\n if (this.autoBatch && this._onDestruction)\n this._onDestruction();\n for (let behaviour of this.behaviours) {\n behaviour.dirty = true;\n if (behaviour.onDetach !== undefined) {\n behaviour.onDetach(this);\n }\n }\n this.behaviours.splice(0);\n }\n ;\n /**\n * Adds a behaviour to the Entity's behaviour list after it has already been instantiated\n * @param behaviour Behaviour that will be added to the Entity\n */\n addBehaviour(behaviour) {\n if (!this.isAlive) {\n return;\n }\n if (this.behaviours.indexOf(behaviour) === -1) {\n this.behaviours.push(behaviour);\n if (behaviour.collectEntities) {\n behaviour.entities.push(this);\n }\n if (behaviour.onAttach !== undefined) {\n behaviour.onAttach(this);\n }\n }\n }\n ;\n /**\n * Removes a behaviour from the Entity's behaviour list after it has already been instantiated\n * @param behaviour Behaviour that will be removed from the Entity\n */\n removeBehaviour(behaviour) {\n if (!this.isAlive) {\n return;\n }\n if (this.behaviours.indexOf(behaviour) !== -1) {\n behaviour.dirty = true;\n if (behaviour.onDetach !== undefined)\n behaviour.onDetach(this);\n (0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_0__.removeFromArray)(this.behaviours, behaviour);\n if (behaviour.collectEntities)\n (0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_0__.replaceInArray)(behaviour.entities, this, null);\n }\n }\n ;\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/Entity.ts?"); /***/ }), /***/ "./framework/base/src/core/common/EventManager.ts": /*!********************************************************!*\ !*** ./framework/base/src/core/common/EventManager.ts ***! \********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/**\n * Enables support to subscription and emission of custom events with a global object EventManager\n *\n * How to use it:\n * 1. Subscribe to an event by calling EventManager.on(event, callback) or EventManager.once(event, callback) and passing the event string and the callback\n * Example:\n * ```typescript\n * EventManager.on('win', () => { console.log('You Win!'); })\n * ```\n * 2. Then call the event when it is convenient.\n * Example:\n * ```typescript\n * if(currentPoints >= goalPoints) {\n * EventManager.call('win');\n * // console output -> \"You Win!\"\n * }\n * ```\n * @category Miniplay\n */\nclass EventManager {\n /**\n * subscribes a callback to an event and executes it every time the event is called\n * @param event name of the event to subscribe to\n * @param callback function to be called when the event is called\n */\n static on(event, callback) {\n if (EventManager.events[event] === undefined) {\n EventManager.events[event] = [];\n }\n EventManager.events[event].push(callback);\n }\n /**\n * subscribes a callback to an event and executes it only the first time the event is called after the subscription\n * @param event name of the event to subscribe to\n * @param callback function to be called when the event is called\n */\n static once(event, callback) {\n if (EventManager.oneTimeEvents[event] === undefined) {\n EventManager.oneTimeEvents[event] = [];\n }\n EventManager.oneTimeEvents[event].push(callback);\n }\n /**\n * calls an event passing the arguments and executing the callbacks subscribed to it\n * @param event name of the event to be called\n * @param args arguments to be passed to the callbacks subscribed to the event\n */\n static call(event, ...args) {\n if (EventManager.events[event] !== undefined) {\n for (let callback of EventManager.events[event]) {\n callback(...args);\n }\n }\n if (EventManager.oneTimeEvents[event] !== undefined) {\n for (let i = 0; i < EventManager.oneTimeEvents[event].length; i++) {\n if (EventManager.oneTimeEvents[event][i]) {\n EventManager.oneTimeEvents[event][i](...args);\n }\n EventManager.oneTimeEvents[event][i] = undefined;\n }\n }\n }\n}\n/** map of callbacks for each recurring subscription */\nEventManager.events = {};\n/** map of callbacks for each single time subscription */\nEventManager.oneTimeEvents = {};\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (EventManager);\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/EventManager.ts?"); /***/ }), /***/ "./framework/base/src/core/common/InitOrder.ts": /*!*****************************************************!*\ !*** ./framework/base/src/core/common/InitOrder.ts ***! \*****************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ InitOrder: () => (/* binding */ InitOrder)\n/* harmony export */ });\n/**\n * Defines the order in which the onSystemInit method of each behaviour is called when the Miniplay Engine starts\n * @category Miniplay\n */\nvar InitOrder;\n(function (InitOrder) {\n InitOrder[InitOrder[\"InitTranslator\"] = -1000] = \"InitTranslator\";\n InitOrder[InitOrder[\"Default\"] = 0] = \"Default\";\n})(InitOrder || (InitOrder = {}));\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/InitOrder.ts?"); /***/ }), /***/ "./framework/base/src/core/common/Mesh.ts": /*!************************************************!*\ !*** ./framework/base/src/core/common/Mesh.ts ***! \************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ MeshInverted: () => (/* binding */ MeshInverted),\n/* harmony export */ \"default\": () => (/* binding */ Mesh)\n/* harmony export */ });\n/* harmony import */ var _ext_gl__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../ext/gl */ \"./framework/base/src/core/ext/gl.ts\");\n/* harmony import */ var _modules_utils_utils__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../modules/utils/utils */ \"./framework/modules/utils/utils.ts\");\n/* harmony import */ var _VertexFormat__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./VertexFormat */ \"./framework/base/src/core/common/VertexFormat.ts\");\n\n\n\nconst VertexFormatTypeToSize = {\n \"Float32Bits\": 4,\n \"Short16Bits\": 2,\n \"Byte8Bits\": 1,\n \"UnsignedShort16Bits\": 2,\n \"UnsignedByte8Bits\": 1,\n};\n/**\n * Class that handles loading 3D models.\n *\n * Example:\n *\n * ```typescript\n * const mesh = Mesh.loadFromData(Data.playerMesh_json);\n * ```\n * @category Miniplay\n */\nclass Mesh {\n /** @returns the WebGL buffer for the mesh vertices */\n get glVertices() {\n if (!this._glVertices) {\n this._glVertices = (0,_ext_gl__WEBPACK_IMPORTED_MODULE_0__.glCreateVertexBuffer)(this.vertices, this._isDynamic);\n }\n return this._glVertices;\n }\n /** @returns the WebGL buffer for the mesh indices */\n get glIndices() {\n if (!this._glIndices) {\n this._glIndices = (0,_ext_gl__WEBPACK_IMPORTED_MODULE_0__.glCreateIndexBuffer)(this.indices);\n }\n return this._glIndices;\n }\n /** @returns the inverted mesh of the current mesh */\n get inverted() {\n if (!this._inverted) {\n this._inverted = new MeshInverted(this);\n }\n return this._inverted;\n }\n /** @returns the amount of vertices the mesh has */\n get vertexCount() {\n return this.vertices.length / this.vertexFormat.vertexLength;\n }\n constructor(vertexFormat, vertices, indices) {\n this.vertexFormat = vertexFormat;\n this.vertices = vertices;\n this.indices = indices;\n this._glVertices = null;\n this._glIndices = null;\n this._isDynamic = false;\n this._inverted = null;\n }\n refresh(segment = 0, segmentLength = undefined) {\n if (!this._glVertices) {\n return;\n }\n if (this._isDynamic) {\n if (segmentLength === undefined) {\n segmentLength = this.vertices.length - segment;\n }\n (0,_ext_gl__WEBPACK_IMPORTED_MODULE_0__.glUpdateVertexBuffer)(this._glVertices, this.vertices.subarray(segment, segment + segmentLength), segment);\n }\n else {\n (0,_ext_gl__WEBPACK_IMPORTED_MODULE_0__.glDeleteBuffer)(this._glVertices);\n this._glVertices = null;\n this._isDynamic = true;\n }\n }\n /** Deletes the vertex and index buffers of the mesh */\n free() {\n if (this._glVertices) {\n (0,_ext_gl__WEBPACK_IMPORTED_MODULE_0__.glDeleteBuffer)(this._glVertices);\n this._glVertices = null;\n }\n if (this._glIndices) {\n (0,_ext_gl__WEBPACK_IMPORTED_MODULE_0__.glDeleteBuffer)(this._glIndices);\n this._glIndices = null;\n }\n if (this._inverted) {\n let inverted = this._inverted;\n this._inverted = null;\n inverted.free();\n }\n this.vertices = null;\n this.indices = null;\n }\n /** @returns the VertexFormatAttributeAccessor of the mesh */\n getAccessor(attributeName) {\n return this.vertexFormat.getAccessor(this.vertices, attributeName);\n }\n /**\n * Loads a mesh from a base64 encoded .json\n * @param data base64 encoded information of the 3D model\n */\n static loadFromData(data) {\n let attributes = data.attributes;\n let rawVertices = (0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_1__.base64ToUInt8)(data.vertices);\n let indices = (0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_1__.base64ToUInt16)(data.indices);\n let vertexFormat = new _VertexFormat__WEBPACK_IMPORTED_MODULE_2__.VertexFormat();\n let vertexNumComponents = 0;\n let vertexByteLength = 0;\n for (let i = 0, len = attributes.length; i < len; i++) {\n const attrib = attributes[i];\n const attribName = attrib[0];\n const attribLen = attrib[1];\n const attribType = attrib[2];\n vertexFormat = vertexFormat.add(attribName, attribLen);\n vertexNumComponents += attribLen;\n const attribByteLength = VertexFormatTypeToSize[attribType] * attribLen;\n vertexByteLength += attribByteLength;\n }\n let dataView = new DataView(rawVertices.buffer, rawVertices.byteOffset, rawVertices.byteLength);\n let rawVerticesLength = rawVertices.length;\n const vertices = new Float32Array((rawVerticesLength / vertexByteLength) * vertexNumComponents);\n let i = 0;\n let outIndex = 0;\n while (i < rawVerticesLength) {\n for (let attribute of attributes) {\n const compression = attribute[2];\n const scale = attribute[3];\n for (let j = 0, len = attribute[1]; j < len; j++) {\n if (compression === \"Float32Bits\") {\n vertices[outIndex++] = dataView.getFloat32(i, true);\n i += 4;\n }\n else if (compression === \"Short16Bits\") {\n vertices[outIndex++] = dataView.getInt16(i, true) * scale / 32767;\n i += 2;\n }\n else if (compression === \"Byte8Bits\") {\n vertices[outIndex++] = dataView.getInt8(i) * scale / 127;\n i++;\n }\n else if (compression === \"UnsignedShort16Bits\") {\n vertices[outIndex++] = dataView.getUint16(i) * scale / 65535;\n i += 2;\n }\n else if (compression === \"UnsignedByte8Bits\") {\n vertices[outIndex++] = rawVertices[i] * scale / 255;\n i++;\n }\n else {\n alert(\"Unknown format\");\n }\n }\n }\n }\n return new Mesh(vertexFormat, vertices, indices);\n }\n ;\n}\n/**\n * Class that represents an inverted Mesh\n * @category Miniplay\n */\nclass MeshInverted {\n /** @returns the WebGLBuffer of the mesh vertices */\n get glVertices() { return this.inverted.glVertices; }\n /** @returns the WebGLBuffer of the mesh indices */\n get glIndices() {\n if (!this._glIndices) {\n this._glIndices = (0,_ext_gl__WEBPACK_IMPORTED_MODULE_0__.glCreateIndexBuffer)(this.indices);\n }\n return this._glIndices;\n }\n /** @returns the VertexFormat of the mesh vertices */\n get vertexFormat() { return this.inverted.vertexFormat; }\n constructor(original) {\n let invertedIndices = new Uint16Array(original.indices);\n for (let i = 1, len = invertedIndices.length; i < len; i += 3) {\n let temp = invertedIndices[i];\n invertedIndices[i] = invertedIndices[i + 1];\n invertedIndices[i + 1] = temp;\n }\n this.vertices = original.vertices;\n this.indices = invertedIndices;\n this.inverted = original;\n this._glIndices = null;\n }\n /** Deletes the vertex and index buffers of the mesh */\n free() {\n if (this._glIndices) {\n (0,_ext_gl__WEBPACK_IMPORTED_MODULE_0__.glDeleteBuffer)(this._glIndices);\n this._glIndices = null;\n }\n if (this.inverted) {\n let inverted = this.inverted;\n this.inverted = null;\n inverted.free();\n }\n this.vertices = null;\n this.indices = null;\n }\n ;\n /** @returns the VertexFormatAttributeAccessor of the mesh */\n getAccessor(attributeName) {\n return this.vertexFormat.getAccessor(this.vertices, attributeName);\n }\n ;\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/Mesh.ts?"); /***/ }), /***/ "./framework/base/src/core/common/MeshBatch.ts": /*!*****************************************************!*\ !*** ./framework/base/src/core/common/MeshBatch.ts ***! \*****************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ MeshBatch)\n/* harmony export */ });\n/* harmony import */ var _dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _ext_gl__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../ext/gl */ \"./framework/base/src/core/ext/gl.ts\");\n/* harmony import */ var _modules_utils_utils__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../modules/utils/utils */ \"./framework/modules/utils/utils.ts\");\n/* harmony import */ var _Mesh__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./Mesh */ \"./framework/base/src/core/common/Mesh.ts\");\n\n\n\n\n/**\n * A special kind of mesh formed by multiple meshes, designed for batch rendering.\n *\n * new MeshBatch(vertexFormat, genMesh)\n *\n * meshComposite.createComponent(info)\n * meshComposite.remove(member)\n * meshComposite.refresh(member)\n *\n * meshComposite.glVertices\n * meshComposite.glIndices\n *\n * @category Miniplay\n */\nclass MeshBatch {\n get glVertices() {\n this._build();\n return this._glVertices;\n }\n get glIndices() {\n this._build();\n return this._glIndices;\n }\n get vertexCount() {\n return this.vertices.length / this.vertexFormat.vertexLength;\n }\n constructor(vertexFormat, genMesh = MeshBatch.defaultGenMesh, recycling = false) {\n this.vertices = new Float32Array(0);\n this.indices = new Uint16Array(0);\n this.vertexFormat = vertexFormat;\n this._glVertices = null;\n this._glIndices = null;\n this._isDynamic = false;\n this.genMesh = genMesh;\n this._components = [];\n this._refreshes = new Set();\n this._dirty = true;\n this._cache = {};\n this._recycling = recycling;\n this._maxComponents = 0;\n }\n createComponent(info) {\n let component = {\n info: info,\n instanceId: this._components.length,\n verticesSegment: -1,\n indicesSegment: -1,\n indicesSegmentLength: -1,\n };\n this._components.push(component);\n if (!this._recycling || this._components.length > this._maxComponents) {\n this._dirty = true;\n }\n this._maxComponents = Math.max(this._maxComponents, this._components.length);\n return component;\n }\n ;\n removeComponent(component) {\n (0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_2__.removeFromArray)(this._components, component);\n if (!this._recycling) {\n this._dirty = true;\n }\n }\n ;\n refreshComponent(component) {\n if (!this._isDynamic) {\n this._isDynamic = true;\n this._dirty = true;\n return;\n }\n this._refreshes.add(component);\n }\n ;\n _build() {\n if (!this._dirty) {\n for (let component of this._refreshes) {\n (0,_ext_gl__WEBPACK_IMPORTED_MODULE_1__.glUpdateVertexBuffer)(this.glVertices, this.genMesh(component).vertices, component.verticesSegment);\n }\n if (this._recycling) {\n let instanceId = 0;\n let verticesLen = 0;\n let indicesLen = 0;\n for (let component of this._components) {\n component.instanceId = instanceId++;\n component.verticesSegment = verticesLen;\n component.indicesSegment = indicesLen;\n verticesLen += this.vertices.length / this._maxComponents;\n indicesLen += this.indices.length / this._maxComponents;\n component.indicesSegmentLength = indicesLen - component.indicesSegment;\n }\n }\n this._refreshes.clear();\n return;\n }\n (0,_ext_gl__WEBPACK_IMPORTED_MODULE_1__.glDeleteBuffer)(this._glVertices);\n (0,_ext_gl__WEBPACK_IMPORTED_MODULE_1__.glDeleteBuffer)(this._glIndices);\n // Calculate the total buffer size needed beforehand:\n let totalVertexLength = 0;\n let totalIndicesLength = 0;\n for (let component of this._components) {\n const mesh = component.info.mesh;\n totalVertexLength += mesh.vertices.length;\n totalIndicesLength += mesh.indices.length;\n }\n const vertexLength = this.vertexFormat.vertexLength;\n const vertices = this.vertices = new Float32Array(totalVertexLength);\n const indices = this.indices = new Uint16Array(totalIndicesLength);\n let instanceId = 0;\n let verticesSegment = 0;\n let indicesSegment = 0;\n for (let component of this._components) {\n component.instanceId = instanceId++;\n component.verticesSegment = verticesSegment;\n component.indicesSegment = indicesSegment;\n let mesh = this.genMesh(this, component);\n if (!this.vertexFormat.equals(mesh.vertexFormat)) {\n throw \"Different vertexFormat inside single MeshBatch\";\n }\n let indexOffset = verticesSegment / vertexLength;\n if (indexOffset > 65000) {\n console.log(\"WARNING. MeshBach cannot exceed 65535 vertices\");\n }\n for (let i = 0, len = mesh.indices.length; i < len; ++i) {\n indices[i + indicesSegment] = mesh.indices[i] + indexOffset;\n }\n indicesSegment += mesh.indices.length;\n component.indicesSegmentLength = indicesSegment - component.indicesSegment;\n vertices.set(mesh.vertices, verticesSegment);\n verticesSegment += mesh.vertices.length;\n }\n this._glVertices = (0,_ext_gl__WEBPACK_IMPORTED_MODULE_1__.glCreateVertexBuffer)(vertices, this._isDynamic);\n this._glIndices = (0,_ext_gl__WEBPACK_IMPORTED_MODULE_1__.glCreateIndexBuffer)(indices);\n this._dirty = false;\n this._refreshes.clear();\n }\n ;\n static defaultGenMesh(batch, component) {\n let transform = component.info.transform;\n let originalMesh = component.info.mesh;\n let mutableMesh = batch.getMutableMesh(originalMesh);\n let originalAccessor = originalMesh.getAccessor(\"a_pos\");\n let mutableAccessor = mutableMesh.getAccessor(\"a_pos\");\n let originalNormalAccessor = null;\n let mutableNormalAccessor = null;\n if (\"a_norm\" in originalMesh.vertexFormat.attributeOffset) {\n originalNormalAccessor = originalMesh.getAccessor(\"a_norm\");\n mutableNormalAccessor = mutableMesh.getAccessor(\"a_norm\");\n }\n for (let i = 0, length = mutableMesh.vertexCount; i < length; i++) {\n let vec = originalAccessor.getVec(i);\n _dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_0__[\"default\"].aTransformPoint(vec, transform);\n mutableAccessor.setVec(i, vec);\n if (originalNormalAccessor && mutableNormalAccessor) {\n let norm = originalNormalAccessor.getVec(i);\n _dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_0__[\"default\"].aTransformVector(norm, transform);\n mutableNormalAccessor.setVec(i, norm);\n }\n }\n if (transform.isInverted) {\n return mutableMesh.inverted;\n }\n return mutableMesh;\n }\n ;\n static dynamicGenMesh(batch, component) {\n let mutableMesh = batch.getMutableMesh(component.info.mesh);\n let mutableAccessor = mutableMesh.getAccessor(\"a_idx\");\n for (let i = 0, length = mutableMesh.vertexCount; i < length; i++) {\n mutableAccessor.set(i, [component.instanceId]);\n }\n return mutableMesh;\n }\n ;\n getMutableMesh(mesh) {\n let mutable = this._cache[(0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_2__.GetUID)(mesh)];\n if (mutable === undefined) {\n mutable = this._cache[(0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_2__.GetUID)(mesh)] = new _Mesh__WEBPACK_IMPORTED_MODULE_3__[\"default\"](mesh.vertexFormat, new Float32Array(mesh.vertices), mesh.indices);\n }\n return mutable;\n }\n ;\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/MeshBatch.ts?"); /***/ }), /***/ "./framework/base/src/core/common/Shader.ts": /*!**************************************************!*\ !*** ./framework/base/src/core/common/Shader.ts ***! \**************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Shader: () => (/* binding */ Shader)\n/* harmony export */ });\n/* harmony import */ var _ext_gl__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../ext/gl */ \"./framework/base/src/core/ext/gl.ts\");\n/* harmony import */ var _modules_utils_utils__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../modules/utils/utils */ \"./framework/modules/utils/utils.ts\");\n/* harmony import */ var _builtins_default_resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../builtins/default/resources/meshes/MeshQuad */ \"./framework/base/src/builtins/default/resources/meshes/MeshQuad.ts\");\n/* harmony import */ var _Texture__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./Texture */ \"./framework/base/src/core/common/Texture.ts\");\n/* harmony import */ var _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _Stats__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ./Stats */ \"./framework/base/src/core/common/Stats.ts\");\n\n\n\n\n\n\n\n/**\n * Class that defines a WebGL vertex and fragment shader\n * @category Miniplay\n */\nclass Shader {\n constructor(opts) {\n this.glProgram = null;\n this.skinned = false;\n this.inDynamicBatch = false;\n this.features = [];\n Object.assign(this, opts);\n for (let feature of this.features) {\n this.featureBitMask |= feature.id;\n }\n }\n /** Shader initialization function, mainly used to get the reference of the shader uniforms */\n init() {\n for (let feature of this.features) {\n feature.init(this);\n }\n }\n /** Shader drawing function, used to pass values of the shader uniforms */\n draw(entity) {\n this.compile();\n if (entity.mesh === undefined)\n entity.mesh = _builtins_default_resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_2__.MeshQuad;\n if (entity.transform === undefined)\n entity.transform = _dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_5__.MatrixIdentity;\n this.bindMesh(entity.mesh, entity.transform);\n let textures = [];\n for (let feature of this.features) {\n feature.setupDraw(entity, this, textures);\n }\n }\n /** Loads the vertex and fragment shader and creates the WebGL shader program */\n compile() {\n if (this.glProgram !== null)\n return;\n if ((0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_1__.isString)(this.vertexShader))\n this.vertexShader = Shader.load(this.vertexShader, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.VERTEX_SHADER);\n if ((0,_modules_utils_utils__WEBPACK_IMPORTED_MODULE_1__.isString)(this.fragmentShader))\n this.fragmentShader = Shader.load(this.fragmentShader, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.FRAGMENT_SHADER);\n if (this.vertexShader === null || this.fragmentShader === null) {\n if (this.vertexShader !== null)\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.deleteShader(this.vertexShader);\n if (this.fragmentShader !== null)\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.deleteShader(this.fragmentShader);\n this.vertexShader = this.fragmentShader = null;\n return;\n }\n this.glProgram = _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.createProgram();\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.attachShader(this.glProgram, this.vertexShader);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.attachShader(this.glProgram, this.fragmentShader);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.linkProgram(this.glProgram);\n this.init();\n let vertexAttributes = [];\n for (let e of this.vertexAttributes)\n vertexAttributes[e] = _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.getAttribLocation(this.glProgram, e);\n this.vertexAttributes = vertexAttributes;\n Shader.boundMesh = null;\n }\n ;\n /**\n * Gets the reference of an uniform of the shader program\n * @param name name of the uniform variable\n */\n getUniformLocation(name) {\n return _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.getUniformLocation(this.glProgram, name);\n }\n ;\n /**\n * Gets the reference of an uniform array of the shader program\n * @param name name of the uniform array variable\n * @param arraySize number of elements in the uniform array\n */\n getUniformArrayLocation(name, arraySize) {\n let locations = [];\n for (let i = 0; i < arraySize; i++)\n locations.push(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.getUniformLocation(this.glProgram, name + \"[\" + i + \"]\"));\n return locations;\n }\n ;\n /**\n * Binds a mesh into a buffer in the shader program\n * @param mesh mesh to be binded to the shader program\n * @param transform linear transformation matrix representing where the mesh is in the 3D space\n */\n bindMesh(mesh, transform = _dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_5__.MatrixIdentity) {\n if (transform.isInverted)\n mesh = mesh.inverted;\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.useProgram(this.glProgram);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindBuffer(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.ARRAY_BUFFER, mesh.glVertices);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindBuffer(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.ELEMENT_ARRAY_BUFFER, mesh.glIndices);\n let vertexFormat = mesh.vertexFormat;\n //@ts-ignore\n for (let [k, v] of Object.entries(this.vertexAttributes)) {\n if (vertexFormat.attributeLength[k] === undefined)\n console.error(\"VertexFormat is not compatible. Missing \" + k);\n (0,_ext_gl__WEBPACK_IMPORTED_MODULE_0__.glSetVertexAttrib)(v, vertexFormat.attributeLength[k], vertexFormat.attributeOffset[k], vertexFormat.vertexLength);\n }\n Shader.boundMesh = mesh;\n Shader.boundProgram = this.glProgram;\n }\n ;\n /** Loads a shader from a string containing it's source code */\n static load(source, type) {\n let shader = _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.createShader(type);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.shaderSource(shader, source);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.compileShader(shader);\n if (!_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.getShaderParameter(shader, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.COMPILE_STATUS)) {\n // @ts-ignore\n if (Shader.load.alertFailStatus) {\n alert(\"Shader failed to load!\\n\" + _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.getShaderInfoLog(shader));\n }\n return null;\n }\n return shader;\n }\n ;\n /**\n * Sets the value of an uniform in the shader program\n * @param location uniform location identifier\n * @param value value to set the uniform\n */\n static setUniform(location, value) {\n if (value instanceof _dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_5__[\"default\"])\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.uniformMatrix4fv(location, false, value.values);\n else if (value instanceof _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_4__.Vec)\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.uniform3f(location, value.x, value.y, value.z);\n else if (value.length === 1)\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.uniform1f(location, value[0]);\n else if (value.length === 2)\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.uniform2f(location, value[0], value[1]);\n else if (value.length === 3)\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.uniform3f(location, value[0], value[1], value[2]);\n else if (value.length === 4)\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.uniform4f(location, value[0], value[1], value[2], value[3]);\n else\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.uniform1f(location, value);\n }\n ;\n /**\n * Binds textures to the shader program as sampler2D uniforms\n * @param samplers array of [uniform, texture] arrays\n */\n static setTextures(...samplers) {\n for (let i = 0; i < samplers.length; i++) {\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.uniform1i(samplers[i][0], i);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.activeTexture(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE0 + i);\n if (samplers[i][1] instanceof _Texture__WEBPACK_IMPORTED_MODULE_3__.Texture)\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindTexture(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, samplers[i][1].glTexture);\n else\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindTexture(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP, samplers[i][1].glTexture);\n }\n }\n ;\n}\n/**\n * Draw the elements that have this shader on the screen\n * @param segment\n * @param segmentLength\n */\nShader.drawcall = function (segment = 0, segmentLength = undefined) {\n if (segmentLength === undefined) {\n segmentLength = Shader.boundMesh.indices.length - segment;\n }\n _Stats__WEBPACK_IMPORTED_MODULE_6__.stats.frame.drawCalls++;\n _Stats__WEBPACK_IMPORTED_MODULE_6__.stats.frame.triangles += segmentLength / 3;\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.drawElements(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TRIANGLES, segmentLength, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.UNSIGNED_SHORT, segment * 2);\n // const numUniforms = Gl.getProgramParameter(Shader.boundProgram, Gl.ACTIVE_UNIFORMS);\n // console.log(\"numUniforms \" + numUniforms);\n};\n\n//@ts-ignore\nShader.load.alertFailStatus = true;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/Shader.ts?"); /***/ }), /***/ "./framework/base/src/core/common/Stats.ts": /*!*************************************************!*\ !*** ./framework/base/src/core/common/Stats.ts ***! \*************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Stats: () => (/* binding */ Stats),\n/* harmony export */ stats: () => (/* binding */ stats)\n/* harmony export */ });\nconst FPS_SMOOTHING_WINDOW = 10;\nconst timestamp = (performance === null || performance === void 0 ? void 0 : performance.now) != undefined ? () => performance.now() : () => Date.now();\n/**\n * Keeps track of engine statistics.\n */\nclass Stats {\n constructor() {\n this.frame = {\n drawCalls: 0,\n culledDraws: 0,\n triangles: 0,\n };\n this.entities = 0;\n this.fps = 0;\n this.lastFrameTime = timestamp();\n this.lastFrameDisplay = 0;\n this.frameDeltas = []; // Circular buffer that stores the last N frame delta times, used to smooth out the FPS value.\n this.frameIdx = 0; // Index into the frameDeltas circular buffer.\n }\n /**\n * frameStart should be called at the start of a frame, it resets the counters.\n */\n frameStart() {\n const { frame: frame } = this;\n for (let statName of Object.keys(frame)) {\n frame[statName] = 0;\n }\n }\n /**\n * frameEnd should be called at the end of a frame, it will calculate the fps and update the stats display (when debug Flag is true).\n */\n frameEnd() {\n const { frame: frame, entities, frameDeltas } = this;\n const currentFrameTime = timestamp();\n const dt = currentFrameTime - this.lastFrameTime;\n this.lastFrameTime = currentFrameTime;\n frameDeltas[this.frameIdx++] = dt;\n if (this.frameIdx >= FPS_SMOOTHING_WINDOW)\n this.frameIdx = 0;\n this.fps = frameDeltas.length * 1000 / frameDeltas.reduce((p, c) => p + c, 0);\n /////////////////////////////////////////////////////\n ////////////////////////////\n /////////////////////\n ////////////////////\n //////////\n ///////////////////////////////////////////////////////////////////////////////////\n ///////////////////////////////////////////////////////////////\n /////////////////////////////////////////////////////\n ////////////////////////////////////////////////\n /////////\n //////////////////\n }\n}\nconst stats = new Stats();\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/Stats.ts?"); /***/ }), /***/ "./framework/base/src/core/common/Texture.ts": /*!***************************************************!*\ !*** ./framework/base/src/core/common/Texture.ts ***! \***************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Texture: () => (/* binding */ Texture)\n/* harmony export */ });\n/* harmony import */ var _ext_gl__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../ext/gl */ \"./framework/base/src/core/ext/gl.ts\");\n/* harmony import */ var _modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\n\n\n/**\n * Class that handles loading and creating images and creating texts.\n *\n * Example:\n *\n * ```typescript\n * const t = new Texture().loadFromData(Data.downloadButtonImage_png);\n * ```\n *\n * @category Miniplay\n */\nclass Texture {\n constructor(filter = true, repeat = false) {\n this.filter = filter;\n this.repeat = repeat;\n this.glTexture = _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.createTexture();\n this._framebuffer = null;\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindTexture(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, this.glTexture);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texImage2D(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, 0, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RGBA, 1, 1, 0, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RGBA, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.UNSIGNED_BYTE, new Uint8Array([255, 255, 255, 255]));\n this.size = [1, 1];\n this.aspect = 1;\n this._prepareForRendering();\n }\n /**\n * Draws everything executed in the function passed as parameter into the texture\n * @param clearColor color used as background color for the texture\n * @param f function to be called after the texture is ready to be drawn into\n */\n drawInto(clearColor, f) {\n if (this._framebuffer === null) {\n this._framebuffer = _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.createFramebuffer();\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindFramebuffer(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.FRAMEBUFFER, this._framebuffer);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.framebufferTexture2D(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.FRAMEBUFFER, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.COLOR_ATTACHMENT0, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, this.glTexture, 0);\n this._depthBuffer = _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.createRenderbuffer();\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindRenderbuffer(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RENDERBUFFER, this._depthBuffer);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.renderbufferStorage(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RENDERBUFFER, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.DEPTH_COMPONENT16, this.size[0], this.size[1]);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.framebufferRenderbuffer(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.FRAMEBUFFER, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.DEPTH_ATTACHMENT, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RENDERBUFFER, this._depthBuffer);\n }\n else {\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindFramebuffer(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.FRAMEBUFFER, this._framebuffer);\n }\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.viewport(0, 0, this.size[0], this.size[1]);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.clearColor(clearColor[0], clearColor[1], clearColor[2], clearColor[3]);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.clear(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.COLOR_BUFFER_BIT | _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.DEPTH_BUFFER_BIT);\n f();\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindFramebuffer(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.FRAMEBUFFER, null);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.viewport(0, 0, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.drawingBufferWidth, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.drawingBufferHeight);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindTexture(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, this.glTexture);\n if ((0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.isPowerOf2)(this.size[0]) && (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.isPowerOf2)(this.size[1])) {\n this._prepareForRendering();\n }\n }\n ;\n /**\n * Sets up WebGL for rendering the texture\n * @param filter indicates if the texture is power of 2 and can be filtered for better image quality\n * @param repeat indicates if the texture can have repeating mapping\n */\n _prepareForRendering(filter, repeat) {\n filter = filter === undefined ? this.filter : filter;\n repeat = repeat === undefined ? this.repeat : repeat;\n if ((0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.isPowerOf2)(this.size[0]) && (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.isPowerOf2)(this.size[1])) {\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.generateMipmap(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_MAG_FILTER, filter ? _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.LINEAR : _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.NEAREST);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_MIN_FILTER, filter ? _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.LINEAR_MIPMAP_LINEAR : _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.NEAREST_MIPMAP_NEAREST);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_WRAP_S, repeat ? _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.REPEAT : _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.CLAMP_TO_EDGE);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_WRAP_T, repeat ? _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.REPEAT : _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.CLAMP_TO_EDGE);\n }\n else {\n if (repeat) {\n console.log(\"Texture cannot use repeat because its dimensions are not power of 2.\");\n }\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_MAG_FILTER, filter ? _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.LINEAR : _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.NEAREST);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_MIN_FILTER, filter ? _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.LINEAR : _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.NEAREST);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_WRAP_S, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.CLAMP_TO_EDGE);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_WRAP_T, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.CLAMP_TO_EDGE);\n }\n }\n ;\n /**\n * Creates a texture with text written in it\n * @param text text content to be written in the texture\n * @param resolution the resolution the letters in the text will be written with\n * @param font the font the text will be written with\n * @param fillStyle color of the letters\n * @param strokeStyle color of the outline of the letters\n * @param lineScale thickness of the outline of the letters\n * @returns itself\n */\n loadText(text, resolution = 32, font = \"Arial\", fillStyle = \"white\", strokeStyle = \"black\", lineScale = 0.1) {\n let texts = [];\n let textCopy = text;\n let customColorTexts = text.match(/\\[[0-9a-fA-F]*\\].*?\\[-\\]/g) || [];\n let splitString = 'qwertyuiopasdfghjklzxcvbnm';\n for (let customColorText of customColorTexts) {\n textCopy = textCopy.replace(customColorText, splitString);\n texts.push({\n string: customColorText.replace(/\\[.*?\\]/g, ''),\n color: '#' + customColorText.match(/\\[.*?\\]/g)[0].replace(/\\[|\\]/g, ''),\n index: text.indexOf(customColorText)\n });\n }\n let defaultColorTexts = textCopy.split(splitString).filter(function (string) { return string !== \"\"; });\n for (let defaultColorText of defaultColorTexts) {\n texts.push({\n string: defaultColorText,\n color: fillStyle,\n index: text.indexOf(defaultColorText)\n });\n }\n texts.sort(function (a, b) { return a.index - b.index; });\n resolution *= window.devicePixelRatio;\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.font = \"\" + resolution + \"px \" + font;\n let textWidth = 0;\n const textHeight = resolution * 1.8;\n const lineWidth = resolution * lineScale;\n let getTextWidth = function (text) {\n let size = _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.measureText(text);\n const boundingBox = Math.abs(size[\"actualBoundingBoxRight\"]) + Math.abs(size[\"actualBoundingBoxLeft\"]);\n if (!!boundingBox) {\n return size.width > boundingBox ? size.width : boundingBox;\n }\n else {\n return size.width;\n }\n };\n for (let i in texts) {\n textWidth += getTextWidth(texts[i].string) * 1.04 + lineWidth + 4;\n }\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.canvas.width = textWidth;\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.canvas.height = textHeight;\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.clearRect(0, 0, textWidth, textHeight);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.lineJoin = \"round\";\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.font = \"\" + resolution + \"px \" + font;\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.textAlign = \"left\";\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.textBaseline = \"middle\";\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.fillStyle = \"transparent\";\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.lineWidth = lineWidth;\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.strokeStyle = strokeStyle;\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.filter = 'blur(1px)';\n let x = 0;\n for (let i in texts) {\n let width = getTextWidth(texts[i].string) + lineWidth;\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.fillStyle = texts[i].color;\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.strokeText(texts[i].string, x + width * 0.04, textHeight / 2);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.fillText(texts[i].string, x + width * 0.04, textHeight / 2);\n x += width + lineWidth;\n }\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindTexture(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, this.glTexture);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texImage2D(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, 0, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RGBA, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RGBA, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.UNSIGNED_BYTE, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.canvas);\n this.size = [textWidth, textHeight];\n this.aspect = textWidth / textHeight;\n this._prepareForRendering(false, false);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.canvas.width = 0;\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.TextCanvas.canvas.height = 0;\n return this;\n }\n ;\n /**\n * Loads an image into a WebGL Texture\n * @param data base64 encoded image\n * @returns itself\n */\n loadFromData(data) {\n const filteredData = data.replace(/data:.*base64,/, \"\");\n let image = new Image();\n let _this = this;\n image.onload = () => {\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindTexture(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, _this.glTexture);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texImage2D(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, 0, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RGBA, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RGBA, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.UNSIGNED_BYTE, image);\n _this.size = [image.width, image.height];\n _this.aspect = image.width / image.height;\n _this._prepareForRendering();\n };\n image.src = 'data:image/png;base64,' + filteredData;\n return this;\n }\n ;\n /**\n * Generates a texture according to the generating function passed as parameter. Example:\n *\n * ```typescript\n * const t = new Texture().generate([128, 128], (x,y) => {\n * return [x/128, 0, y/128, 1];\n * });\n * ```\n * @param size the size [width, height] in pixels of the generated texture\n * @param f generation function of the texture\n */\n generate(size, f) {\n const buffer = new Uint8Array(size[0] * size[1] * 4);\n let index = 0;\n for (let y = 0; y < size[1]; y++) {\n for (let x = 0; x < size[0]; x++) {\n let color = f(x, y, size);\n buffer[index] = color[0] * 255;\n buffer[index + 1] = color[1] * 255;\n buffer[index + 2] = color[2] * 255;\n buffer[index + 3] = color[3] * 255;\n index += 4;\n }\n }\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindTexture(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, this.glTexture);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texImage2D(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_2D, 0, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RGBA, size[0], size[1], 0, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RGBA, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.UNSIGNED_BYTE, buffer);\n this.size = [...size];\n this.aspect = size[0] / size[1];\n this._prepareForRendering();\n return this;\n }\n ;\n /**\n * Generates a gradient texture\n * @param startingColor starting color of the gradient\n * @param finishingColor end color of the gradient\n * @param size the size [width, height] in pixels of the generated texture\n * @param direction direction of the gradient\n * @param others\n */\n generateGradient(startingColor, finishingColor, size, direction = 'vertical', others) {\n switch (direction) {\n case 'vertical':\n return new Texture().generate([1, size], (x, y) => {\n return [(0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[0], finishingColor[0], y / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[1], finishingColor[1], y / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[2], finishingColor[2], y / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[3], finishingColor[3], y / size)];\n });\n case 'horizontal':\n return new Texture().generate([size, 1], (x, y) => {\n return [(0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[0], finishingColor[0], x / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[1], finishingColor[1], x / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[2], finishingColor[2], x / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[3], finishingColor[3], x / size)];\n });\n case 'verticalInOut':\n return new Texture().generate([1, size], (x, y) => {\n if (y < size / 2)\n return [(0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[0], finishingColor[0], y / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[1], finishingColor[1], y / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[2], finishingColor[2], y / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[3], finishingColor[3], y / size)];\n return [(0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(finishingColor[0], startingColor[0], y / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(finishingColor[1], startingColor[1], y / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(finishingColor[2], startingColor[2], y / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(finishingColor[3], startingColor[3], y / size)];\n });\n case 'horizontalInOut':\n return new Texture().generate([size, 1], (x, y) => {\n if (x < size / 2)\n return [(0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[0], finishingColor[0], 2 * x / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[1], finishingColor[1], 2 * x / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[2], finishingColor[2], 2 * x / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[3], finishingColor[3], 2 * x / size)];\n return [(0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(finishingColor[0], startingColor[0], 2 * (x - size / 2) / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(finishingColor[1], startingColor[1], 2 * (x - size / 2) / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(finishingColor[2], startingColor[2], 2 * (x - size / 2) / size), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(finishingColor[3], startingColor[3], 2 * (x - size / 2) / size)];\n });\n case 'radial':\n if (others === undefined) {\n return new Texture().generate([size, size], (x, y) => {\n x -= size / 2;\n y -= size / 2;\n let norm = Math.sqrt((x * x + y * y) / (size * size));\n return [(0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[0], finishingColor[0], norm), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[1], finishingColor[1], norm), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[2], finishingColor[2], norm), (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(startingColor[3], finishingColor[3], norm)];\n });\n }\n break;\n default:\n console.warn(\"Unknown direction for linear gradient. Supported directions: 'vertical' and 'horizontal'\");\n break;\n }\n }\n}\n/** factor for scaling legacy text scales to current text scales */\nTexture.textScaleFactor = new _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(1.07, 1.69);\n\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/Texture.ts?"); /***/ }), /***/ "./framework/base/src/core/common/TextureCubemap.ts": /*!**********************************************************!*\ !*** ./framework/base/src/core/common/TextureCubemap.ts ***! \**********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ TextureCubemap: () => (/* binding */ TextureCubemap)\n/* harmony export */ });\n/* harmony import */ var _ext_gl__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../ext/gl */ \"./framework/base/src/core/ext/gl.ts\");\n/* harmony import */ var _modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n\n\n/**\n * Helper class for Texture\n * @category Miniplay\n */\nclass TextureCubemap {\n constructor(texture) {\n const filteredData = texture.replace(/data:.*base64,/, \"\");\n this.glTexture = _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.createTexture();\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindTexture(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP, this.glTexture);\n const faceInfos = [\n {\n target: _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP_POSITIVE_X,\n texture: filteredData\n },\n {\n target: _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP_NEGATIVE_X,\n texture: filteredData\n },\n {\n target: _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP_POSITIVE_Y,\n texture: filteredData\n },\n {\n target: _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP_NEGATIVE_Y,\n texture: filteredData\n },\n {\n target: _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP_POSITIVE_Z,\n texture: filteredData\n },\n {\n target: _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP_NEGATIVE_Z,\n texture: filteredData\n }\n ];\n let _this = this;\n let loaded = 0;\n faceInfos.forEach((faceInfo) => {\n // Upload the canvas to the cubemap face.\n // const level = 0;\n // const internalFormat = Gl.RGBA;\n // const width = 64;\n // const height = 64;\n // const format = Gl.RGBA;\n // const type = Gl.UNSIGNED_BYTE;\n // setup each face so it's immediately renderable\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texImage2D(faceInfo.target, 0, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RGBA, 1, 1, 0, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RGBA, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.UNSIGNED_BYTE, new Uint8Array([255, 255, 255, 255]));\n let image = new Image();\n image.onload = () => {\n // Now that the image has loaded make copy it to the texture.\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.bindTexture(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP, _this.glTexture);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texImage2D(faceInfo.target, 0, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RGBA, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.RGBA, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.UNSIGNED_BYTE, image);\n _this.size = [image.width, image.height];\n _this.aspect = image.width / image.height;\n loaded++;\n if (loaded == 6) {\n _this._prepareForRendering(true, false);\n }\n };\n image.src = 'data:image/png;base64,' + faceInfo.texture;\n });\n this.size = [1, 1];\n this.aspect = 1;\n this._prepareForRendering(false, false);\n }\n /**\n * Sets up WebGL for rendering the texture\n * @param filter indicates if the texture is power of 2 and can be filtered for better image quality\n * @param repeat indicates if the texture can have repeating mapping\n */\n _prepareForRendering(filter, repeat) {\n filter = filter === undefined ? this.filter : filter;\n repeat = repeat === undefined ? this.repeat : repeat;\n if ((0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.isPowerOf2)(this.size[0]) && (0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.isPowerOf2)(this.size[1])) {\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.generateMipmap(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_MAG_FILTER, filter ? _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.LINEAR : _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.NEAREST);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_MIN_FILTER, filter ? _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.LINEAR_MIPMAP_LINEAR : _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.NEAREST);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_WRAP_S, repeat ? _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.REPEAT : _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.CLAMP_TO_EDGE);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_WRAP_T, repeat ? _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.REPEAT : _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.CLAMP_TO_EDGE);\n }\n else {\n if (filter || repeat) {\n console.log(\"Texture cannot use filter or repeat because its dimensions are not power of 2.\");\n }\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_MAG_FILTER, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.NEAREST);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_MIN_FILTER, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.NEAREST);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_WRAP_S, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.CLAMP_TO_EDGE);\n _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.texParameteri(_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_CUBE_MAP, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.TEXTURE_WRAP_T, _ext_gl__WEBPACK_IMPORTED_MODULE_0__.Gl.CLAMP_TO_EDGE);\n }\n }\n ;\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/TextureCubemap.ts?"); /***/ }), /***/ "./framework/base/src/core/common/UpdateOrder.ts": /*!*******************************************************!*\ !*** ./framework/base/src/core/common/UpdateOrder.ts ***! \*******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ UpdateOrder: () => (/* binding */ UpdateOrder)\n/* harmony export */ });\n/*\n Defines the order in which the onUpdate and onSystemUpdate methods of each behaviour are called every frame\n @category Miniplay\n*/\nvar UpdateOrder;\n(function (UpdateOrder) {\n UpdateOrder[UpdateOrder[\"PrepareGl\"] = -1000] = \"PrepareGl\";\n UpdateOrder[UpdateOrder[\"ConfigureGame\"] = -300] = \"ConfigureGame\";\n UpdateOrder[UpdateOrder[\"LoadResources\"] = -200] = \"LoadResources\";\n UpdateOrder[UpdateOrder[\"LoadScene\"] = -100] = \"LoadScene\";\n UpdateOrder[UpdateOrder[\"UpdateInputs\"] = -50] = \"UpdateInputs\";\n UpdateOrder[UpdateOrder[\"UpdateObjects\"] = 0] = \"UpdateObjects\";\n UpdateOrder[UpdateOrder[\"UpdateSystems\"] = 100] = \"UpdateSystems\";\n UpdateOrder[UpdateOrder[\"SolvePhysics\"] = 200] = \"SolvePhysics\";\n UpdateOrder[UpdateOrder[\"UpdateTransforms\"] = 400] = \"UpdateTransforms\";\n UpdateOrder[UpdateOrder[\"UpdateCamera\"] = 800] = \"UpdateCamera\";\n UpdateOrder[UpdateOrder[\"UpdateCulling\"] = 900] = \"UpdateCulling\";\n UpdateOrder[UpdateOrder[\"PrepareRender\"] = 1000] = \"PrepareRender\";\n UpdateOrder[UpdateOrder[\"RenderOpaque\"] = 1100] = \"RenderOpaque\";\n UpdateOrder[UpdateOrder[\"RenderShadow\"] = 1200] = \"RenderShadow\";\n UpdateOrder[UpdateOrder[\"RenderTransparent\"] = 1300] = \"RenderTransparent\";\n UpdateOrder[UpdateOrder[\"RenderAdditive\"] = 1300] = \"RenderAdditive\";\n UpdateOrder[UpdateOrder[\"RenderUi\"] = 2000] = \"RenderUi\";\n})(UpdateOrder || (UpdateOrder = {}));\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/UpdateOrder.ts?"); /***/ }), /***/ "./framework/base/src/core/common/VertexFormat.ts": /*!********************************************************!*\ !*** ./framework/base/src/core/common/VertexFormat.ts ***! \********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ VertexFormat: () => (/* binding */ VertexFormat),\n/* harmony export */ VertexFormatAttributeAccessor: () => (/* binding */ VertexFormatAttributeAccessor)\n/* harmony export */ });\n/* harmony import */ var _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\n/**\n * Helper class used to categorize the format of the vertices of a mesh\n * @category Miniplay\n */\nclass VertexFormat {\n constructor(...attributeInfos) {\n this.attributeOffset = {};\n this.attributeInfos = {};\n this.attributeLength = {};\n this.vertexLength = 0;\n let vertexLength = 0;\n for (let element of attributeInfos) {\n this.attributeOffset[element[0]] = vertexLength;\n this.attributeLength[element[0]] = element[1];\n vertexLength += element[1];\n }\n this.vertexLength = vertexLength;\n }\n add(name, length) {\n if (this.attributeLength[name] !== undefined) {\n return;\n }\n let vertexFormat = new VertexFormat();\n vertexFormat.attributeOffset = Object.assign(Object.assign({}, this.attributeOffset), { [name]: this.vertexLength });\n vertexFormat.attributeLength = Object.assign(Object.assign({}, this.attributeLength), { [name]: length });\n vertexFormat.vertexLength = this.vertexLength + length;\n return vertexFormat;\n }\n /**\n * Compare two vertex formats\n * @param vertexFormat other vertex format to compare\n * @returns if the two vertex formats are equivalent\n */\n equals(vertexFormat) {\n if (this.vertexLength !== vertexFormat.vertexLength) {\n return false;\n }\n // @ts-ignore\n for (let [k, v] of Object.entries(this.attributeOffset)) {\n if (vertexFormat.attributeOffset[k] !== v) {\n return false;\n }\n }\n // @ts-ignore\n for (let [k, v] of Object.entries(this.attributeLength)) {\n if (vertexFormat.attributeLength[k] !== v) {\n return false;\n }\n }\n return true;\n }\n ;\n /**\n * Gets an accessor for the attribute passed as parameter\n * @param vertices vertices create accessor\n * @param attributeName name of the attribute to be accessed\n * @returns a new VertexFormatAttributeAccessor for the attribute\n */\n getAccessor(vertices, attributeName) {\n return new VertexFormatAttributeAccessor(vertices, this.attributeOffset[attributeName], this.attributeLength[attributeName], this.vertexLength);\n }\n ;\n getGeneratingString() {\n let generatingString = \"\";\n for (const key in this.attributeLength) {\n generatingString += key + this.attributeLength[key];\n }\n return generatingString;\n }\n ;\n}\n/**\n * Helper class for VertexFormat\n * @category Miniplay\n */\nclass VertexFormatAttributeAccessor {\n constructor(vertices, attributeOffset, attributeLength, vertexLength) {\n this.vertices = vertices;\n this.attributeOffset = attributeOffset;\n this.attributeLength = attributeLength;\n this.vertexLength = vertexLength;\n }\n get(index) {\n let segment = this.attributeOffset + index * this.vertexLength;\n return this.vertices.subarray(segment, segment + this.attributeLength);\n }\n ;\n set(index, value) {\n let segment = this.attributeOffset + index * this.vertexLength;\n this.vertices.set(value, segment);\n }\n ;\n getVec(index) {\n const segment = this.attributeOffset + index * this.vertexLength;\n const v = this.vertices;\n const x = v[segment];\n const y = v[segment + 1];\n const z = this.attributeLength == 2 ? 0 : v[segment + 2];\n return new _dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec(x, y, z);\n }\n ;\n setVec(index, vec) {\n const segment = this.attributeOffset + index * this.vertexLength;\n const v = this.vertices;\n v[segment] = vec.x;\n v[segment + 1] = vec.y;\n if (this.attributeLength > 2) {\n v[segment + 2] = vec.z;\n }\n }\n ;\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/common/VertexFormat.ts?"); /***/ }), /***/ "./framework/base/src/core/dataStructures/matrix/Matrix.ts": /*!*****************************************************************!*\ !*** ./framework/base/src/core/dataStructures/matrix/Matrix.ts ***! \*****************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ MatrixIdentity: () => (/* binding */ MatrixIdentity),\n/* harmony export */ MatrixTemp: () => (/* binding */ MatrixTemp),\n/* harmony export */ \"default\": () => (/* binding */ Matrix)\n/* harmony export */ });\n/* harmony import */ var _modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../../modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _vector_Vec__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\n\n/*\n \nA 4x4 matrix object {values,inverted}. All operations are in-place. The matrix is\nrepresented by an array of size 16. The correspondence between an element a[index]\nof the array and an element m[row][col] of the matrix is as follows:\n\n a[ 0] = m[0][0] = m00 }\n a[ 1] = m[0][1] = m01 } 1st row\n a[ 2] = m[0][2] = m02 }\n a[ 3] = m[0][3] = m03 }\n\n a[ 4] = m[1][0] = m10 }\n a[ 5] = m[1][1] = m11 } 2nd row\n a[ 6] = m[1][2] = m12 }\n a[ 7] = m[1][3] = m13 }\n\n a[ 8] = m[2][0] = m20 }\n a[ 9] = m[2][1] = m21 } 3rd row\n a[10] = m[2][2] = m22 }\n a[11] = m[2][3] = m23 }\n\n a[12] = m[3][0] = m30 }\n a[13] = m[3][1] = m31 } 4th row\n a[14] = m[3][2] = m32 }\n a[15] = m[3][3] = m33 }\n\n```\nconst transform = new Matrix().setAsTransform(\n new Vec(1, 2, 3), // position\n new Vec(4, 5, 6), // rotation\n new Vec(7, 8, 9), // scale\n )\n```\n */\n// @category Miniplay\nclass Matrix {\n /* translation in the x axis */\n get tx() { return this.values[12]; }\n /* translation in the y axis */\n get ty() { return this.values[13]; }\n /* translation in the z axis */\n get tz() { return this.values[14]; }\n constructor() {\n this.values = [\n 1, 0, 0, 0,\n 0, 1, 0, 0,\n 0, 0, 1, 0,\n 0, 0, 0, 1\n ];\n this.isInverted = false;\n }\n /*\n Sets the values of the matrix to represent a translation linear transformation.\n Creates a matrix of the form:\n\n [ 1 0 0 0]\n [ 0 1 0 0]\n [ 0 0 1 0]\n [tx ty tz 1]\n\n where:\n tx, ty and tz = translations in the directions of x, y and z, respectively\n (i. e., translation.x, translation.y and translation.z)\n\n @param translation values of the translations on the x, y and z axes\n @returns itself\n */\n setAsTranslation(translation) {\n let a = this.values;\n a[0] = 1; // a00\n a[1] = 0; // a01\n a[2] = 0; // a02\n a[3] = 0; // a03\n a[4] = 0; // a10\n a[5] = 1; // a11\n a[6] = 0; // a12\n a[7] = 0; // a13\n a[8] = 0; // a20\n a[9] = 0; // a21\n a[10] = 1; // a22\n a[11] = 0; // a23\n a[12] = translation.x; // a30\n a[13] = translation.y; // a31\n a[14] = translation.z; // a32\n a[15] = 1; // a33\n return this;\n }\n ;\n addTranslation(translation) {\n let a = this.values;\n a[12] += translation.x;\n a[13] += translation.y;\n a[14] += translation.z;\n return this;\n }\n /*\n Retrieves translation data from transform:\n\n [a00 a01 a02 0]\n [a10 a11 a12 0] -> (tx, ty, tz)\n [a20 a21 a22 0]\n [ tx ty tz 1]\n\n @returns a ```new Vec``` with values equal to the matrix position values reading it as a linear transformation matrix\n */\n getTranslation() {\n return this.aGetTranslation(new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0));\n }\n ;\n aGetTranslation(vec) {\n vec.setValues(this.values[12], this.values[13], this.values[14]);\n return vec;\n }\n ;\n /**\n * Copies the values of a Matrix\n * @param other Matrix to copy\n * @returns itself\n */\n assign(other) {\n let a = this.values;\n let b = other.values;\n a[0] = b[0];\n a[1] = b[1];\n a[2] = b[2];\n a[3] = b[3];\n a[4] = b[4];\n a[5] = b[5];\n a[6] = b[6];\n a[7] = b[7];\n a[8] = b[8];\n a[9] = b[9];\n a[10] = b[10];\n a[11] = b[11];\n a[12] = b[12];\n a[13] = b[13];\n a[14] = b[14];\n a[15] = b[15];\n return this;\n }\n ;\n /*\n Applies a rotation around the z axis on the Matrix.\n\n [a00 a01 a02 0] [a00*c + a10*s a01*c + a11*s a02*c + a12*s 0]\n [a10 a11 a12 0] -> [a10*c - a00*s a11*c - a01*s a12*c - a02*s 0]\n [a20 a21 a22 0] [ a20 a21 a22 0]\n [ tx ty tz 1] [ tx ty tz 1]\n\n where:\n s = sin(angle)\n c = cos(angle)\n \n 'angle' is the angle of rotation (in radians) around the z-axis following\n the right-hand rule\n\n @param rad value in ```radians```to rotate the matrix around the z axis\n @returns itself\n */\n rotateZ(rad) {\n if (rad === 0)\n return;\n let a = this.values;\n let s = Math.sin(rad);\n let c = Math.cos(rad);\n let a00 = a[0];\n let a01 = a[1];\n let a02 = a[2];\n let a03 = a[3];\n let a10 = a[4];\n let a11 = a[5];\n let a12 = a[6];\n let a13 = a[7];\n a[0] = a00 * c + a10 * s; // a00\n a[1] = a01 * c + a11 * s; // a01\n a[2] = a02 * c + a12 * s; // a02\n a[3] = a03 * c + a13 * s; // a03\n a[4] = a10 * c - a00 * s; // a10\n a[5] = a11 * c - a01 * s; // a11\n a[6] = a12 * c - a02 * s; // a12\n a[7] = a13 * c - a03 * s; // a13\n return this;\n }\n ;\n /*\n Applies a rotation around the y axis on the Matrix\n\n [a00 a01 a02 0] [a00*c - a20*s a01*c - a21*s a02*c - a22*s 0]\n [a10 a11 a12 0] -> [ a10 a11 a12 0]\n [a20 a21 a22 0] [a00*s + a20*c a01*s + a21*c a02*s + a22*c 0]\n [ tx ty tz 1] [ tx ty tz 1]\n\n where:\n s = sin(angle)\n c = cos(angle)\n \n 'angle' is the angle of rotation (in radians) around the y-axis following\n the right-hand rule\n\n @param rad value in ```radians```to rotate the matrix around the y axis\n */\n rotateY(rad) {\n if (rad === 0)\n return;\n let a = this.values;\n let s = Math.sin(rad);\n let c = Math.cos(rad);\n let a00 = a[0];\n let a01 = a[1];\n let a02 = a[2];\n let a03 = a[3];\n let a20 = a[8];\n let a21 = a[9];\n let a22 = a[10];\n let a23 = a[11];\n a[0] = a00 * c - a20 * s; // a00\n a[1] = a01 * c - a21 * s; // a01\n a[2] = a02 * c - a22 * s; // a02\n a[3] = a03 * c - a23 * s; // a03\n a[8] = a00 * s + a20 * c; // a20\n a[9] = a01 * s + a21 * c; // a21\n a[10] = a02 * s + a22 * c; // a22\n a[11] = a03 * s + a23 * c; // a23\n return this;\n }\n ;\n /*\n Applies a rotation around the x axis on the Matrix\n\n [a00 a01 a02 0] [ a00 a01 a02 0]\n [a10 a11 a12 0] -> [a10*c + a20*s a11*c + a21*s a12*c + a22*s 0]\n [a20 a21 a22 0] [a20*c - a10*s a21*c - a11*s a22*c - a12*s 0]\n [ tx ty tz 1] [ tx ty tz 1]\n\n where:\n s = sin(angle)\n c = cos(angle)\n \n 'angle' is the angle of rotation (in radians) around the x-axis following\n the right-hand rule\n\n @param rad value in ```radians```to rotate the matrix around the x axis\n @returns itself\n */\n rotateX(rad) {\n if (rad === 0)\n return;\n let a = this.values;\n let s = Math.sin(rad);\n let c = Math.cos(rad);\n let a10 = a[4];\n let a11 = a[5];\n let a12 = a[6];\n let a13 = a[7];\n let a20 = a[8];\n let a21 = a[9];\n let a22 = a[10];\n let a23 = a[11];\n a[4] = a10 * c + a20 * s; // a10\n a[5] = a11 * c + a21 * s; // a11\n a[6] = a12 * c + a22 * s; // a12\n a[7] = a13 * c + a23 * s; // a13\n a[8] = a20 * c - a10 * s; // a20\n a[9] = a21 * c - a11 * s; // a21\n a[10] = a22 * c - a12 * s; // a22\n a[11] = a23 * c - a13 * s; // a23\n return this;\n }\n ;\n /*\n Given a transform matrix, the rotations can be retrived by:\n rotation.x = arcsin((-1) * a21 / Sz)\n rotation.y = atan(a20 / a22)\n rotation.z = atan(a01 * Sy / (a11 * Sx))\n\n (RMK: proofs on footnote)\n\n @returns a ```new Vec``` with values equal to the matrix rotation values reading it as a linear transformation matrix\n */\n getRotation() {\n return this.aGetRotation(new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0));\n }\n ;\n aGetRotation(vec) {\n let scale = Matrix.vecPool.getAvailableObject();\n this.aGetScale(scale);\n let a = this.values;\n let rx = Math.asin((0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(-a[9] / scale.z, -1, 1));\n let ry = Math.atan2(a[8], a[10]);\n let rz = Math.atan2(a[1] * scale.y, a[5] * scale.x);\n vec.setValues(rx, ry, rz);\n Matrix.vecPool.giveBackObject(scale);\n return vec;\n }\n ;\n reset() {\n this.values[0] = 1;\n this.values[1] = 0;\n this.values[2] = 0;\n this.values[3] = 0;\n this.values[4] = 0;\n this.values[5] = 1;\n this.values[6] = 0;\n this.values[7] = 0;\n this.values[8] = 0;\n this.values[9] = 0;\n this.values[10] = 1;\n this.values[11] = 0;\n this.values[12] = 0;\n this.values[13] = 0;\n this.values[14] = 0;\n this.values[15] = 1;\n }\n scale(scale) {\n let a = this.values;\n let x = scale.x, y = scale.y, z = scale.z;\n if (x !== 1) {\n if (x < 0) {\n this.isInverted = !this.isInverted;\n }\n a[0] = a[0] * x;\n a[1] = a[1] * x;\n a[2] = a[2] * x;\n a[3] = a[3] * x;\n }\n if (y !== 1) {\n if (y < 0) {\n this.isInverted = !this.isInverted;\n }\n a[4] = a[4] * y;\n a[5] = a[5] * y;\n a[6] = a[6] * y;\n a[7] = a[7] * y;\n }\n if (z !== 1) {\n if (z < 0) {\n this.isInverted = !this.isInverted;\n }\n a[8] = a[8] * z;\n a[9] = a[9] * z;\n a[10] = a[10] * z;\n a[11] = a[11] * z;\n }\n return this;\n }\n ;\n /*\n Given a transform matrix, the scales can be retrived by:\n\n scale.x = sqrt(a00^2 + a01^2 + a02^2)\n scale.y = sqrt(a10^2 + a11^2 + a12^2)\n scale.z = sqrt(a10^2 + a11^2 + a12^2)\n\n (RMK: proofs on footnote)\n\n @returns a ```new Vec``` with values equal to the matrix scale values reading it as a linear transformation matrix\n */\n getScale() {\n return this.aGetScale(new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0));\n }\n ;\n aGetScale(vec) {\n let a = this.values;\n vec.setValues(Math.sqrt(a[0] * a[0] + a[1] * a[1] + a[2] * a[2]), Math.sqrt(a[4] * a[4] + a[5] * a[5] + a[6] * a[6]), Math.sqrt(a[8] * a[8] + a[9] * a[9] + a[10] * a[10]));\n return vec;\n }\n ;\n /**\n * Multiply a Matrix by another\n * @param other Other Matrix for the multiplication\n * @returns itself\n */\n multiply(other) {\n let a = this.values;\n let b = other.values;\n let a00 = a[0], a01 = a[1], a02 = a[2], a03 = a[3];\n let a10 = a[4], a11 = a[5], a12 = a[6], a13 = a[7];\n let a20 = a[8], a21 = a[9], a22 = a[10], a23 = a[11];\n let a30 = a[12], a31 = a[13], a32 = a[14], a33 = a[15];\n let b00 = b[0], b01 = b[1], b02 = b[2], b03 = b[3];\n let b10 = b[4], b11 = b[5], b12 = b[6], b13 = b[7];\n let b20 = b[8], b21 = b[9], b22 = b[10], b23 = b[11];\n let b30 = b[12], b31 = b[13], b32 = b[14], b33 = b[15];\n a[0] = a00 * b00 + a01 * b10 + a02 * b20 + a03 * b30;\n a[1] = a00 * b01 + a01 * b11 + a02 * b21 + a03 * b31;\n a[2] = a00 * b02 + a01 * b12 + a02 * b22 + a03 * b32;\n a[3] = a00 * b03 + a01 * b13 + a02 * b23 + a03 * b33;\n a[4] = a10 * b00 + a11 * b10 + a12 * b20 + a13 * b30;\n a[5] = a10 * b01 + a11 * b11 + a12 * b21 + a13 * b31;\n a[6] = a10 * b02 + a11 * b12 + a12 * b22 + a13 * b32;\n a[7] = a10 * b03 + a11 * b13 + a12 * b23 + a13 * b33;\n a[8] = a20 * b00 + a21 * b10 + a22 * b20 + a23 * b30;\n a[9] = a20 * b01 + a21 * b11 + a22 * b21 + a23 * b31;\n a[10] = a20 * b02 + a21 * b12 + a22 * b22 + a23 * b32;\n a[11] = a20 * b03 + a21 * b13 + a22 * b23 + a23 * b33;\n a[12] = a30 * b00 + a31 * b10 + a32 * b20 + a33 * b30;\n a[13] = a30 * b01 + a31 * b11 + a32 * b21 + a33 * b31;\n a[14] = a30 * b02 + a31 * b12 + a32 * b22 + a33 * b32;\n a[15] = a30 * b03 + a31 * b13 + a32 * b23 + a33 * b33;\n return this;\n }\n ;\n applyToVec(vec) {\n let tmp = Matrix.vecPool.getAvailableObject();\n tmp.copyFrom(vec);\n let m = this.values;\n vec.x = tmp.x * m[0] + tmp.y * m[4] + tmp.z * m[8] + m[12];\n vec.y = tmp.x * m[1] + tmp.y * m[5] + tmp.z * m[9] + m[13];\n vec.z = tmp.x * m[2] + tmp.y * m[6] + tmp.z * m[10] + m[14];\n Matrix.vecPool.giveBackObject(tmp);\n return vec;\n }\n /**\n * Inverts the Matrix's values\n * @returns itself\n */\n invert() {\n let a = this.values;\n let a00 = a[0], a01 = a[1], a02 = a[2], a03 = a[3];\n let a10 = a[4], a11 = a[5], a12 = a[6], a13 = a[7];\n let a20 = a[8], a21 = a[9], a22 = a[10], a23 = a[11];\n let a30 = a[12], a31 = a[13], a32 = a[14], a33 = a[15];\n let b00 = a00 * a11 - a01 * a10;\n let b01 = a00 * a12 - a02 * a10;\n let b02 = a00 * a13 - a03 * a10;\n let b03 = a01 * a12 - a02 * a11;\n let b04 = a01 * a13 - a03 * a11;\n let b05 = a02 * a13 - a03 * a12;\n let b06 = a20 * a31 - a21 * a30;\n let b07 = a20 * a32 - a22 * a30;\n let b08 = a20 * a33 - a23 * a30;\n let b09 = a21 * a32 - a22 * a31;\n let b10 = a21 * a33 - a23 * a31;\n let b11 = a22 * a33 - a23 * a32;\n let det = b00 * b11 - b01 * b10 + b02 * b09 + b03 * b08 - b04 * b07 + b05 * b06;\n det = 1.0 / det;\n a[0] = (a11 * b11 - a12 * b10 + a13 * b09) * det;\n a[1] = (a02 * b10 - a01 * b11 - a03 * b09) * det;\n a[2] = (a31 * b05 - a32 * b04 + a33 * b03) * det;\n a[3] = (a22 * b04 - a21 * b05 - a23 * b03) * det;\n a[4] = (a12 * b08 - a10 * b11 - a13 * b07) * det;\n a[5] = (a00 * b11 - a02 * b08 + a03 * b07) * det;\n a[6] = (a32 * b02 - a30 * b05 - a33 * b01) * det;\n a[7] = (a20 * b05 - a22 * b02 + a23 * b01) * det;\n a[8] = (a10 * b10 - a11 * b08 + a13 * b06) * det;\n a[9] = (a01 * b08 - a00 * b10 - a03 * b06) * det;\n a[10] = (a30 * b04 - a31 * b02 + a33 * b00) * det;\n a[11] = (a21 * b02 - a20 * b04 - a23 * b00) * det;\n a[12] = (a11 * b07 - a10 * b09 - a12 * b06) * det;\n a[13] = (a00 * b09 - a01 * b07 + a02 * b06) * det;\n a[14] = (a31 * b01 - a30 * b03 - a32 * b00) * det;\n a[15] = (a20 * b03 - a21 * b01 + a22 * b00) * det;\n return this;\n }\n ;\n setAsPerspective(fov, aspect, near, far) {\n let a = this.values;\n let f = 1.0 / Math.tan(fov * _modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.DegToRad * 0.5);\n let mult = far / (near - far);\n a[0] = f / aspect;\n a[1] = 0;\n a[2] = 0;\n a[3] = 0;\n a[4] = 0;\n a[5] = f;\n a[6] = 0;\n a[7] = 0;\n a[8] = 0;\n a[9] = 0;\n a[10] = -mult;\n a[11] = 1;\n a[12] = 0;\n a[13] = 0;\n a[14] = near * mult;\n a[15] = 0.0;\n return this;\n }\n ;\n setAsOrthogonal(width, height, depth) {\n let a = this.values;\n a[0] = 2 / width;\n a[1] = 0;\n a[2] = 0;\n a[3] = 0;\n a[4] = 0;\n a[5] = -2 / height;\n a[6] = 0;\n a[7] = 0;\n a[8] = 0;\n a[9] = 0;\n a[10] = 2 / depth;\n a[11] = 0;\n a[12] = -1;\n a[13] = 1;\n a[14] = 0;\n a[15] = 1;\n return this;\n }\n ;\n /**\n * Sets the values of the Matrix to represent the position, rotation and scale passed as parameters\n * @param position Position to be represented in the Matrix\n * @param rotation Rotation to be represented in the Matrix\n * @param scale Scale to be represented in the Matrix\n * @param localMatrix Matrix to be used as reference of local coordinates\n * @returns itself\n */\n setAsTransform(position, rotation = new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0), scale = new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(1, 1, 1), localMatrix = undefined) {\n this.isInverted = false;\n this.setAsTranslation(position);\n this.rotateY(rotation.y);\n this.rotateX(rotation.x);\n this.rotateZ(rotation.z);\n this.scale(scale);\n if (localMatrix) {\n this.multiply(localMatrix);\n if (localMatrix.isInverted) {\n this.isInverted = !this.isInverted;\n }\n }\n return this;\n }\n ;\n /**\n * @returns an Object with ```translation```, ```scale``` and ```rotation``` reading the Matrix as a linear transformation matrix\n */\n getAll() {\n return this.iGetAll({\n translation: new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0),\n rotation: new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0),\n scale: new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0)\n });\n }\n iGetAll(info) {\n info.translation = this.aGetTranslation(info.translation);\n info.rotation = this.aGetRotation(info.rotation);\n info.scale = this.aGetScale(info.scale);\n return info;\n }\n xVersor() {\n return this.aXVersor(new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0));\n }\n aXVersor(result) {\n result.setValues(1, 0, 0);\n this.applyToVec(result);\n result.x -= this.tx; //\n result.y -= this.ty; // ignores translation\n result.z -= this.tz; //\n result.iUnit(); // ignores the scaling in the x axis\n return result;\n }\n yVersor() {\n return this.aYVersor(new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0));\n }\n aYVersor(result) {\n result.setValues(0, 1, 0);\n this.applyToVec(result);\n result.x -= this.tx; //\n result.y -= this.ty; // ignores translation\n result.z -= this.tz; //\n result.iUnit(); // ignores the scaling in the y axis\n return result;\n }\n zVersor() {\n return this.aZVersor(new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0));\n }\n aZVersor(result) {\n result.setValues(0, 0, 1);\n this.applyToVec(result);\n result.x -= this.tx; //\n result.y -= this.ty; // ignores translation\n result.z -= this.tz; //\n result.iUnit(); // ignores the scaling in the z axis\n return result;\n }\n /*\n \n rotates the orientation with respect to the given axis by the angle `angle`,\n considering that the axis and the matrix have the same origin (i. e. it ignores\n the translation of the matrix).\n\n */\n iRotateOrientationAroundAxis(axis, angle) {\n let a = this.values;\n let tmp1 = Matrix.vecPool.getAvailableObject();\n let tmp2 = Matrix.vecPool.getAvailableObject();\n this.aGetScale(tmp2);\n this.aXVersor(tmp1);\n tmp1.iRotateAroundAxis(axis, angle).iUnit();\n tmp1.iMul(tmp2.x);\n a[0] = tmp1.x;\n a[1] = tmp1.y;\n a[2] = tmp1.z;\n this.aYVersor(tmp1);\n tmp1.iRotateAroundAxis(axis, angle).iUnit();\n tmp1.iMul(tmp2.y);\n a[4] = tmp1.x;\n a[5] = tmp1.y;\n a[6] = tmp1.z;\n this.aZVersor(tmp1);\n tmp1.iRotateAroundAxis(axis, angle).iUnit();\n tmp1.iMul(tmp2.z);\n a[8] = tmp1.x;\n a[9] = tmp1.y;\n a[10] = tmp1.z;\n Matrix.vecPool.giveBackObject(tmp1);\n Matrix.vecPool.giveBackObject(tmp2);\n return this;\n }\n matchXAxis(target, damp = 1) {\n let tmp = Matrix.vecPool.getAvailableObject();\n this.aXVersor(tmp);\n this.matchAxis(target, tmp, damp);\n Matrix.vecPool.giveBackObject(tmp);\n }\n matchYAxis(target, damp = 1) {\n let tmp = Matrix.vecPool.getAvailableObject();\n this.aYVersor(tmp);\n this.matchAxis(target, tmp, damp);\n Matrix.vecPool.giveBackObject(tmp);\n }\n matchZAxis(target, damp = 1) {\n let tmp = Matrix.vecPool.getAvailableObject();\n this.aZVersor(tmp);\n this.matchAxis(target, tmp, damp);\n Matrix.vecPool.giveBackObject(tmp);\n }\n matchAxis(targetAxis, currentAxis, damp = 1) {\n let tmp1 = Matrix.vecPool.getAvailableObject();\n let tmp2 = Matrix.vecPool.getAvailableObject();\n tmp1.copyFrom(targetAxis);\n tmp1.iUnit();\n tmp2.copyFrom(tmp1);\n tmp2.iCross(currentAxis);\n if (tmp2.lengthSqr > 0.00001 * 0.00001) {\n tmp2.iUnit();\n let delta = Math.acos((0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(tmp1.dot(currentAxis), -1, 1)) * damp;\n this.iRotateOrientationAroundAxis(tmp2, (-1) * delta);\n }\n else if (tmp1.dot(currentAxis) < 0.0) { // axis are parallel and opposite\n tmp2.copyFrom(_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.XAxis); // tries to use the x axis to create a\n tmp2.iRemoveComponentInAxisDirection(targetAxis); // support vector for rotation\n if (tmp2.lengthSqr < 0.00001 * 0.00001) {\n tmp2.copyFrom(_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.ZAxis); // tries to use the z axis to create a\n tmp2.iRemoveComponentInAxisDirection(targetAxis); // support vector for rotation\n }\n this.iRotateOrientationAroundAxis(tmp2, (-1) * Math.PI * damp);\n }\n Matrix.vecPool.giveBackObject(tmp2);\n Matrix.vecPool.giveBackObject(tmp1);\n }\n static transformPoint(point, matrix) {\n let m = matrix.values;\n let x = m[0] * point.x + m[4] * point.y + m[8] * point.z + m[12];\n let y = m[1] * point.x + m[5] * point.y + m[9] * point.z + m[13];\n let z = m[2] * point.x + m[6] * point.y + m[10] * point.z + m[14];\n return new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(x, y, z);\n }\n static transformVector(vector, matrix) {\n let m = matrix.values;\n let x = m[0] * vector.x + m[1] * vector.y + m[2] * vector.z;\n let y = m[4] * vector.x + m[5] * vector.y + m[6] * vector.z;\n let z = m[8] * vector.x + m[9] * vector.y + m[10] * vector.z;\n return new _vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(x, y, z);\n }\n static aTransformPoint(point, matrix) {\n let m = matrix.values;\n let x = m[0] * point.x + m[4] * point.y + m[8] * point.z + m[12];\n let y = m[1] * point.x + m[5] * point.y + m[9] * point.z + m[13];\n let z = m[2] * point.x + m[6] * point.y + m[10] * point.z + m[14];\n point.x = x;\n point.y = y;\n point.z = z;\n return point;\n }\n static aTransformVector(vector, matrix) {\n let m = matrix.values;\n let x = m[0] * vector.x + m[4] * vector.y + m[8] * vector.z;\n let y = m[1] * vector.x + m[5] * vector.y + m[9] * vector.z;\n let z = m[2] * vector.x + m[6] * vector.y + m[10] * vector.z;\n vector.x = x;\n vector.y = y;\n vector.z = z;\n return vector;\n }\n ;\n /*\n rotates the `vector` around the (x,y,z) axes by the amount on `rotation`\n\n @param rotation: `Coordinates3DOptional` with rotations for each axis.\n */\n static aRotateVec(vector, rotation) {\n let tmp1 = Matrix.vecPool.getAvailableObject();\n let tmp2 = Matrix.vecPool.getAvailableObject();\n tmp2.iMul(0);\n tmp1.setValues(0, 0, 0);\n tmp1.iWith(rotation);\n Matrix.aTransformVector(vector, MatrixTemp.setAsTransform(tmp2, tmp1));\n Matrix.vecPool.giveBackObject(tmp1);\n Matrix.vecPool.giveBackObject(tmp2);\n return vector;\n }\n ;\n}\n/** Matrix used internally by the Matrix class for calculations @category Miniplay */\nconst MatrixTemp = new Matrix();\n/** Matrix that represents the 4x4 Identity Matrix @category Miniplay */\nconst MatrixIdentity = new Matrix();\n/*\n\nProofs:\n\n By applying the sequence of methods:\n this.setAsTranslation(position)\n this.rotateY(rotation.y)\n this.rotateX(rotation.x)\n this.rotateZ(rotation.z)\n this.scale(scale)\n\n We end up with a matrix of the form:\n\n [a00 a01 a02 0] [Sx * (cz * cy + sx * sy * sz) Sx * (sz * cx) Sx * (sx * sz * cy - sy * cz) 0]\n [a10 a11 a12 0] = [Sy * (cz * sx * sy - sz * cy) Sy * (cx * cz) Sy * (cz * sx * cy + sy * sz) 0]\n [a20 a21 a22 0] [ Sz * (cx * sy) Sz * (-sx) Sz * (cx * cy) 0]\n [ tx ty tz 1] [ tx ty tz 1]\n\n Where:\n Sx, Sy and Sz = scales in the x, y and z directions, respectively (i. e., scale.x, scale.y and scale.z)\n sx and cx = sin(rotation.x) and cos(rotation.x)\n sy and cy = sin(rotation.y) and cos(rotation.y)\n sz and cz = sin(rotation.z) and cos(rotation.z)\n tx, ty and tz = translations in the x, y and z directions, respectively (i. e., position.x, position.y and position.z)\n\n Given a transform matrix, the rotations can be retrived by:\n\n rotation.x = arcsin((-1) * a21 / Sz)\n = arcsin((-1) * Sz * (-sx) / Sz)\n = arcsin((-1) * (-sx))\n = arcsin(sx)\n = arcsin(sin(rotation.x))\n \n rotation.y = atan(a20 / a22)\n = atan(Sz * (cx * sy) / (Sz * (cx * cy)))\n = atan((cx * sy) / (cx * cy))\n = atan(sy/cy)\n = atan(tan(rotation.y))\n\n rotation.z = atan(a01 * Sy / (a11 * Sx))\n = atan(Sx * (sz * cx) * Sy / (Sy * (cx * cz) * Sx))\n = atan((sz * cx) / (cx * cz))\n = atan(sz/cz)\n = atan(tan(rotation.z))\n\n Given a transform matrix, the scales can be retrived by:\n\n scale.x = sqrt(a00^2 + a01^2 + a02^2)\n = sqrt(Sx^2 * (cz * cy + sx * sy * sz)^2 + Sx^2 * (sz * cx)^2 + Sx^2 * (sx * sz * cy - sy * cz)^2)\n = Sx * sqrt((cz * cy + sx * sy * sz)^2 + (sz * cx)^2 + (sx * sz * cy - sy * cz)^2)\n = Sx * sqrt((cz^2 cy^2 + 2 * cz * cy * sx * sy * sz + sx^2 * sy^2 * sz^2) + (sz^2 * cx^2) + (sx^2 * sz^2 * cy^2 - 2 * sx * sz * cy * sy * cz + sy^2 * cz^2))\n = Sx * sqrt(sz^2 * cx^2 + cz^2 * (cy^2 + sy^2) + sx^2 * sz^2 * (sy^2 + cy^2))\n = Sx * sqrt(cz^2 + sz^2 * (cx^2 + sx^2))\n = Sx * sqrt(cz^2 + sz^2)\n = Sx\n\n scale.y = sqrt(a10^2 + a11^2 + a12^2)\n = sqrt(Sy^2 * (cz * sx * sy - sz * cy)^2 + Sy^2 * (cx * cz)^2 + Sy^2 * (cz * sx * cy + sy * sz)^2)\n = Sy * sqrt((cz * sx * sy - sz * cy)^2 + (cx * cz)^2 + (cz * sx * cy + sy * sz)^2)\n = Sy * sqrt((cz^2 * sx^2 * sy^2 - 2 * cz * sx * sy * sz * cy + sz^2 * cy^2) + (cx^2 * cz^2) + (cz^2 * sx^2 * cy^2 + 2 * cz * sx * cy * sy * sz + sy^2 * sz^2))\n = Sy * sqrt(cx^2 * cz^2 + cz^2 * sx^2 * (sy^2 + cy^2) + sz^2 * (cy^2 + sy^2))\n = Sy * sqrt(cz^2 * (cx^2 + sx^2) + sz^2)\n = Sy * sqrt(cz^2 + sz^2)\n = Sy\n \n scale.z = sqrt(a10^2 + a11^2 + a12^2)\n = sqrt(Sz^2 * (cx * sy)^2 + Sz^2 * (-sx)^2 + Sz^2 * (cx * cy)^2)\n = Sz * sqrt((cx * sy)^2 + (-sx)^2 + (cx * cy)^2)\n = Sz * sqrt((cx^2 * sy^2) + (sx^2) + (cx^2 * cy^2))\n = Sz * sqrt(sx^2 + cx^2 * (sy^2 + cy^2))\n = Sz * sqrt(sx^2 + cx^2)\n = Sz\n\n*/\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/dataStructures/matrix/Matrix.ts?"); /***/ }), /***/ "./framework/base/src/core/dataStructures/trie/Trie.ts": /*!*************************************************************!*\ !*** ./framework/base/src/core/dataStructures/trie/Trie.ts ***! \*************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Trie)\n/* harmony export */ });\n/* harmony import */ var _TrieNode__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ./TrieNode */ \"./framework/base/src/core/dataStructures/trie/TrieNode.ts\");\n\nclass Trie {\n get size() { return this._size; }\n constructor() {\n this._root = new _TrieNode__WEBPACK_IMPORTED_MODULE_0__[\"default\"]();\n this._size = 0;\n }\n add(array, value) {\n const addChildCallback = (node, identifier, match) => {\n if (!match)\n node.add(identifier);\n return true;\n };\n let leafNode = this._iterate(array, addChildCallback);\n leafNode.value = value;\n this._size++;\n }\n match(array) {\n let leafNode = this._getLeafNode(array);\n if (leafNode === null)\n return null;\n return leafNode.value;\n }\n has(array) {\n return (this._getLeafNode(array) !== null);\n }\n remove(array) {\n let value = this.match(array);\n if (value === null)\n return;\n this._recursiveRemove(this._root, array, 0, array.length);\n this._size--;\n }\n update(array, value) {\n let leafNode = this._getLeafNode(array);\n if (leafNode !== null)\n leafNode.value = value;\n }\n filter(onValueCallback) {\n let scheduledToRemoval = [];\n let removedValues = [];\n this.iterateOnValues((value, keyArray) => {\n if (!onValueCallback(value, keyArray)) {\n scheduledToRemoval.push([...keyArray]);\n removedValues.push(value);\n }\n });\n for (let keyArray of scheduledToRemoval)\n this.remove(keyArray);\n return [...removedValues];\n }\n iterateOnValues(onValueCallback) {\n this._root.iterateOnValues(onValueCallback, []);\n }\n _getLeafNode(array) {\n const searchChildCallback = (node, identifier, match) => {\n return match;\n };\n return this._iterate(array, searchChildCallback);\n }\n _recursiveRemove(currentNode, array, index, size) {\n let currentNodeCanBeRemoved = false;\n if (index === size)\n currentNode.value = null;\n else {\n let nextNode = currentNode.get(array[index]);\n let childNodeCanBeRemoved = this._recursiveRemove(nextNode, array, index + 1, size);\n if (childNodeCanBeRemoved)\n currentNode.remove(array[index]);\n }\n if (!currentNode.hasChildren())\n currentNodeCanBeRemoved = true;\n return currentNodeCanBeRemoved;\n }\n _iterate(array, nodeCallback) {\n let length = array.length;\n let currentNode = this._root;\n let canGoToNextNode;\n for (let k = 0; k < length; k++) {\n canGoToNextNode = nodeCallback(currentNode, array[k], currentNode.has(array[k]));\n if (!canGoToNextNode)\n break;\n currentNode = currentNode.get(array[k]);\n }\n if (!canGoToNextNode)\n return null;\n return currentNode;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/dataStructures/trie/Trie.ts?"); /***/ }), /***/ "./framework/base/src/core/dataStructures/trie/TrieNode.ts": /*!*****************************************************************!*\ !*** ./framework/base/src/core/dataStructures/trie/TrieNode.ts ***! \*****************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ TrieNode)\n/* harmony export */ });\nclass TrieNode {\n get size() {\n return this._children.size;\n }\n constructor(identifier = null) {\n this.value = null;\n this._children = new Map();\n this._identifier = identifier;\n }\n isTerminal() {\n return (this.value !== null);\n }\n hasChildren() {\n return (this.size > 0);\n }\n add(childIdentifier) {\n if (!this.has(childIdentifier))\n this._createChild(childIdentifier);\n return this.get(childIdentifier);\n }\n remove(childIdentifier) {\n if (this.has(childIdentifier))\n this._removeChild(childIdentifier);\n return;\n }\n has(childIdentifier) {\n return this._children.has(childIdentifier);\n }\n get(childIdentifier) {\n return this._children.get(childIdentifier);\n }\n clear() {\n for (let child of this._children.values())\n child.clear();\n this._children.clear();\n }\n iterateOnValues(onValueCallback, keyArray = []) {\n if (this._identifier !== null) {\n keyArray.push(this._identifier);\n if (this.isTerminal())\n onValueCallback(this.value, keyArray);\n }\n for (let child of this._children.values())\n child.iterateOnValues(onValueCallback, keyArray);\n if (this._identifier !== null)\n keyArray.pop();\n }\n _createChild(identifier) {\n this._children.set(identifier, new TrieNode(identifier));\n }\n _removeChild(identifier) {\n this.get(identifier).clear();\n this._children.delete(identifier);\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/dataStructures/trie/TrieNode.ts?"); /***/ }), /***/ "./framework/base/src/core/dataStructures/vector/Vec.ts": /*!**************************************************************!*\ !*** ./framework/base/src/core/dataStructures/vector/Vec.ts ***! \**************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Vec: () => (/* binding */ Vec),\n/* harmony export */ VecForward: () => (/* binding */ VecForward),\n/* harmony export */ VecHalf: () => (/* binding */ VecHalf),\n/* harmony export */ VecOne: () => (/* binding */ VecOne),\n/* harmony export */ VecTemp: () => (/* binding */ VecTemp),\n/* harmony export */ VecUp: () => (/* binding */ VecUp),\n/* harmony export */ VecZero: () => (/* binding */ VecZero),\n/* harmony export */ XAxis: () => (/* binding */ XAxis),\n/* harmony export */ YAxis: () => (/* binding */ YAxis),\n/* harmony export */ ZAxis: () => (/* binding */ ZAxis)\n/* harmony export */ });\n/* harmony import */ var _modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../../modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n\n/**\n * A 3d vector object with {x,y,z} coordinates.\n *```typescript\n * const v = new Vec(1,2,3);\n * console.log(v.x) // 1\n * console.log(v.y) // 2\n * console.log(v.z) // 3\n * ```\n * @category Miniplay\n */\nclass Vec {\n get x() { return this._x; }\n get y() { return this._y; }\n get z() { return this._z; }\n set x(value) { this._x = value; }\n set y(value) { this._y = value; }\n set z(value) { this._z = value; }\n /** @returns the magnitude of the vector: v.length == |v| == √v.lengthSqr */\n get length() { return Math.sqrt(this.lengthSqr); }\n /** @returns the square of the magnitude of the vector: v.lengthSqr == |v|*|v| */\n get lengthSqr() { return this.x * this.x + this.y * this.y + this.z * this.z; }\n /** @returns an unit vector (vector with magnitude equal to 1) in the same direction of the current vector */\n get unit() { return this.copy.iDiv(this.length); }\n /** @returns a new Vec with same x, y and z as the current vector */\n get copy() { return new Vec(this.x, this.y, this.z); }\n /** @returns a new Vec with same x coordinate and y and z coordinates swapped */\n get xzy() { return new Vec(this.x, this.z, this.y); }\n /** @returns a new Vec with same x and z coordinates and y replaced by 0 */\n get x0z() { return new Vec(this.x, 0, this.z); }\n get phi() { return Math.atan2(this.x, this.z); }\n get theta() { return Math.atan2(this.y, this.xZLength()); }\n /**\n * creates a new Vec with x, y and z coordinates\n * @param x x coordinate\n * @param y y coordinate\n * @param z z coordinate\n */\n constructor(x = 0, y = 0, z = 0) {\n this.x = x;\n this.y = y;\n this.z = z;\n }\n /**\n * @returns a new Vec adding the current Vector to the parameter Vector\n * @param vec Vec or object with (x, y, z) values to be added to the current Vector\n */\n add(vec) {\n return new Vec(this.x + vec.x, this.y + vec.y, this.z + vec.z);\n }\n /**\n * @returns a new Vec subtracting the parameter Vector from the current Vector\n * @param vec Vec or object with (x, y, z) values to be subtracted from the current Vector\n */\n sub(vec) {\n return new Vec(this.x - vec.x, this.y - vec.y, this.z - vec.z);\n }\n ;\n /**\n * @returns a new Vec multiplying the current Vector by the parameter Vector coordinate by coordinate\n * @param vec Vector or object with (x, y, z) values to scale the current Vector\n */\n scale(vec) {\n return new Vec(this.x * vec.x, this.y * vec.y, this.z * vec.z);\n }\n ;\n /**\n * @returns a new Vec multiplying each coordinate by a scalar\n * @param f scalar to multiply each coordinate of the Vec\n */\n mul(f) {\n return new Vec(this.x * f, this.y * f, this.z * f);\n }\n ;\n /**\n * @returns a new Vec dividing each coordinate by a scalar\n * @param f scalar to divide each coordinate of the Vec\n */\n div(f) {\n if (f === 0) {\n if (Vec.verbose)\n console.warn(\"Division by 0 in Vec.div\");\n return this.copy;\n }\n return this.mul(1 / f);\n }\n ;\n /**\n * @returns the angle between the current Vector and the Vector passed as a parameter\n * @param v Vector to calculate current Vector's angle to\n */\n angle(v) {\n const a = this.length;\n const b = v.length;\n if (a === 0 || b === 0)\n return NaN;\n const cos = this.dot(v) / (a * b);\n return Math.acos((0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(cos, -1, 1));\n }\n ;\n /**\n * @returns new Vec copying the coordinates from the parameter Vec\n * @param vec Vec or object with (x,y,z) values\n */\n with(vec) {\n return new Vec(vec.x === undefined ? this.x : vec.x, vec.y === undefined ? this.y : vec.y, vec.z === undefined ? this.z : vec.z);\n }\n ;\n /**\n * Adds the parameter Vector's coordinates to the current Vector\n * @param vec Vec or object with (x, y, z) values to be added to the current Vector\n * @returns itself\n */\n iAdd(vec) {\n this.x += vec.x;\n this.y += vec.y;\n this.z += vec.z;\n return this;\n }\n ;\n /**\n * Adds the parameter Vector's coordinates multiplied by a scalar to the current Vector\n * @param vec Vec or object with (x, y, z) values to be added to the current Vector\n * @param a scalar to multiply parameter's vector coordinates\n * @returns itself\n */\n iAddScaled(vec, a) {\n this.x += vec.x * a;\n this.y += vec.y * a;\n this.z += vec.z * a;\n return this;\n }\n ;\n iDivScale(vec) {\n if (vec.x === 0 || vec.y === 0 || vec.z === 0) {\n if (Vec.verbose)\n console.warn(\"Vec: Division by 0 in iDivScale.\");\n }\n else {\n this.x /= vec.x;\n this.y /= vec.y;\n this.z /= vec.z;\n }\n return this;\n }\n ;\n /**\n * Subtracts the parameter Vector's coordinates from the current Vector\n * @param vec Vec or object with (x, y, z) values to be added to the current Vector\n * @returns itself\n */\n iSub(vec) {\n this.x -= vec.x;\n this.y -= vec.y;\n this.z -= vec.z;\n return this;\n }\n ;\n /**\n * @returns the current Vec multiplying it's coordinates by the parameter Vector's coordinate by coordinate\n * @param vec Vector or object with (x, y, z) values to scale the current Vector\n */\n iScale(vec) {\n this.x *= vec.x;\n this.y *= vec.y;\n this.z *= vec.z;\n return this;\n }\n ;\n /**\n * @returns the current Vec multiplying it's coordinates by a scalar\n * @param f scalar to multiply the coordinates by\n */\n iMul(f) {\n this.x *= f;\n this.y *= f;\n this.z *= f;\n return this;\n }\n ;\n /**\n * @returns the current Vec dividing it's coordinates by a scalar\n * @param f scalar to multiply the coordinates by\n */\n iDiv(f) {\n if (f === 0) {\n if (Vec.verbose)\n console.warn(\"Division by 0 in Vec.div\");\n return this;\n }\n return this.iMul(1 / f);\n }\n ;\n /**\n * @returns itself pointing towards the parameter coordinates\n * @param vec coordinates to point towards\n */\n iUnitTowards(vec) {\n VecTemp.copyFrom(vec).iSub(this);\n this.copyFrom(VecTemp);\n return this.iDiv(this.length);\n }\n ;\n /**\n * copy the coordinates from the parameter Vec\n * @param vec Vec or object with (x,y,z) values\n */\n iWith(vec) {\n if (vec.x !== undefined)\n this.x = vec.x;\n if (vec.y !== undefined)\n this.y = vec.y;\n if (vec.z !== undefined)\n this.z = vec.z;\n return this;\n }\n ;\n /** transforms the current vector into an unit vector (vector with magnitude equal to 1)\n * @returns itself\n */\n iUnit() {\n return this.iDiv(this.length);\n }\n ;\n /** swaps the y and z coordinates of the current vector\n * @returns itself\n */\n iXzy() {\n let temp = this.y;\n this.y = this.z;\n this.z = temp;\n return this;\n }\n ;\n /** zeros the y coordinate of the current vector\n * @returns itself\n */\n iX0z() {\n this.y = 0;\n return this;\n }\n ;\n /**\n * returns the distance between 2 points represented by the current Vec and the parameter Vec\n * @param vec second point to calculate the distance to\n */\n dist(vec) {\n VecTemp.x = this.x;\n VecTemp.y = this.y;\n VecTemp.z = this.z;\n return VecTemp.iSub(vec).length;\n }\n ;\n /**\n * returns the square of the distance between 2 points represented by the current Vec and the parameter Vec\n * @param vec second point to calculate the distance to\n */\n distSqr(vec) {\n VecTemp.x = this.x;\n VecTemp.y = this.y;\n VecTemp.z = this.z;\n return VecTemp.iSub(vec).lengthSqr;\n }\n ;\n /**\n * indicates if a point represented by the current Vec is within a distance f of the second point represented by the parameter Vec\n * @param second point to calculate de distance to\n * @param f range to be considered near\n */\n isNear(vec, f) {\n VecTemp.x = this.x;\n VecTemp.y = this.y;\n VecTemp.z = this.z;\n return VecTemp.iSub(vec).lengthSqr <= f * f;\n }\n ;\n /**\n * @returns new Vec pointing towards the parameter coordinates\n * @param vec coordinates to point towards\n */\n unitTowards(vec) {\n VecTemp.x = vec.x;\n VecTemp.y = vec.y;\n VecTemp.z = vec.z;\n VecTemp.iSub(this);\n return VecTemp.div(VecTemp.length);\n }\n ;\n /**\n * @returns the polar coordinates equivalent to the current Vec\n */\n toPolar() {\n let radius = this.length;\n return {\n radius: radius,\n azimuth: Math.atan2(this.y, this.x),\n inclination: Math.acos((0,_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(this.z / radius, -1, 1)),\n };\n }\n ;\n /**\n * sets the x, y and z values of the Vec to match the cartesian coordinates equivalent of the parameter polar coordinates\n * @param polar polar coordinates to create the Vec\n */\n assignPolar(polar) {\n let r = polar.radius;\n let a = polar.azimuth;\n let i = polar.inclination;\n this.x = r * Math.sin(i) * Math.cos(a);\n this.y = r * Math.sin(i) * Math.sin(a);\n this.z = r * Math.cos(i);\n return this;\n }\n ;\n /**\n * @param other vector to calculate the cross product with\n * @returns new Vec with the result of the cross product between the current vector and the parameter vector\n */\n cross(other) {\n return this.copy.iCross(other);\n }\n ;\n iCross(other) {\n let v1 = this;\n let v2 = other;\n let x = v1.y * v2.z - v2.y * v1.z;\n let y = (v1.x * v2.z - v2.x * v1.z) * (-1);\n let z = v1.x * v2.y - v2.x * v1.y;\n return this.setValues(x, y, z);\n }\n ;\n crossY(other) {\n return (this.x * other.z - other.x * this.z) * (-1);\n }\n /**\n * @param vec vector to calculate the dot product with\n * @returns the dot produt between the current vector and the parameter vector\n */\n dot(vec) {\n return this.x * vec.x + this.y * vec.y + this.z * vec.z;\n }\n ;\n /**\n * sets the value of the current vector to the linear interpolation of the start and end coordinates based on the progress\n * @param start starting coordinates for the interpolation\n * @param end end coordinates for the interpolation\n * @param progress distance from the starting coordinates of the interpolation\n * @returns itself with values equal to start for progress = 0, end for progress = 1 and a linear interpolation between start and end for progress between 0 and 1\n */\n iLerp(start, end, progress) {\n this.x = start.x + (end.x - start.x) * progress;\n this.y = start.y + (end.y - start.y) * progress;\n this.z = start.z + (end.z - start.z) * progress;\n return this;\n }\n ;\n iMultiLerp(vecArray, weightArray) {\n this.iMul(0);\n let tmp = Vec.vecPool.getAvailableObject();\n let totalWeight = 0.0;\n for (let k = 0, size = vecArray.length; k < size; k++) {\n totalWeight += weightArray[k];\n tmp.copyFrom(vecArray[k]).iMul(weightArray[k]);\n this.iAdd(tmp);\n }\n Vec.vecPool.giveBackObject(tmp);\n this.iDiv(totalWeight);\n return this;\n }\n ;\n /**\n * copy the values of the parameter coordinates\n * @param vec coordinates to copy the values from\n * @returns itself\n */\n copyFrom(vec) {\n this.x = vec.x;\n this.y = vec.y;\n this.z = vec.z;\n return this;\n }\n ;\n /**\n * sets the value of the current vector to the parameter values\n * @param x value for the x coordinate\n * @param y value for the y coordinate\n * @param z value for the z coordinate\n */\n setValues(x = 0, y = 0, z = 0) {\n this.x = x;\n this.y = y;\n this.z = z;\n return this;\n }\n ;\n toString() {\n return this.x.toString() + ', ' + this.y.toString() + ', ' + this.z.toString();\n }\n toArray() {\n return [this.x, this.y, this.z];\n }\n iProjectInto(vec) {\n let vecLength = vec.length;\n let thisLength = this.length;\n this.copyFrom(vec);\n if (vecLength > 0) {\n this.iUnit();\n this.iMul(thisLength);\n }\n return this;\n }\n iRotateXZ(angle) {\n [this.z, this.x] = [\n this.z * Math.cos(angle) - this.x * Math.sin(angle),\n this.z * Math.sin(angle) + this.x * Math.cos(angle)\n ];\n return this;\n }\n rotateXZ(angle) {\n return this.copy.iRotateXZ(angle);\n }\n xZLength() {\n return Math.sqrt(this.x * this.x + this.z * this.z);\n }\n iRotateTheta(angle) {\n tmpVec.copyFrom(this);\n tmpVec.y = 0.0;\n let tmp1 = tmpVec.length;\n let tmp2 = tmp1;\n [tmp1, this.y] = [\n tmp1 * Math.cos(angle) - this.y * Math.sin(angle),\n tmp1 * Math.sin(angle) + this.y * Math.cos(angle)\n ];\n if (Math.abs(tmp2) < epsilon) {\n tmpVec.iMul(0.0);\n tmpVec.z = 1.0;\n }\n tmpVec.iUnit();\n tmpVec.iMul(tmp1);\n this.x = tmpVec.x;\n this.z = tmpVec.z;\n return this;\n }\n rotateTheta(angle) {\n return this.copy.iRotateTheta(angle);\n }\n removeComponentInAxisDirection(axis) {\n return this.copy.iRemoveComponentInAxisDirection(axis);\n }\n iRemoveComponentInAxisDirection(axis) {\n let tmp = Vec.vecPool.getAvailableObject();\n tmp.copyFrom(axis);\n tmp.iUnit();\n tmp.iMul(this.dot(tmp));\n this.iSub(tmp);\n Vec.vecPool.giveBackObject(tmp);\n return this;\n }\n /*\n rotates `this` with respect to `axis` by the angle `angle`, considering\n that `this` and `axis` have a common origin.\n */\n iRotateAroundAxis(axis, angle) {\n if (Math.abs(angle) < angleEpsilon)\n return this;\n let rV = Vec.vecPool.getAvailableObject();\n let p = Vec.vecPool.getAvailableObject();\n let t = Vec.vecPool.getAvailableObject();\n let tV = Vec.vecPool.getAvailableObject();\n let wV = Vec.vecPool.getAvailableObject();\n rV.copyFrom(axis); // a versor in the direction of\n rV.iUnit(); // `axis`\n p.copyFrom(rV); // stores the projection of `this`\n p.iMul(rV.dot(this)); // into `axis`\n t.copyFrom(this); // stores the component of `this` that\n t.iSub(p); // is perpendicular to `axis`\n tV.copyFrom(t); // a versor perpendicular to\n tV.iUnit(); // `axis`\n wV.copyFrom(rV); // a versor perpendicular to\n wV.iCross(tV); // `axis` and `tV`\n /* rV, tV and wV form a orthogonal basis */\n let length = t.length;\n tV.iMul(length * Math.cos(angle));\n wV.iMul(length * Math.sin(angle));\n this.copyFrom(p);\n this.iAdd(tV);\n this.iAdd(wV);\n Vec.vecPool.giveBackObject(rV);\n Vec.vecPool.giveBackObject(p);\n Vec.vecPool.giveBackObject(t);\n Vec.vecPool.giveBackObject(tV);\n Vec.vecPool.giveBackObject(wV);\n this.clampToPrecision(epsilon);\n return this;\n }\n clampToPrecision(precision) {\n if (Math.abs(this.x) < precision)\n this.x = 0;\n if (Math.abs(this.y) < precision)\n this.y = 0;\n if (Math.abs(this.z) < precision)\n this.z = 0;\n return this;\n }\n static fromYRotationToXZUnitDirection(rotation) {\n return Vec.aFromYRotationToXZUnitDirection(new Vec(0, 0, 0), rotation);\n }\n static aFromYRotationToXZUnitDirection(result, rotation) {\n let angle;\n if (typeof rotation === \"number\")\n angle = rotation;\n else\n angle = rotation.y;\n result.x = Math.sin(angle);\n result.y = 0.0;\n result.z = Math.cos(angle);\n return result;\n }\n /**\n * tries to interpret the parameter as a Vec\n * @param opts value to be read as a vec\n */\n static get(opts) {\n if (opts === undefined || opts === null)\n return undefined;\n if (opts instanceof Vec)\n return opts;\n if (opts instanceof Array)\n return new Vec(opts[0], opts[1], opts[2]);\n if (opts instanceof Number) {\n // @ts-ignore\n return new Vec(opts, opts, opts);\n }\n return new Vec(opts.x, opts.y, opts.z);\n }\n ;\n /**\n * creates a Vec with the values equal to the linear interpolation of the start and end coordinates based on the progress\n * @param start starting coordinates for the interpolation\n * @param end end coordinates for the interpolation\n * @param progress distance from the starting coordinates of the interpolation\n * @returns new Vec with values equal to start for progress = 0, end for progress = 1 and a linear interpolation between start and end for progress between 0 and 1\n */\n static lerp(start, end, progress) {\n return new Vec(start.x + (end.x - start.x) * progress, start.y + (end.y - start.y) * progress, start.z + (end.z - start.z) * progress);\n }\n ;\n}\n/** displays warnings if set to true */\nVec.verbose = false;\n\n/** @category Miniplay */\nconst VecOne = new Vec(1, 1, 1);\n/** Vec pointing to global up direction @category Miniplay */\nconst VecUp = new Vec(0, 1, 0);\n/** @category Miniplay */\nconst VecZero = new Vec(0, 0, 0);\n/** @category Miniplay */\nconst VecHalf = new Vec(0.5, 0.5, 0.5);\n/** auxiliar Vec used for calculations without instantiating a new Vec @category Miniplay */\nconst VecTemp = new Vec(0, 0, 0);\n/** Vec pointing to global forward direction @category Miniplay */\nconst VecForward = new Vec(0, 0, 1);\nconst XAxis = new Vec(1, 0, 0);\nconst YAxis = new Vec(0, 1, 0);\nconst ZAxis = new Vec(0, 0, 1);\nlet tmpVec = new Vec(0, 0, 0);\nlet epsilon = 0.00001;\nlet angleEpsilon = 0.001;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/dataStructures/vector/Vec.ts?"); /***/ }), /***/ "./framework/base/src/core/dataStructures/vector/VecEdge.ts": /*!******************************************************************!*\ !*** ./framework/base/src/core/dataStructures/vector/VecEdge.ts ***! \******************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ VecEdge)\n/* harmony export */ });\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../../Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _Vec__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\n\n/*\n\nrepresents an edge in 3D space.\n\n*/\nclass VecEdge {\n constructor(v1 = new _Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0), v2 = new _Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0)) {\n /* represent the vertices that form this edge. */\n this.v1 = null;\n this.v2 = null;\n /* `VecEdge` objects can have normal associated with them. */\n this.normal = new _Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 1, 0);\n /* marks if this edge is being used as a wall for collisions. */\n this._barrier = false;\n this._vecPool = _Framework__WEBPACK_IMPORTED_MODULE_0__.GlobalVecPool.getInstance();\n this.v1 = v1;\n this.v2 = v2;\n }\n /* @sealed */\n copyFrom(edge) {\n this.v1.copyFrom(edge.v1);\n this.v2.copyFrom(edge.v2);\n return this;\n }\n /* @sealed */\n isBarrier() {\n return this._barrier;\n }\n /* @sealed */\n block() {\n this._barrier = true;\n }\n /* @sealed */\n unblock() {\n this._barrier = false;\n }\n /*\n projects `position` orthogonally into the support line of this edge.\n \n @param clampToLimits - if set to `true`, returns the closest vertix\n to `position` when the orthogonal projection of `position` is out of\n the edge bounds.\n\n @sealed\n */\n aOrthogonalProjection(result, position, clampToLimits = false) {\n let positionToV1 = this._vecPool.getAvailableObject();\n let v1ToV2 = this._vecPool.getAvailableObject();\n let delta = this._vecPool.getAvailableObject();\n positionToV1.copyFrom(this.v1);\n positionToV1.iSub(position);\n v1ToV2.copyFrom(this.v2);\n v1ToV2.iSub(this.v1);\n positionToV1.iRemoveComponentInAxisDirection(v1ToV2);\n result.copyFrom(positionToV1);\n result.iAdd(position);\n delta.copyFrom(result);\n delta.iSub(this.v1);\n let length = v1ToV2.length;\n v1ToV2.iUnit();\n if (clampToLimits) {\n if (v1ToV2.dot(delta) < 0.0)\n result.copyFrom(this.v1);\n else if (v1ToV2.dot(delta) > length)\n result.copyFrom(this.v2);\n }\n this._vecPool.giveBackObject(positionToV1);\n this._vecPool.giveBackObject(v1ToV2);\n this._vecPool.giveBackObject(delta);\n return result;\n }\n /*\n computes the orthogonal distance to the support line of this edge.\n \n @remarks:\n notice that the distance is orthogonal to the support line, i. e.\n it may be a distance to a point that is out of the boundaries of\n the edge.\n\n @sealed\n */\n orthogonalDistanceFrom(position) {\n let delta = this._vecPool.getAvailableObject();\n let direction = this._vecPool.getAvailableObject();\n delta.copyFrom(this.v1);\n delta.iSub(position);\n direction.copyFrom(this.v1);\n direction.iSub(this.v2);\n delta.iRemoveComponentInAxisDirection(direction);\n let distance = delta.length;\n this._vecPool.giveBackObject(delta);\n this._vecPool.giveBackObject(direction);\n return distance;\n }\n /*\n checks if `p1` and `p2` are in the same side of the planar region\n formed by this edge, `p1` and `p2` and is divided by the support\n line that contains this edge. if this edge, `p1` and `p2` are not\n coplanar, it checks if `p2` is in the same half region of space as\n `p1`, where the space is divided by the plane that is perpendicular\n to the plane formed by `p1` and this edge, and also contains this edge.\n\n @sealed\n */\n checkIfPositionsAreInTheSameHalfPlane(p1, p2) {\n let p1v1 = this._vecPool.getAvailableObject();\n let p1v2 = this._vecPool.getAvailableObject();\n let p2v1 = this._vecPool.getAvailableObject();\n let p2v2 = this._vecPool.getAvailableObject();\n let tmp1 = this._vecPool.getAvailableObject();\n let tmp2 = this._vecPool.getAvailableObject();\n p1v1.copyFrom(this.v1);\n p1v1.iSub(p1);\n p1v2.copyFrom(this.v2);\n p1v2.iSub(p1);\n p2v1.copyFrom(this.v1);\n p2v1.iSub(p2);\n p2v2.copyFrom(this.v2);\n p2v2.iSub(p2);\n tmp1.copyFrom(p1v1);\n tmp1.iCross(p1v2);\n tmp2.copyFrom(p2v1);\n tmp2.iCross(p2v2);\n let areInSameHalfPlane = (tmp1.dot(tmp2) > 0);\n this._vecPool.giveBackObject(p1v1);\n this._vecPool.giveBackObject(p1v2);\n this._vecPool.giveBackObject(p2v1);\n this._vecPool.giveBackObject(p2v2);\n this._vecPool.giveBackObject(tmp1);\n this._vecPool.giveBackObject(tmp2);\n return areInSameHalfPlane;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/dataStructures/vector/VecEdge.ts?"); /***/ }), /***/ "./framework/base/src/core/ext/gl.ts": /*!*******************************************!*\ !*** ./framework/base/src/core/ext/gl.ts ***! \*******************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Canvas: () => (/* binding */ Canvas),\n/* harmony export */ Gl: () => (/* binding */ Gl),\n/* harmony export */ TextCanvas: () => (/* binding */ TextCanvas),\n/* harmony export */ glCreateIndexBuffer: () => (/* binding */ glCreateIndexBuffer),\n/* harmony export */ glCreateVertexBuffer: () => (/* binding */ glCreateVertexBuffer),\n/* harmony export */ glDeleteBuffer: () => (/* binding */ glDeleteBuffer),\n/* harmony export */ glSetVertexAttrib: () => (/* binding */ glSetVertexAttrib),\n/* harmony export */ glUpdateVertexBuffer: () => (/* binding */ glUpdateVertexBuffer)\n/* harmony export */ });\n/**\n * Reference of the Canvas used to draw the WebGL elements\n * @category Miniplay\n */\nconst Canvas = (document.getElementById(\"canvas\"));\n/**\n * WebGL context reference\n * @category Miniplay\n */\nconst Gl = Canvas.getContext(\"webgl\", {\n \"alpha\": false,\n //////////////////////////////////////////////////////////////////////////////////////////\n \"stencil\": true,\n //////////////////\n \"preserveDrawingBuffer\": false,\n \"antialias\": Boolean(Flags.antialiasing)\n});\n/**\n * 2D Canvas used to draw texts\n * @category Miniplay\n */\nconst TextCanvas = document.getElementById(\"textCanvas\").getContext(\"2d\");\n/** @category Miniplay */\nfunction glCreateVertexBuffer(vertices, isDynamic = false) {\n let glBuffer = Gl.createBuffer();\n Gl.bindBuffer(Gl.ARRAY_BUFFER, glBuffer);\n Gl.bufferData(Gl.ARRAY_BUFFER, vertices, isDynamic ? Gl.DYNAMIC_DRAW : Gl.STATIC_DRAW);\n return glBuffer;\n}\n/** @category Miniplay */\nfunction glCreateIndexBuffer(data) {\n let glIndices = Gl.createBuffer();\n Gl.bindBuffer(Gl.ELEMENT_ARRAY_BUFFER, glIndices);\n Gl.bufferData(Gl.ELEMENT_ARRAY_BUFFER, data, Gl.STATIC_DRAW);\n return glIndices;\n}\n/** @category Miniplay */\nfunction glUpdateVertexBuffer(glVertices, vertices, index) {\n Gl.bindBuffer(Gl.ARRAY_BUFFER, glVertices);\n Gl.bufferSubData(Gl.ARRAY_BUFFER, index * 4, new Float32Array(vertices));\n}\n/** @category Miniplay */\nfunction glSetVertexAttrib(location, size, offset, total) {\n glSetVertexAttrib.enabled.add(location);\n Gl.enableVertexAttribArray(location);\n Gl.vertexAttribPointer(location, size, Gl.FLOAT, false, total * 4, offset * 4);\n}\nglSetVertexAttrib.enabled = new Set();\n/** @category Miniplay */\nfunction glDeleteBuffer(buffer) {\n for (let e of glSetVertexAttrib.enabled) {\n Gl.disableVertexAttribArray(e);\n }\n glSetVertexAttrib.enabled.clear();\n Gl.deleteBuffer(buffer);\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/base/src/core/ext/gl.ts?"); /***/ }), /***/ "./framework/modules/Behaviours/ListenToResize/src/ListenToResize.ts": /*!***************************************************************************!*\ !*** ./framework/modules/Behaviours/ListenToResize/src/ListenToResize.ts ***! \***************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ ListenToResize: () => (/* binding */ ListenToResize)\n/* harmony export */ });\n/* harmony import */ var _base_src_builtins_adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../base/src/builtins/adnetwork/Adnetwork */ \"./framework/base/src/builtins/adnetwork/Adnetwork.ts\");\n/* harmony import */ var _base_src_core_common_Behaviour__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../base/src/core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _base_src_core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../base/src/core/common/UpdateOrder */ \"./framework/base/src/core/common/UpdateOrder.ts\");\n\n\n\n\n/**\n * Receives different values for position, rotation, anchor and scale\n * for portrait and landscape and updates those values according\n * to viewport (e.g. when device orientation changes)\n *\n * How to use it:\n * Add the ListenToResize behaviour to an entity and provide\n * values for portrait and landscape properties\n *\n * Properties (passed through entity):\n * entity.portraitPosition: Vec -> optional\n * entity.portraitRotation: Vec -> optional\n * entity.portraitAnchor: Vec -> optional\n * entity.portraitScale: Vec -> optional\n * entity.portraitAspectFit: number -> optional\n * entity.landscapePosition: Vec -> optional\n * entity.landscapeRotation: Vec -> optional\n * entity.landscapeAnchor: Vec -> optional\n * entity.landscapeScale: Vec -> optional\n * entity.landscapeAspectFit: number -> optional\n */\nconst ListenToResize = new _base_src_core_common_Behaviour__WEBPACK_IMPORTED_MODULE_1__.Behaviour({\n order: _base_src_core_common_UpdateOrder__WEBPACK_IMPORTED_MODULE_3__.UpdateOrder.RenderUi - 2,\n updateEntityProperties: function (entity) {\n let isPortraitOrientation = _base_src_builtins_adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_0__[\"default\"].isPortraitOrientation();\n if (isPortraitOrientation) {\n if (entity.landscapePosition !== undefined && entity.portraitPosition !== undefined)\n entity.position = entity.portraitPosition;\n if (entity.landscapeRotation !== undefined && entity.portraitRotation !== undefined)\n entity.rotation = entity.portraitRotation;\n if (entity.landscapeAnchor !== undefined && entity.portraitAnchor !== undefined)\n entity.anchor = entity.portraitAnchor;\n if (entity.landscapeScale !== undefined && entity.portraitScale !== undefined)\n entity.scale = entity.portraitScale;\n if (entity.landscapeAspectFit !== undefined && entity.portraitAspectFit !== undefined)\n entity.aspectFit = entity.portraitAspectFit;\n }\n else {\n if (entity.landscapePosition !== undefined && entity.portraitPosition !== undefined)\n entity.position = entity.landscapePosition;\n if (entity.landscapeRotation !== undefined && entity.portraitRotation !== undefined)\n entity.rotation = entity.landscapeRotation;\n if (entity.landscapeAnchor !== undefined && entity.portraitAnchor !== undefined)\n entity.anchor = entity.landscapeAnchor;\n if (entity.landscapeScale !== undefined && entity.portraitScale !== undefined)\n entity.scale = entity.landscapeScale;\n if (entity.landscapeAspectFit !== undefined && entity.portraitAspectFit !== undefined)\n entity.aspectFit = entity.landscapeAspectFit;\n }\n if (entity.isPortraitOrientation != isPortraitOrientation) {\n entity.isPortraitOrientation = isPortraitOrientation;\n entity.onOrientationChange(entity, isPortraitOrientation);\n }\n },\n onAttach: (entity) => {\n if (entity.portraitPosition !== undefined)\n entity.portraitPosition = _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.portraitPosition);\n if (entity.portraitRotation !== undefined)\n entity.portraitRotation = _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.portraitRotation);\n if (entity.portraitAnchor !== undefined)\n entity.portraitAnchor = _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.portraitAnchor);\n if (entity.portraitScale !== undefined)\n entity.portraitScale = _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.portraitScale);\n if (entity.portraitAspectFit !== undefined)\n entity.portraitAspectFit = entity.portraitAspectFit;\n if (entity.landscapePosition !== undefined)\n entity.landscapePosition = _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.landscapePosition);\n if (entity.landscapeRotation !== undefined)\n entity.landscapeRotation = _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.landscapeRotation);\n if (entity.landscapeAnchor !== undefined)\n entity.landscapeAnchor = _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.landscapeAnchor);\n if (entity.landscapeScale !== undefined)\n entity.landscapeScale = _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec.get(entity.landscapeScale);\n if (entity.landscapeAspectFit !== undefined)\n entity.landscapeAspectFit = entity.landscapeAspectFit;\n if (entity.onOrientationChange === undefined)\n entity.onOrientationChange = (self, toPortrait) => { };\n entity.isPortraitOrientation = _base_src_builtins_adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_0__[\"default\"].isPortraitOrientation();\n ListenToResize.updateEntityProperties(entity);\n _base_src_builtins_adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_0__[\"default\"].listenToResize(() => ListenToResize.updateEntityProperties(entity));\n },\n});\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/Behaviours/ListenToResize/src/ListenToResize.ts?"); /***/ }), /***/ "./framework/modules/Cheats/keyBinder/KeyBinder.ts": /*!*********************************************************!*\ !*** ./framework/modules/Cheats/keyBinder/KeyBinder.ts ***! \*********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\nclass KeyBinder {\n static onKeyPress(event) {\n if (KeyBinder._keyPressCallbackMap.has(event.key)) {\n for (let callback of KeyBinder._keyPressCallbackMap.get(event.key))\n callback({\n shiftPressed: event.shiftKey\n });\n }\n else if (KeyBinder.verbose)\n console.log('KeyBinder: key <' + event.key + '> not binded');\n }\n static onKeyRelease(event) {\n if (KeyBinder._keyReleaseCallbackMap.has(event.key)) {\n for (let callback of KeyBinder._keyReleaseCallbackMap.get(event.key))\n callback({\n shiftPressed: event.shiftKey\n });\n }\n else if (KeyBinder.verbose)\n console.log('KeyBinder: key <' + event.key + '> not binded');\n }\n}\nKeyBinder.verbose = false;\nKeyBinder._keyPressCallbackMap = new Map();\nKeyBinder._keyReleaseCallbackMap = new Map();\nKeyBinder.enable = () => {\n document.addEventListener('keydown', KeyBinder.onKeyPress);\n document.addEventListener('keyup', KeyBinder.onKeyRelease);\n};\nKeyBinder.disable = () => {\n document.removeEventListener('keydown', KeyBinder.onKeyPress);\n document.removeEventListener('keyup', KeyBinder.onKeyRelease);\n};\nKeyBinder.bindOnKeyPress = (key, callback) => {\n if (!KeyBinder._keyPressCallbackMap.has(key))\n KeyBinder._keyPressCallbackMap.set(key, new Set());\n KeyBinder._keyPressCallbackMap.get(key).add(callback);\n};\nKeyBinder.bindOnKeyRelease = (key, callback) => {\n if (!KeyBinder._keyReleaseCallbackMap.has(key))\n KeyBinder._keyReleaseCallbackMap.set(key, new Set());\n KeyBinder._keyReleaseCallbackMap.get(key).add(callback);\n};\nKeyBinder.unbindOnKeyPress = (key, callback) => {\n if (KeyBinder._keyPressCallbackMap.has(key)) {\n if (KeyBinder._keyPressCallbackMap.get(key).has(callback))\n KeyBinder._keyPressCallbackMap.get(key).delete(callback);\n else if (KeyBinder.verbose)\n console.log('KeyBinder: couldnt unbind key <' + key + '>');\n }\n};\nKeyBinder.unbindOnKeyRelease = (key, callback) => {\n if (KeyBinder._keyReleaseCallbackMap.has(key)) {\n if (KeyBinder._keyReleaseCallbackMap.get(key).has(callback))\n KeyBinder._keyReleaseCallbackMap.get(key).delete(callback);\n else if (KeyBinder.verbose)\n console.log('KeyBinder: couldnt unbind key <' + key + '>');\n }\n};\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (KeyBinder);\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/Cheats/keyBinder/KeyBinder.ts?"); /***/ }), /***/ "./framework/modules/abstractStateMachine/AbstractState.ts": /*!*****************************************************************!*\ !*** ./framework/modules/abstractStateMachine/AbstractState.ts ***! \*****************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n\nclass AbstractState {\n constructor(identifier, dataCollection = {}) {\n this.identifier = identifier;\n this._setupParameters(dataCollection);\n this._data = dataCollection;\n }\n onLoad() { }\n onFinish() { }\n update(dt = _base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_0__.Engine.dt) { }\n nextState() {\n return this.identifier;\n }\n _setupParameters(dataCollection) { }\n}\nAbstractState.verbose = false;\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (AbstractState);\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/abstractStateMachine/AbstractState.ts?"); /***/ }), /***/ "./framework/modules/abstractStateMachine/AbstractStateMachine.ts": /*!************************************************************************!*\ !*** ./framework/modules/abstractStateMachine/AbstractStateMachine.ts ***! \************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../Framework */ \"./framework/Framework.ts\");\n\nclass AbstractStateMachine {\n constructor(dataCollection = {}) {\n this._stateBuffer = {};\n this._currentState = null;\n this._data = {};\n this._data = dataCollection;\n }\n currentState() {\n if (this._currentState !== null)\n return this._currentState.identifier;\n return null;\n }\n update(dt = _Framework__WEBPACK_IMPORTED_MODULE_0__.Engine.dt) {\n if (this._currentState === null) {\n if (AbstractStateMachine.verbose)\n console.log('warning: AbstractStateMachine has no state to run');\n return;\n }\n if (!this._currentStateIsLoaded) {\n this._currentState.onLoad();\n this._currentStateIsLoaded = true;\n }\n this._currentState.update(dt);\n let nextStateIdentifier = this._currentState.nextState();\n if (nextStateIdentifier !== this._currentState.identifier)\n this.setState(nextStateIdentifier);\n }\n setState(identifier) {\n if (this._currentState !== null)\n this._currentState.onFinish();\n this._currentState = this._getState(identifier);\n this._currentStateIsLoaded = false;\n }\n _getState(identifier) {\n if (this._stateBuffer[identifier] === undefined)\n this._stateBuffer[identifier] = this._createState(identifier);\n return this._stateBuffer[identifier];\n }\n}\nAbstractStateMachine.verbose = false;\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (AbstractStateMachine);\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/abstractStateMachine/AbstractStateMachine.ts?"); /***/ }), /***/ "./framework/modules/camera/controller/OrbitController.ts": /*!****************************************************************!*\ !*** ./framework/modules/camera/controller/OrbitController.ts ***! \****************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ OrbitController)\n/* harmony export */ });\n/* harmony import */ var _base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _math_geometry_element_Spheric2D__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../math/geometry/element/Spheric2D */ \"./framework/modules/math/geometry/element/Spheric2D.ts\");\n\n\n\nclass OrbitController {\n get phi() {\n return this._spheric2D.phi;\n }\n get theta() {\n return this._spheric2D.theta;\n }\n get radius() {\n return this._radius;\n }\n get focus() {\n return this._center;\n } // updates to center will not cause the reference\n // position to be updated in this case. `update`\n // has to be called manually\n set phi(value) {\n this._spheric2D.phi = value;\n this.update();\n }\n set theta(value) {\n this._spheric2D.theta = value;\n this.update();\n }\n set radius(value) {\n this._radius = value;\n this.update();\n }\n set focus(value) {\n this._center.copyFrom(value);\n this.update();\n }\n constructor(parameters = {}) {\n this._spheric2D = null;\n this._center = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0);\n this._setupParameters(parameters);\n this._reference = parameters.reference;\n this._center = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0, 0);\n this._radius = 0.0;\n this._spheric2D = new _math_geometry_element_Spheric2D__WEBPACK_IMPORTED_MODULE_2__[\"default\"]();\n this._enabled = true;\n }\n _setupParameters(parameters) {\n if (parameters.reference === undefined)\n parameters.reference = null;\n }\n updateTargetCenter(target, speed = 1) {\n this._center.x += (target.x - this._center.x) * _base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_0__.Engine.smoothDt * speed;\n this._center.z += (target.z - this._center.z) * _base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_0__.Engine.smoothDt * speed;\n this.update();\n }\n update() {\n if (!this.hasReference() || !this._enabled)\n return;\n this._spheric2D.copyTo(this._reference.position);\n this._reference.position.iMul(this._radius).iAdd(this._center);\n this._reference.lookAt(this._center);\n }\n attachReference(reference) {\n this._reference = reference;\n }\n detachReference() {\n this._reference = null;\n }\n hasReference() {\n return this._reference !== null;\n }\n enable() {\n this._enabled = true;\n }\n disable() {\n this._enabled = false;\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/camera/controller/OrbitController.ts?"); /***/ }), /***/ "./framework/modules/camera/wrapper/CameraWrapper.ts": /*!***********************************************************!*\ !*** ./framework/modules/camera/wrapper/CameraWrapper.ts ***! \***********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ CameraWrapper)\n/* harmony export */ });\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../Framework */ \"./framework/Framework.ts\");\n\nclass CameraWrapper {\n set fov(value) { this._camera.fov = value; }\n set near(value) { this._camera.near = value; }\n set far(value) { this._camera.far = value; }\n get position() { return this._camera.position; }\n get rotation() { return this._camera.rotation; }\n get fov() { return this._camera.fov; }\n get near() { return this._camera.near; }\n get far() { return this._camera.far; }\n get globalPosition() { return this._camera.transform.getTranslation(); }\n get globalRotation() { return this._camera.transform.getRotation(); }\n get aspect() { return this._camera.aspect; }\n get entity() { return this._camera; }\n constructor(parameters = {}) {\n this._camera = null;\n this._vecPool = _Framework__WEBPACK_IMPORTED_MODULE_0__.GlobalVecPool.getInstance();\n this._setupParameters(parameters);\n this._camera = parameters.camera;\n }\n lookAt(position) {\n let delta = this._vecPool.getAvailableObject();\n delta.copyFrom(position);\n delta.iSub(this.position);\n this.rotation.x = Math.atan2((-1) * delta.y, delta.xZLength());\n this.rotation.y = Math.atan2(delta.x, delta.z);\n this.rotation.z = 0.0;\n this._vecPool.giveBackObject(delta);\n }\n attachParent(parent) {\n this._camera.parent = parent;\n }\n detachParent(keepTransform = true) {\n let cameraInfo;\n if (keepTransform) {\n this._camera.update();\n cameraInfo = {};\n cameraInfo.position = this.globalPosition;\n cameraInfo.rotation = this.globalRotation;\n }\n this._camera.parent = undefined;\n if (keepTransform) {\n this._camera.position = cameraInfo.position;\n this._camera.rotation = cameraInfo.rotation;\n }\n }\n _setupParameters(parameters) {\n if (parameters.camera === undefined)\n parameters.camera = null;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/camera/wrapper/CameraWrapper.ts?"); /***/ }), /***/ "./framework/modules/colors/wrappers/RGBAColorWrapper.ts": /*!***************************************************************!*\ !*** ./framework/modules/colors/wrappers/RGBAColorWrapper.ts ***! \***************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ RGBAColorWrapper)\n/* harmony export */ });\n/* harmony import */ var _math_utils_math__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _RGBColorWrapper__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./RGBColorWrapper */ \"./framework/modules/colors/wrappers/RGBColorWrapper.ts\");\n\n\nclass RGBAColorWrapper extends _RGBColorWrapper__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n get a() { return this._array[3]; }\n get array() { return this._array; }\n set a(value) { this._array[3] = value; }\n set array(value) {\n this.r = value[0];\n this.g = value[1];\n this.b = value[2];\n this.a = value[3];\n }\n constructor(rgbaArray = [0, 0, 0, 0]) {\n super(rgbaArray);\n }\n copyFrom(wrapper) {\n this.setValues(wrapper.r, wrapper.g, wrapper.b);\n this.a = wrapper.a;\n return this;\n }\n copyFromArray(array) {\n this.setValues(array[0], array[1], array[2]);\n this.a = array[3];\n return this;\n }\n copy() {\n return new RGBAColorWrapper([...this._array]);\n }\n iLerp(array1, array2, progress) {\n this.r = (0,_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.lerp)(array1[0], array2[0], progress);\n this.g = (0,_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.lerp)(array1[1], array2[1], progress);\n this.b = (0,_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.lerp)(array1[2], array2[2], progress);\n this.a = (0,_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.lerp)(array1[3], array2[3], progress);\n return this;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/colors/wrappers/RGBAColorWrapper.ts?"); /***/ }), /***/ "./framework/modules/colors/wrappers/RGBColorWrapper.ts": /*!**************************************************************!*\ !*** ./framework/modules/colors/wrappers/RGBColorWrapper.ts ***! \**************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ RGBColorWrapper)\n/* harmony export */ });\n/* harmony import */ var _math_utils_math__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n\nlet epsilon = 0.01;\nclass RGBColorWrapper {\n get r() { return this._array[0]; }\n get g() { return this._array[1]; }\n get b() { return this._array[2]; }\n get array() { return this._array; }\n set r(value) { this._array[0] = value; }\n set g(value) { this._array[1] = value; }\n set b(value) { this._array[2] = value; }\n set array(value) {\n this.r = value[0];\n this.g = value[1];\n this.b = value[2];\n }\n constructor(rgbArray = [0, 0, 0]) {\n this._array = null;\n this._array = rgbArray;\n }\n setValues(r, g, b) {\n this.r = r;\n this.g = g;\n this.b = b;\n return this;\n }\n iMul(value) {\n this._setToEpsilonIfZero();\n this.r *= value;\n this.g *= value;\n this.b *= value;\n return this;\n }\n iLerp(array1, array2, progress) {\n this.r = (0,_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.lerp)(array1[0], array2[0], progress);\n this.g = (0,_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.lerp)(array1[1], array2[1], progress);\n this.b = (0,_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.lerp)(array1[2], array2[2], progress);\n return this;\n }\n copyFrom(wrapper) {\n return this.setValues(wrapper.r, wrapper.g, wrapper.b);\n }\n copyFromArray(array) {\n return this.setValues(array[0], array[1], array[2]);\n }\n copy() {\n return new RGBColorWrapper([...this._array]);\n }\n _setToEpsilonIfZero() {\n if (this.r !== 0.0 || this.g !== 0.0 || this.b !== 0.0)\n return;\n this.r = epsilon;\n this.g = epsilon;\n this.b = epsilon;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/colors/wrappers/RGBColorWrapper.ts?"); /***/ }), /***/ "./framework/modules/input/button/AbstractButton.ts": /*!**********************************************************!*\ !*** ./framework/modules/input/button/AbstractButton.ts ***! \**********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ AbstractButton)\n/* harmony export */ });\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _utils_Toolbox__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../utils/Toolbox */ \"./framework/modules/utils/Toolbox.ts\");\n/* harmony import */ var _BaseCircleGenerator__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./BaseCircleGenerator */ \"./framework/modules/input/button/BaseCircleGenerator.ts\");\n\n\n\nclass AbstractButton {\n get entity() { return this._entity; }\n get enabled() { return this._enabled; }\n constructor(parameters) {\n this._assetLoader = _Framework__WEBPACK_IMPORTED_MODULE_0__.AssetsLoader.getInstance();\n this._setupParameters(parameters);\n this._assignValues(parameters);\n this._entity = this._createEntity(parameters);\n if (parameters.selfUpdate) {\n this._addSelfUpdate();\n }\n }\n update() {\n this._updateTint();\n }\n enable() {\n this._enabled = true;\n }\n disable() {\n this._enabled = false;\n }\n show() {\n this._targetAlpha = this._baseAlpha;\n }\n hide() {\n this._targetAlpha = 0;\n }\n _assignValues(parameters) {\n this._enabled = parameters.enabled;\n this._tintSpeed = parameters.tintSpeed;\n this._baseAlpha = parameters.baseAlpha;\n this._targetAlpha = parameters.showOnCreate ? parameters.baseAlpha : 0;\n this._baseColor = parameters.baseColor;\n this._targetColor = parameters.baseColor.copy();\n }\n _createEntity(parameters) {\n const entity = _utils_Toolbox__WEBPACK_IMPORTED_MODULE_1__[\"default\"].createUIEntity(parameters);\n entity.onTouchStart = (self, touch) => {\n if (this._enabled)\n this._onTouch(self, touch);\n };\n entity.onTouchEnd = (self, touch) => {\n if (this._enabled)\n this._onRelease(self, touch);\n };\n return entity;\n }\n _onTouch(self, touch) { }\n _onRelease(self, touch) { }\n _addSelfUpdate() {\n _utils_Toolbox__WEBPACK_IMPORTED_MODULE_1__[\"default\"].addLoop(this._entity, {\n onUpdate: () => {\n this.update();\n }\n });\n }\n _updateTint() {\n if (this._tintWrapper === undefined) {\n this._tintWrapper = new _Framework__WEBPACK_IMPORTED_MODULE_0__.RGBAColorWrapper(this._entity.tint);\n }\n this._tintWrapper.iLerp(this._tintWrapper.array, [...this._targetColor.array, this._targetAlpha], this._tintSpeed);\n this._entity.tint = this._tintWrapper.array;\n }\n _setupParameters(parameters) {\n if (parameters.texture === undefined)\n parameters.texture = this._assetLoader.loadGeneratedTexture({\n template: _BaseCircleGenerator__WEBPACK_IMPORTED_MODULE_2__[\"default\"],\n resolution: 128\n });\n if (parameters.selfUpdate === undefined)\n parameters.selfUpdate = true;\n if (parameters.showOnCreate === undefined)\n parameters.showOnCreate = true;\n if (parameters.baseAlpha === undefined)\n parameters.baseAlpha = 1;\n if (parameters.alphaSpeed === undefined)\n parameters.alphaSpeed = 0.1;\n if (parameters.baseColor === undefined)\n parameters.baseColor = new _Framework__WEBPACK_IMPORTED_MODULE_0__.RGBColorWrapper([1, 1, 1]);\n if (parameters.tintSpeed === undefined)\n parameters.tintSpeed = 0.1;\n if (parameters.enabled === undefined)\n parameters.enabled = true;\n parameters.tint = [...parameters.baseColor.array, parameters.baseAlpha];\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/input/button/AbstractButton.ts?"); /***/ }), /***/ "./framework/modules/input/button/BaseCircleGenerator.ts": /*!***************************************************************!*\ !*** ./framework/modules/input/button/BaseCircleGenerator.ts ***! \***************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ BaseCircleTexture)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_default_resources_tintMapperTemplate_AbstractTintMapperTemplate__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/default/resources/tintMapperTemplate/AbstractTintMapperTemplate */ \"./framework/base/src/builtins/default/resources/tintMapperTemplate/AbstractTintMapperTemplate.ts\");\n\nclass BaseCircleTexture extends _framework_base_src_builtins_default_resources_tintMapperTemplate_AbstractTintMapperTemplate__WEBPACK_IMPORTED_MODULE_0__[\"default\"] {\n _mapTint(x, y) {\n x = (x - 0.5) / 0.5;\n y = (y - 0.5) / 0.5;\n let r = x * x + y * y;\n if (r <= 1 * 1)\n return [1, 1, 1, 1];\n return [1, 1, 1, 0];\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/input/button/BaseCircleGenerator.ts?"); /***/ }), /***/ "./framework/modules/input/button/CooldownButton.ts": /*!**********************************************************!*\ !*** ./framework/modules/input/button/CooldownButton.ts ***! \**********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ CooldownButton)\n/* harmony export */ });\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _AbstractButton__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./AbstractButton */ \"./framework/modules/input/button/AbstractButton.ts\");\n\n\nclass CooldownButton extends _AbstractButton__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n constructor(parameters) {\n super(parameters);\n }\n _assignValues(parameters) {\n super._assignValues(parameters);\n this._delaySeconds = parameters.delaySeconds;\n this._time = 0;\n this._isInCooldown = false;\n }\n _onTouch(self, touch) {\n this._startCooldown();\n }\n _startCooldown() {\n this.disable();\n this._time = 0;\n this._isInCooldown = true;\n }\n _finishCooldown() {\n this.enable();\n this._isInCooldown = false;\n }\n update() {\n super.update();\n if (this._isInCooldown && this._time >= this._delaySeconds) {\n this._finishCooldown();\n }\n this._time += _Framework__WEBPACK_IMPORTED_MODULE_0__.Engine.dt;\n }\n _setupParameters(parameters) {\n super._setupParameters(parameters);\n if (parameters.delaySeconds === undefined) {\n parameters.delaySeconds = 1;\n }\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/input/button/CooldownButton.ts?"); /***/ }), /***/ "./framework/modules/light/wrapper/AmbientLight.ts": /*!*********************************************************!*\ !*** ./framework/modules/light/wrapper/AmbientLight.ts ***! \*********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ AmbientLight)\n/* harmony export */ });\n/* harmony import */ var _colors_wrappers_RGBColorWrapper__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../colors/wrappers/RGBColorWrapper */ \"./framework/modules/colors/wrappers/RGBColorWrapper.ts\");\n\nclass AmbientLight {\n constructor(color) {\n this.color = null;\n this.color = new _colors_wrappers_RGBColorWrapper__WEBPACK_IMPORTED_MODULE_0__[\"default\"](color);\n }\n}\n;\n// TODO: add backgroundColor\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/light/wrapper/AmbientLight.ts?"); /***/ }), /***/ "./framework/modules/light/wrapper/DirectionalLight.ts": /*!*************************************************************!*\ !*** ./framework/modules/light/wrapper/DirectionalLight.ts ***! \*************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ DirectionalLight)\n/* harmony export */ });\n/* harmony import */ var _math_utils_math__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _colors_wrappers_RGBColorWrapper__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../colors/wrappers/RGBColorWrapper */ \"./framework/modules/colors/wrappers/RGBColorWrapper.ts\");\n/* harmony import */ var _math_algebra_ArrayWrapper__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../math/algebra/ArrayWrapper */ \"./framework/modules/math/algebra/ArrayWrapper.ts\");\n/* harmony import */ var _math_geometry_element_Spheric2D__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../math/geometry/element/Spheric2D */ \"./framework/modules/math/geometry/element/Spheric2D.ts\");\n\n\n\n\nclass DirectionalLight {\n set intensity(value) {\n value = (0,_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(value, 0, Infinity);\n this._vector.array = ((this.spheric2D.unitVector).iMul(value)).toArray();\n this._intensity = value;\n }\n set phi(value) {\n this.spheric2D.phi = value;\n this._updateVectorRotation();\n }\n set theta(value) {\n value = (0,_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(value, (-1) * Math.PI / 2, Math.PI / 2);\n this.spheric2D.theta = value;\n this._updateVectorRotation();\n }\n get intensity() { return this._intensity; }\n get phi() { return this.spheric2D.phi; }\n get theta() { return this.spheric2D.theta; }\n get x() { return this._vector.x; }\n get y() { return this._vector.y; }\n get z() { return this._vector.z; }\n constructor(array, color) {\n this.spheric2D = null;\n this.color = null;\n this._vector = null;\n this._intensity = 0.0;\n this._vector = new _math_algebra_ArrayWrapper__WEBPACK_IMPORTED_MODULE_2__[\"default\"](array);\n this._intensity = this._vector.abs();\n this.color = new _colors_wrappers_RGBColorWrapper__WEBPACK_IMPORTED_MODULE_1__[\"default\"](color);\n this.spheric2D = _math_geometry_element_Spheric2D__WEBPACK_IMPORTED_MODULE_3__[\"default\"].toSpheric2D(this._vector);\n }\n _updateVectorRotation() {\n this._vector.x = this.spheric2D.x;\n this._vector.y = this.spheric2D.y;\n this._vector.z = this.spheric2D.z;\n this._vector.setMagnitude(this._intensity);\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/light/wrapper/DirectionalLight.ts?"); /***/ }), /***/ "./framework/modules/light/wrapper/PointLight.ts": /*!*******************************************************!*\ !*** ./framework/modules/light/wrapper/PointLight.ts ***! \*******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ PointLight)\n/* harmony export */ });\n/* harmony import */ var _colors_wrappers_RGBColorWrapper__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../colors/wrappers/RGBColorWrapper */ \"./framework/modules/colors/wrappers/RGBColorWrapper.ts\");\n/* harmony import */ var _math_algebra_ArrayWrapper__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../math/algebra/ArrayWrapper */ \"./framework/modules/math/algebra/ArrayWrapper.ts\");\n\n\nclass PointLight {\n constructor(position, color) {\n this.position = null;\n this.color = null;\n this.color = new _colors_wrappers_RGBColorWrapper__WEBPACK_IMPORTED_MODULE_0__[\"default\"](color);\n this.position = new _math_algebra_ArrayWrapper__WEBPACK_IMPORTED_MODULE_1__[\"default\"](position);\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/light/wrapper/PointLight.ts?"); /***/ }), /***/ "./framework/modules/light/wrapper/PointLight0.ts": /*!********************************************************!*\ !*** ./framework/modules/light/wrapper/PointLight0.ts ***! \********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ PointLight0)\n/* harmony export */ });\n/* harmony import */ var _base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../base/src/builtins/default/src/Global */ \"./framework/base/src/builtins/default/src/Global.ts\");\n/* harmony import */ var _PointLight__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./PointLight */ \"./framework/modules/light/wrapper/PointLight.ts\");\n\n\nclass PointLight0 extends _PointLight__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n get falloff() {\n return _base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_0__[\"default\"].PointLightFalloff0;\n }\n set falloff(value) {\n _base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_0__[\"default\"].setPointLightFalloff0(value);\n }\n constructor() {\n super(_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_0__[\"default\"].PointLightPosition0, _base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_0__[\"default\"].PointLightColor0);\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/light/wrapper/PointLight0.ts?"); /***/ }), /***/ "./framework/modules/light/wrapper/PointLight1.ts": /*!********************************************************!*\ !*** ./framework/modules/light/wrapper/PointLight1.ts ***! \********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ PointLight1)\n/* harmony export */ });\n/* harmony import */ var _base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../base/src/builtins/default/src/Global */ \"./framework/base/src/builtins/default/src/Global.ts\");\n/* harmony import */ var _PointLight__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./PointLight */ \"./framework/modules/light/wrapper/PointLight.ts\");\n\n\nclass PointLight1 extends _PointLight__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n get falloff() {\n return _base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_0__[\"default\"].PointLightFalloff1;\n }\n set falloff(value) {\n _base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_0__[\"default\"].setPointLightFalloff1(value);\n }\n constructor() {\n super(_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_0__[\"default\"].PointLightPosition1, _base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_0__[\"default\"].PointLightColor1);\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/light/wrapper/PointLight1.ts?"); /***/ }), /***/ "./framework/modules/math/algebra/ArrayWrapper.ts": /*!********************************************************!*\ !*** ./framework/modules/math/algebra/ArrayWrapper.ts ***! \********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ ArrayWrapper)\n/* harmony export */ });\n/* harmony import */ var _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\nclass ArrayWrapper extends _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec {\n get x() { return this._x; }\n get y() { return this._y; }\n get z() { return this._z; }\n set x(x) {\n this._x = x;\n if (this._array !== undefined)\n this._array[0] = x;\n }\n set y(y) {\n this._y = y;\n if (this._array !== undefined)\n this._array[1] = y;\n }\n set z(z) {\n this._z = z;\n if (this._array !== undefined)\n this._array[2] = z;\n }\n set array(value) {\n this._array[0] = value[0];\n this._array[1] = value[1];\n this._array[2] = value[2];\n }\n constructor(array = [0, 0, 0]) {\n super(array[0], array[1], array[2]);\n this._array = [0, 0, 0];\n this._array = array;\n }\n setMagnitude(value) {\n this.iUnit();\n this.x = this.x * value;\n this.y = this.y * value;\n this.z = this.z * value;\n }\n getUnit() {\n return this.copy.iUnit();\n }\n getXZProjection() {\n let copy = this.copy;\n copy.y = 0.0;\n return copy;\n }\n abs() {\n return Math.sqrt(this.x * this.x + this.y * this.y + this.z * this.z);\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/math/algebra/ArrayWrapper.ts?"); /***/ }), /***/ "./framework/modules/math/algebra/SquareMatrix3D.ts": /*!**********************************************************!*\ !*** ./framework/modules/math/algebra/SquareMatrix3D.ts ***! \**********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ SquareMatrix3D)\n/* harmony export */ });\nclass SquareMatrix3D {\n constructor(values = null) {\n this.values = [0, 0, 0, 0, 0, 0, 0, 0, 0];\n if (values !== null)\n this.copyFrom(values);\n }\n copyFrom(values) {\n for (let k = 0; k < 9; k++)\n this.values[k] = values[k];\n return this;\n }\n determinant() {\n return this.values[0] * (this.values[4] * this.values[8] - this.values[5] * this.values[7])\n + this.values[1] * (this.values[5] * this.values[6] - this.values[3] * this.values[8])\n + this.values[2] * (this.values[3] * this.values[7] - this.values[4] * this.values[6]);\n }\n transpose() {\n [this.values[1], this.values[3]] = [this.values[3], this.values[1]];\n [this.values[2], this.values[6]] = [this.values[6], this.values[2]];\n [this.values[7], this.values[5]] = [this.values[5], this.values[7]];\n return this;\n }\n invert() {\n let determinant = this.determinant();\n if (determinant !== 0.0) {\n let cf00 = this.values[4] * this.values[8] - this.values[5] * this.values[7];\n let cf01 = this.values[7] * this.values[2] - this.values[1] * this.values[8];\n let cf02 = this.values[1] * this.values[5] - this.values[4] * this.values[2];\n let cf10 = this.values[5] * this.values[6] - this.values[3] * this.values[8];\n let cf11 = this.values[8] * this.values[0] - this.values[6] * this.values[2];\n let cf12 = this.values[2] * this.values[3] - this.values[0] * this.values[5];\n let cf20 = this.values[3] * this.values[7] - this.values[6] * this.values[4];\n let cf21 = this.values[6] * this.values[1] - this.values[0] * this.values[7];\n let cf22 = this.values[0] * this.values[4] - this.values[3] * this.values[1];\n this.values[0] = cf00 / determinant;\n this.values[1] = cf01 / determinant;\n this.values[2] = cf02 / determinant;\n this.values[3] = cf10 / determinant;\n this.values[4] = cf11 / determinant;\n this.values[5] = cf12 / determinant;\n this.values[6] = cf20 / determinant;\n this.values[7] = cf21 / determinant;\n this.values[8] = cf22 / determinant;\n }\n else\n console.log('warning: SquareMatrix3D couldnt invert matrix, determinant is zero');\n return this;\n }\n /*\n multiplies the 3x3 matrix by the given array, resulting in an array of length 3.\n the result is stored into the original array.\n */\n iMultiplyArray(array) {\n let a0 = array[0];\n let a1 = array[1];\n let a2 = array[2];\n array[0] = this.values[0] * a0 + this.values[1] * a1 + this.values[2] * a2;\n array[1] = this.values[3] * a0 + this.values[4] * a1 + this.values[5] * a2;\n array[2] = this.values[6] * a0 + this.values[7] * a1 + this.values[8] * a2;\n return array;\n }\n /*\n multiplies the 3x3 matrix by the given array, resulting in an array of length 3.\n the result is stored into a new array.\n */\n multiplyArray(array) {\n return this.iMultiplyArray([...array]);\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/math/algebra/SquareMatrix3D.ts?"); /***/ }), /***/ "./framework/modules/math/geometry/element/Ellipsoid.ts": /*!**************************************************************!*\ !*** ./framework/modules/math/geometry/element/Ellipsoid.ts ***! \**************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Ellipsoid)\n/* harmony export */ });\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../Framework */ \"./framework/Framework.ts\");\n\nclass Ellipsoid {\n constructor(parameters = {}) {\n this.radius = null;\n this.center = null;\n this._setupParameters(parameters);\n this.radius = parameters.radius;\n this.center = parameters.center;\n }\n _setupParameters(parameters) {\n if (parameters.radius === undefined)\n parameters.radius = new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(1, 1, 1);\n if (parameters.center === undefined)\n parameters.center = new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0, 0);\n }\n aGetInnerPointFromSphericCoordinates(result, rho, theta, phi) {\n result.setValues(Math.cos(theta) * Math.sin(phi), Math.sin(theta), Math.cos(theta) * Math.cos(phi));\n result.iMul(rho).iScale(this.radius).iAdd(this.center);\n return result;\n }\n getInnerPointFromSphericCoordinates(rho, theta, phi) {\n return this.aGetInnerPointFromSphericCoordinates(new _Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0, 0), rho, theta, phi);\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/math/geometry/element/Ellipsoid.ts?"); /***/ }), /***/ "./framework/modules/math/geometry/element/Plane.ts": /*!**********************************************************!*\ !*** ./framework/modules/math/geometry/element/Plane.ts ***! \**********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\nclass Plane {\n constructor(reference, normal) {\n this.reference = null;\n this.normal = null;\n this.reference = reference;\n this.normal = normal.unit;\n }\n contains(point) {\n return (point.sub(this.reference).dot(this.normal) === 0.0);\n }\n}\nPlane.yz = new Plane(new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0, 0), new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec(1, 0, 0));\nPlane.xz = new Plane(new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0, 0), new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 1, 0));\nPlane.xy = new Plane(new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0, 0), new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0, 1));\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (Plane);\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/math/geometry/element/Plane.ts?"); /***/ }), /***/ "./framework/modules/math/geometry/element/Spheric2D.ts": /*!**************************************************************!*\ !*** ./framework/modules/math/geometry/element/Spheric2D.ts ***! \**************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Spheric2D)\n/* harmony export */ });\n/* harmony import */ var _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\nclass Spheric2D {\n get unitVector() { return this._vector.copy; }\n get x() { return this._vector.x; }\n get y() { return this._vector.y; }\n get z() { return this._vector.z; }\n get phi() { return this._phi; }\n get theta() { return this._theta; }\n set phi(value) {\n this._phi = value;\n this._updateUnitVector();\n }\n set theta(value) {\n this._theta = value;\n this._updateUnitVector();\n }\n /*\n Defines 2-dimensional coordinates on a spheric surface.\n\n @param {number} phi - angle (in radians) measured in the xz-plane, with\n respect to the vector (0, 0, -1) and defining the\n 1st quadrant in the region x > 0 and z < 0.\n\n @param {number} theta - angle (in radians) measured in the plane formed\n by the cross product of (sin(phi), 0, (-1) * cos(phi))\n and (0, 1, 0), with theta = pi/2 corresponding\n to (0, 1, 0) independently of the value of phi.\n */\n constructor(phi = 0.0, theta = 0.0) {\n this._phi = 0.0;\n this._theta = 0.0;\n this._vector = null;\n this._phi = phi;\n this._theta = theta;\n this._vector = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0, 1);\n this._updateUnitVector();\n }\n _updateUnitVector() {\n this._vector.x = Math.cos(this._theta) * Math.sin(this._phi);\n this._vector.y = Math.sin(this._theta);\n this._vector.z = Math.cos(this._theta) * Math.cos(this._phi) * (-1.0);\n }\n static toSpheric2D(arrayWrapper) {\n let phi = 0;\n let theta = 0;\n let copy = arrayWrapper.getUnit();\n if (copy.length > 0) {\n phi = Math.atan2(copy.x, (-1) * copy.z);\n theta = Math.atan2(copy.y, copy.iX0z().length);\n }\n return new Spheric2D(phi, theta);\n }\n copyTo(vector) {\n this._updateUnitVector();\n vector.copyFrom(this._vector);\n return vector;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/math/geometry/element/Spheric2D.ts?"); /***/ }), /***/ "./framework/modules/math/utils/math.ts": /*!**********************************************!*\ !*** ./framework/modules/math/utils/math.ts ***! \**********************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ DegToRad: () => (/* binding */ DegToRad),\n/* harmony export */ Pi: () => (/* binding */ Pi),\n/* harmony export */ Pi2: () => (/* binding */ Pi2),\n/* harmony export */ RadToDeg: () => (/* binding */ RadToDeg),\n/* harmony export */ angleStep: () => (/* binding */ angleStep),\n/* harmony export */ clamp: () => (/* binding */ clamp),\n/* harmony export */ isPowerOf2: () => (/* binding */ isPowerOf2),\n/* harmony export */ lerp: () => (/* binding */ lerp),\n/* harmony export */ lerpAngle: () => (/* binding */ lerpAngle)\n/* harmony export */ });\n/** @category Miniplay */\nconst Pi = Math.PI;\n/** @category Miniplay */\nconst Pi2 = Math.PI * 2;\n/** @category Miniplay */\nconst DegToRad = Pi / 180;\n/** @category Miniplay */\nconst RadToDeg = 1 / DegToRad;\n/**\n * Limits a value between two numbers\n * @param n value to be limited\n * @param lo lower limit\n * @param hi upper limit\n * @returns the limited value between lo and hi\n */\nfunction clamp(n, lo, hi) {\n return Math.min(Math.max(n, lo), hi);\n}\n/**\n * @param from starting angle\n * @param to end angle\n * @param max maximum size of a step\n * @returns a value stepping from the starting value to the end value\n */\nfunction angleStep(from, to, max) {\n let step = to - from;\n step %= Pi2;\n if (step > Pi) {\n step -= Pi2;\n }\n if (step < -Pi) {\n step += Pi2;\n }\n return clamp(step, -max, max);\n}\n/**\n * @param v number to be checked\n * @returns if the value is a power of 2\n */\nfunction isPowerOf2(v) {\n return v && !(v & (v - 1));\n}\n/**\n * Linear interpolation from a starting value to an end value\n * @param start starting value\n * @param end end value\n * @param progress the normalized distance from the starting value\n * @returns the linear interpolation between the starting value and the end value at the progress point\n */\nfunction lerp(start, end, progress) {\n return (1 - progress) * start + progress * end;\n}\n/**\n * Linear interpolation from a starting value to an end value considering the values as angles and choosing the closest path\n * @param a starting value\n * @param b end value\n * @param t the normalized distance from the starting value\n * @returns the linear interpolation between the starting value and the end value at the progress point choosing the closest path\n */\nfunction lerpAngle(a, b, t) {\n const shortestAngle = ((((b - a) % Pi2) + Pi * 3) % Pi2) - Pi;\n return a + (shortestAngle * t) % Pi2;\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/math/utils/math.ts?"); /***/ }), /***/ "./framework/modules/meshAdapter/src/GenerateBoneBinding.ts": /*!******************************************************************!*\ !*** ./framework/modules/meshAdapter/src/GenerateBoneBinding.ts ***! \******************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ GenerateBoneBinding: () => (/* binding */ GenerateBoneBinding)\n/* harmony export */ });\n/* harmony import */ var _base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../base/src/core/common/Mesh */ \"./framework/base/src/core/common/Mesh.ts\");\n/* harmony import */ var _base_src_core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../base/src/core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n\n\nfunction GenerateBoneBinding(mesh, boneIndex, matrix) {\n if (mesh.vertexFormat.attributeOffset[\"a_bone0i\"] !== undefined) {\n return mesh;\n }\n let accessorPos = mesh.getAccessor(\"a_pos\");\n let accessorNorm = mesh.getAccessor(\"a_norm\");\n let newVertexFormat = mesh.vertexFormat.add(\"a_bone0i\", 1);\n newVertexFormat = newVertexFormat.add(\"a_bone0w\", 1);\n newVertexFormat = newVertexFormat.add(\"a_bone0pos\", 3);\n newVertexFormat = newVertexFormat.add(\"a_bone0norm\", 3);\n newVertexFormat = newVertexFormat.add(\"a_bone1i\", 1);\n newVertexFormat = newVertexFormat.add(\"a_bone1w\", 1);\n newVertexFormat = newVertexFormat.add(\"a_bone1pos\", 3);\n newVertexFormat = newVertexFormat.add(\"a_bone1norm\", 3);\n let vertices = mesh.vertices;\n let newVertices = new Float32Array(mesh.vertexCount * newVertexFormat.vertexLength);\n let j = 0;\n let outIndex = 0;\n for (let i = 0, step = mesh.vertexFormat.vertexLength, end = vertices.length; i < end; i += step) {\n let pos = _base_src_core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__[\"default\"].aTransformPoint(accessorPos.getVec(j), matrix);\n let norm = _base_src_core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__[\"default\"].aTransformVector(accessorNorm.getVec(j), matrix);\n newVertices.set(vertices.subarray(i, i + step), outIndex);\n outIndex += step;\n // Bone 0\n newVertices[outIndex++] = boneIndex;\n newVertices[outIndex++] = 1;\n newVertices[outIndex++] = pos.x;\n newVertices[outIndex++] = pos.y;\n newVertices[outIndex++] = pos.z;\n newVertices[outIndex++] = norm.x;\n newVertices[outIndex++] = norm.y;\n newVertices[outIndex++] = norm.z;\n outIndex += 8; // Skip bone 1, array is already initialized to 0s\n j++;\n }\n return new _base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_0__[\"default\"](newVertexFormat, newVertices, mesh.indices);\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/meshAdapter/src/GenerateBoneBinding.ts?"); /***/ }), /***/ "./framework/modules/objectPool/AbstractObjectPool.ts": /*!************************************************************!*\ !*** ./framework/modules/objectPool/AbstractObjectPool.ts ***! \************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ AbstractObjectPool)\n/* harmony export */ });\n/*\n\nAbstractObjectPool is a template for a pool of objects, i. e., a handler for\nobjects that create instances of these objects for use and reuse on demand.\n\n@remarks\nAbstractObjectPool implements the Object Pool design pattern\n{ @link https://en.wikipedia.org/wiki/Object_pool_pattern }\n\n*/\nclass AbstractObjectPool {\n /* retrieves the quantity of currently active objects */\n get activeObjects() { return this._activePool.size; }\n /* retrieves the total size of the pool (including active and inactive objects) */\n get totalSize() { return this._activePool.size + this._inactivePool.size; }\n constructor(parameters = {}) {\n /* keeps objects that are not currently being used */\n this._inactivePool = new Set();\n /* keeps objects that are active and being used somewhere */\n this._activePool = new Set();\n this._setupParameters(parameters);\n this._maximumSize = parameters.maximumSize;\n }\n /*\n checks if the pool has exceeded the intended maximum size\n\n @sealed\n */\n isFull() {\n return this.activeObjects >= this._maximumSize;\n }\n /*\n retrives an object from the pool. if available, it'll move an inactive\n object to the active object pool. if not, it'll create a new object.\n when the pool is full, object instantiation will be handled by the\n implementation of `_getOnMaximumSizeReached`. `parameters` must be the\n same data that would be passed in an instantiation of the object (i. e.\n the same `parameters` that would be passed in a call to \"new T(parameters)\").\n\n @sealed\n */\n getAvailableObject(parameters = {}) {\n let object = null;\n if (this.isFull()) {\n object = this._getOnMaximumSizeReached(parameters);\n }\n else {\n if (this._hasAvailableObjectOnPool()) {\n object = this._getFromInactivePool();\n this._updateObjectParameters(object, parameters);\n }\n else\n object = this._create(parameters);\n this._moveToActivePool(object);\n }\n return object;\n }\n /*\n must be called when `object` is no longer needed. inserts the object\n back into the pool. if the pool exceeded the maximum size limit, the\n object destruction will be handled by `_giveBackOnMaximumSizeExceeded`.\n\n @sealed\n */\n giveBackObject(object) {\n if (!this._activePool.has(object))\n return;\n this._moveToInactivePool(object);\n if (this.totalSize > this._maximumSize)\n this._giveBackOnMaximumSizeExceeded();\n }\n /* @virtual */\n _setupParameters(parameters) {\n if (parameters.maximumSize === undefined)\n parameters.maximumSize = Infinity;\n }\n /*\n called when `object` is created or moved from inactive to active.\n implementation should be provided by `AbstractObjectPool` children.\n\n @virtual\n */\n _onObjectActivation(object) { }\n /*\n called when `object` is moved from active to inactive. implementation\n should be provided by `AbstractObjectPool` children.\n\n @virtual\n */\n _onObjectDeactivation(object) { }\n /*\n handles the pool behaviour when trying to get a new object when the\n pool has reached it's limit.\n\n @virtual\n */\n _getOnMaximumSizeReached(parameters) {\n return null;\n }\n /*\n handles the pool behaviour when trying to give back an object to a pool\n that has exceeded it's size limit.\n\n @virtual\n */\n _giveBackOnMaximumSizeExceeded() { }\n /*\n setup `parameters` when instantiating a new object or activating an inactive\n object. implementation should be provided by `AbstractObjectPool` children.\n\n @virtual\n */\n _setupObjectParameters(parameters) { }\n /*\n updates `object` with `parameters` when activating an inactive object. implemention\n should be provided by `AbstractObjectPool` children.\n\n @virtual\n */\n _updateObjectParameters(object, parameters) {\n this._setupObjectParameters(parameters);\n }\n /* @sealed */\n _hasAvailableObjectOnPool() {\n return (this._inactivePool.size > 0);\n }\n /* @sealed */\n _moveToActivePool(object) {\n this._inactivePool.delete(object);\n this._activePool.add(object);\n this._onObjectActivation(object);\n }\n /* @sealed */\n _moveToInactivePool(object) {\n this._activePool.delete(object);\n this._inactivePool.add(object);\n this._onObjectDeactivation(object);\n }\n /*\n fetches and returns a single object from the inactive pool.\n\n @sealed\n */\n _getFromInactivePool() {\n let object = null;\n for (let element of this._inactivePool) {\n object = element;\n break;\n }\n return object;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/objectPool/AbstractObjectPool.ts?"); /***/ }), /***/ "./framework/modules/objectPool/StretcherObjectPool.ts": /*!*************************************************************!*\ !*** ./framework/modules/objectPool/StretcherObjectPool.ts ***! \*************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ StretcherObjectPool)\n/* harmony export */ });\n/* harmony import */ var _AbstractObjectPool__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ./AbstractObjectPool */ \"./framework/modules/objectPool/AbstractObjectPool.ts\");\n\n/*\n\nStretcherObjectPool extends AbstractObjectPool, so that it creates new objects\nwhen the pool is full (destroying the exceeding objects when they are returned\nto the pool).\n\n@remarks\nStretcherObjectPool implements the Object Pool design pattern\n{ @link https://en.wikipedia.org/wiki/Object_pool_pattern }\n\n*/\nclass StretcherObjectPool extends _AbstractObjectPool__WEBPACK_IMPORTED_MODULE_0__[\"default\"] {\n constructor(parameters = {}) {\n super(parameters);\n }\n /*\n creates more objects, on demand, when the pool is full.\n\n @virtual\n */\n _getOnMaximumSizeReached(parameters) {\n let object = this._create(parameters);\n this._moveToActivePool(object);\n return object;\n }\n /*\n destroys objects when the pool is full and receives an\n object to keep.\n\n @virtual\n */\n _giveBackOnMaximumSizeExceeded() {\n let toBeRemoved = [];\n let extraObjects = this.totalSize - this._maximumSize;\n for (let element of this._inactivePool) {\n if (extraObjects <= 0)\n break;\n toBeRemoved.push(element);\n extraObjects--;\n }\n for (let element of toBeRemoved) {\n this._inactivePool.delete(element);\n this._destroyObject(element);\n }\n }\n /*\n destroys `object` after removing it from the pool. implemetation\n should be provided by `StretcherObjectPool` children.\n\n @virtual\n */\n _destroyObject(object) { }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/objectPool/StretcherObjectPool.ts?"); /***/ }), /***/ "./framework/modules/scenarioBounds/ScenarioBounds.ts": /*!************************************************************!*\ !*** ./framework/modules/scenarioBounds/ScenarioBounds.ts ***! \************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ ScenarioBounds)\n/* harmony export */ });\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/Framework */ \"./framework/Framework.ts\");\n\n/*\n\nScenarioBounds maintains a collection of objects that are constantly checked\nagaints the scenario limits.\n\n*/\nclass ScenarioBounds {\n constructor(parameters = {}) {\n /* the loop object that calls `_update` on each frame. */\n this._loop = null;\n /* a set of objects with the `BoundedObject` interface. */\n this._objects = new Set();\n /*\n a flag that is set to true when `_update` is calling `solveOutOfBounds`\n for each object in `_objects`.\n */\n this._looping = false;\n this._scheduledToAdd = new Set();\n this._scheduledToRemove = new Set();\n this._setupParameters(parameters);\n this._loop = this._createLoop(parameters);\n }\n /*\n checks if `object` is out of bounds. it's called for all objects in\n `_objects` on each frame. implementation should be provided by `ScenarioBounds`\n children.\n\n @virtual\n */\n isOutOfScenarioBounds(object) {\n return false;\n }\n /*\n triggers `onOutOfScenarioBounds` if the object is outside the scenario\n limits.\n \n @sealed\n */\n solveOutOfBounds(object) {\n if (this.isOutOfScenarioBounds(object))\n object.onOutOfScenarioBounds(this);\n }\n /*\n adds `object` to the collection of objects to be checked againts the\n scenario bounds. if `addObject` is called during a loop of `_update`,\n the addition is scheduled to happen after the loop is over.\n\n @sealed\n */\n addObject(object) {\n if (!this._looping)\n this._objects.add(object);\n else {\n this._scheduledToAdd.add(object);\n if (this._scheduledToRemove.has(object))\n this._scheduledToRemove.delete(object);\n }\n }\n /*\n removes `object` from the collection of objects to be checked againts the\n scenario bounds. if `removeObject` is called during a loop of `_update`,\n the removal is scheduled to happen after the loop is over.\n\n @sealed\n */\n removeObject(object) {\n if (!this._looping)\n this._objects.delete(object);\n else {\n this._scheduledToRemove.add(object);\n if (this._scheduledToAdd.has(object))\n this._scheduledToAdd.delete(object);\n }\n }\n /* @virtual */\n _setupParameters(parameters) { }\n /* @sealed */\n _createLoop(parameters) {\n let loop = _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Toolbox.createLoop({\n onUpdate: (self) => { this._update(); }\n });\n return loop;\n }\n /* @sealed */\n _update() {\n this._looping = true;\n for (let object of this._objects)\n this.solveOutOfBounds(object);\n this._looping = false;\n this._handleScheduledObjects();\n }\n /* @sealed */\n _handleScheduledObjects() {\n for (let object of this._scheduledToAdd)\n this._objects.add(object);\n this._scheduledToAdd.clear();\n for (let object of this._scheduledToRemove)\n this._objects.delete(object);\n this._scheduledToRemove.clear();\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/scenarioBounds/ScenarioBounds.ts?"); /***/ }), /***/ "./framework/modules/screenProjection/src/ScreenToWorld.ts": /*!*****************************************************************!*\ !*** ./framework/modules/screenProjection/src/ScreenToWorld.ts ***! \*****************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../base/src/builtins/camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _base_src_core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../base/src/core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _math_algebra_SquareMatrix3D__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../math/algebra/SquareMatrix3D */ \"./framework/modules/math/algebra/SquareMatrix3D.ts\");\n/* harmony import */ var _math_geometry_element_Plane__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../math/geometry/element/Plane */ \"./framework/modules/math/geometry/element/Plane.ts\");\n\n\n\n\n\nlet w = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0, 0, 0); // \nlet answer = [0, 0, 0]; //\nlet r, n, c; // bunch of dummy variables\nlet aux = new _math_algebra_SquareMatrix3D__WEBPACK_IMPORTED_MODULE_3__[\"default\"](); //\nlet m = new _base_src_core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_1__[\"default\"](); //\nclass ScreenToWorld {\n static toWorldCoordinates(screenCoordinates, referencePlane = _math_geometry_element_Plane__WEBPACK_IMPORTED_MODULE_4__[\"default\"].xz) {\n return ScreenToWorld.aToWorldCoordinates(new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0, 0, 0), screenCoordinates, referencePlane);\n }\n ;\n static aToWorldCoordinates(worldCoordinates, screenCoordinates, referencePlane = _math_geometry_element_Plane__WEBPACK_IMPORTED_MODULE_4__[\"default\"].xz) {\n r = referencePlane.reference;\n n = referencePlane.normal;\n c = _base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_0__[\"default\"].view3d.values;\n w.copyFrom(screenCoordinates);\n w.x = (w.x - 0.5) / 0.5; // converts screenCoordinates from [0.0, 1.0] x [0.0, 1.0] range to\n w.y = (-1) * (w.y - 0.5) / 0.5; // [-1.0, 1.0] x [-1.0, 1.0] range (and inverts y)\n aux.values[0] = c[0] - w.x * c[3];\n aux.values[1] = c[4] - w.x * c[7];\n aux.values[2] = c[8] - w.x * c[11];\n aux.values[3] = c[1] - w.y * c[3];\n aux.values[4] = c[5] - w.y * c[7];\n aux.values[5] = c[9] - w.y * c[11];\n aux.values[6] = n.x;\n aux.values[7] = n.y;\n aux.values[8] = n.z;\n aux.invert();\n answer[0] = (-1) * (c[12] - c[15] * w.x);\n answer[1] = (-1) * (c[13] - c[15] * w.y);\n answer[2] = n.dot(r);\n answer = aux.iMultiplyArray(answer);\n worldCoordinates.x = answer[0];\n worldCoordinates.y = answer[1];\n worldCoordinates.z = answer[2];\n return worldCoordinates;\n }\n ;\n static toScreenCoordinates(worldCoordinates) {\n return ScreenToWorld.aToScreenCoordinates(new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0, 0, 0), worldCoordinates);\n }\n ;\n static aToScreenCoordinates(screenCoordinates, worldCoordinates) {\n m.setAsTransform(worldCoordinates);\n m.multiply(_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_0__[\"default\"].view3d);\n screenCoordinates.x = m.values[12] / m.values[15];\n screenCoordinates.y = m.values[13] / m.values[15];\n screenCoordinates.x = (screenCoordinates.x + 1.0) / 2.0; // converts screenCoordinates from [-1.0, 1.0] x [-1.0, 1.0] range to\n screenCoordinates.y = ((-1) * screenCoordinates.y + 1.0) / 2.0; // [0.0, 1.0] x [0.0, 1.0] range (and inverts y)\n if (Number.isNaN(screenCoordinates.x) || Number.isNaN(screenCoordinates.y)) {\n if (ScreenToWorld.verbose)\n console.warn('ScreenToWorld: number evaluated to NaN during calculations.');\n if (Number.isNaN(screenCoordinates.x))\n screenCoordinates.x = 0.5;\n if (Number.isNaN(screenCoordinates.y))\n screenCoordinates.y = 0.5;\n }\n return screenCoordinates;\n }\n ;\n}\nScreenToWorld.verbose = false;\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (ScreenToWorld);\n;\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/screenProjection/src/ScreenToWorld.ts?"); /***/ }), /***/ "./framework/modules/timer/src/Timer.ts": /*!**********************************************!*\ !*** ./framework/modules/timer/src/Timer.ts ***! \**********************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Timer)\n/* harmony export */ });\nclass Timer {\n constructor(startTime, completionTime, completionCallback) {\n this._time = startTime;\n this._completionTime = completionTime;\n this._completionCallback = completionCallback;\n }\n count(dt) {\n this._time += dt;\n if (this._time >= this._completionTime) {\n this._time = this._time % this._completionTime;\n this._completionCallback();\n }\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/timer/src/Timer.ts?"); /***/ }), /***/ "./framework/modules/ui/slider/src/Slider.ts": /*!***************************************************!*\ !*** ./framework/modules/ui/slider/src/Slider.ts ***! \***************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Slider)\n/* harmony export */ });\n/* harmony import */ var _base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../base/src/builtins/behaviours/Child */ \"./framework/base/src/builtins/behaviours/Child.ts\");\n/* harmony import */ var _base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../base/src/builtins/behaviours/Script */ \"./framework/base/src/builtins/behaviours/Script.ts\");\n/* harmony import */ var _base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../base/src/builtins/behaviours/UiElement */ \"./framework/base/src/builtins/behaviours/UiElement.ts\");\n/* harmony import */ var _base_src_builtins_default_resources_textures_White__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../base/src/builtins/default/resources/textures/White */ \"./framework/base/src/builtins/default/resources/textures/White.ts\");\n/* harmony import */ var _base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../../base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _math_utils_math__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _Behaviours_ListenToResize_src_ListenToResize__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../Behaviours/ListenToResize/src/ListenToResize */ \"./framework/modules/Behaviours/ListenToResize/src/ListenToResize.ts\");\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../../../../Framework */ \"./framework/Framework.ts\");\n\n\n\n\n\n\n\n\nclass Slider {\n get value() { return this._value; }\n get enabled() { return this._enabled; }\n set value(value) {\n this._lastValue = this._value;\n this._value = value;\n }\n constructor(backgroundEntity, handleEntity, onValueChanged = () => { }, portraitAnchor = [0, 1], portraitPosition = [0, 1], portraitScale = [0.25, 0.75], landscapeAnchor = [0, 1], landscapePosition = [0, 1], landscapeScale = [0.25, 0.75], debug = false) {\n this.enable();\n this.onValueChanged = onValueChanged;\n this.value = 0;\n // cria entidade que representa o caminho deslizavel\n this._path = new _base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_4__[\"default\"]({\n behaviours: [\n _base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_2__.UiElement,\n _Behaviours_ListenToResize_src_ListenToResize__WEBPACK_IMPORTED_MODULE_6__.ListenToResize,\n _base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_1__.Script\n ],\n portraitAnchor: portraitAnchor,\n portraitPosition: portraitPosition,\n portraitScale: portraitScale,\n landscapeAnchor: landscapeAnchor,\n landscapePosition: landscapePosition,\n landscapeScale: landscapeScale,\n onUpdate: () => {\n if (!this._enabled) {\n return;\n }\n if (typeof this._lastValue !== typeof undefined) {\n if (this.value !== this._lastValue) {\n this.onValueChanged(this.value);\n this._path.handleEntity.position.y = 1 - this.value;\n }\n }\n this._lastValue = this.value;\n }\n });\n // mostra a entidade do slider\n if (debug) {\n this._path.texture = _base_src_builtins_default_resources_textures_White__WEBPACK_IMPORTED_MODULE_3__.TextureWhite;\n this._path.tint = [1, 0, 1, 0.25];\n this._path.addBehaviour(_Framework__WEBPACK_IMPORTED_MODULE_7__.RenderUi);\n }\n // prepara o handle\n this._handle = handleEntity;\n this._handle.parent = this._path;\n this._handle.addBehaviour(_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child);\n this._path.handleEntity = this._handle;\n // prepara o background\n this._background = backgroundEntity;\n this._background.parent = this._path;\n this._background.addBehaviour(_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child);\n this._path.backgroundEntity = backgroundEntity;\n // define o valor do slider\n this._background.onTouchStart = this._background.onDrag = (self, touch) => {\n if (!this._enabled) {\n return;\n }\n this.value = (0,_math_utils_math__WEBPACK_IMPORTED_MODULE_5__.clamp)(1 - (touch.y - self.parent.rect[1]) / self.parent.rect[3], 0, 1);\n };\n }\n enable() {\n this._enabled = true;\n }\n disable() {\n this._enabled = false;\n }\n destroy() {\n this._path.destroy();\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/ui/slider/src/Slider.ts?"); /***/ }), /***/ "./framework/modules/utils/Toolbox.ts": /*!********************************************!*\ !*** ./framework/modules/utils/Toolbox.ts ***! \********************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Mimic */ \"./framework/base/src/builtins/behaviours/Mimic.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Script */ \"./framework/base/src/builtins/behaviours/Script.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_SkinnedMeshAnimator__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/SkinnedMeshAnimator */ \"./framework/base/src/builtins/behaviours/SkinnedMeshAnimator.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Transform */ \"./framework/base/src/builtins/behaviours/Transform.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/UiElement */ \"./framework/base/src/builtins/behaviours/UiElement.ts\");\n/* harmony import */ var _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../framework/base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../framework/base/src/builtins/shaders/src/UberShader */ \"./framework/base/src/builtins/shaders/src/UberShader.ts\");\n/* harmony import */ var _framework_modules_Behaviours_ListenToResize_src_ListenToResize__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../../../framework/modules/Behaviours/ListenToResize/src/ListenToResize */ \"./framework/modules/Behaviours/ListenToResize/src/ListenToResize.ts\");\n/* harmony import */ var _framework_base_src_builtins_shaders_src_ShaderUi__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../../../framework/base/src/builtins/shaders/src/ShaderUi */ \"./framework/base/src/builtins/shaders/src/ShaderUi.ts\");\n/* harmony import */ var _base_src_builtins_default_resources_meshes_MeshUi__WEBPACK_IMPORTED_MODULE_9__ = __webpack_require__(/*! ../../base/src/builtins/default/resources/meshes/MeshUi */ \"./framework/base/src/builtins/default/resources/meshes/MeshUi.ts\");\n/* harmony import */ var _base_src_builtins_default_resources_textures_White__WEBPACK_IMPORTED_MODULE_10__ = __webpack_require__(/*! ../../base/src/builtins/default/resources/textures/White */ \"./framework/base/src/builtins/default/resources/textures/White.ts\");\n/* harmony import */ var _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__ = __webpack_require__(/*! ../../base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _Framework__WEBPACK_IMPORTED_MODULE_12__ = __webpack_require__(/*! ../../Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _meshAdapter_src_GenerateBoneBinding__WEBPACK_IMPORTED_MODULE_13__ = __webpack_require__(/*! ../meshAdapter/src/GenerateBoneBinding */ \"./framework/modules/meshAdapter/src/GenerateBoneBinding.ts\");\n\n\n\n\n\n\n\n\n\n\n\n\n\n\nclass Toolbox {\n static createLoop(parameters = {}) {\n Toolbox._setupLoopParameters(parameters);\n return new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_1__.Script],\n onAttach: parameters.onInit,\n onUpdate: parameters.onUpdate,\n onFixedUpdate: parameters.onFixedUpdate\n });\n }\n static createEmptyEntity(parameters = {}) {\n Toolbox._setupEmptyEntityParameters(parameters);\n return new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n parent: parameters.parent,\n autoBatch: parameters.autoBatch,\n behaviours: parameters.behaviours\n });\n }\n static createEntity(parameters = {}) {\n Toolbox._setupEntityParameters(parameters);\n return new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n parent: parameters.parent,\n autoBatch: parameters.autoBatch,\n behaviours: parameters.behaviours,\n position: parameters.position,\n rotation: parameters.rotation,\n scale: parameters.scale\n });\n }\n static createRenderableEntity(parameters = {}) {\n Toolbox._setupRenderableEntityParameters(parameters);\n let entity = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n parent: parameters.parent,\n autoBatch: parameters.autoBatch,\n behaviours: parameters.behaviours,\n position: parameters.position,\n rotation: parameters.rotation,\n scale: parameters.scale,\n mesh: parameters.mesh,\n texture: parameters.texture,\n tint: parameters.tint,\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].get(parameters.shader)\n });\n if (parameters.shadow)\n entity.shadow = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n parent: entity,\n behaviours: [_Framework__WEBPACK_IMPORTED_MODULE_12__.RenderShadow, _framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_0__.Mimic, _Framework__WEBPACK_IMPORTED_MODULE_12__.Child],\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].get(_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].shadow)\n });\n return entity;\n }\n static createAnimatedEntity(parameters = {}) {\n Toolbox._setupAnimatedEntityParameters(parameters);\n let entity = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n parent: parameters.parent,\n autoBatch: parameters.autoBatch,\n behaviours: parameters.behaviours,\n position: parameters.position,\n rotation: parameters.rotation,\n scale: parameters.scale,\n mesh: parameters.mesh,\n texture: parameters.texture,\n tint: parameters.tint,\n animation: parameters.animation,\n animationClip: parameters.animationClip,\n animationSpeed: parameters.animationSpeed,\n animationLoop: parameters.animationLoop,\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].get(parameters.shader)\n });\n if (parameters.shadow)\n entity.shadow = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n parent: entity,\n behaviours: [_Framework__WEBPACK_IMPORTED_MODULE_12__.RenderShadow, _framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_0__.Mimic, _Framework__WEBPACK_IMPORTED_MODULE_12__.Child],\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].get(_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].shadow | _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].skinned)\n });\n return entity;\n }\n static createBindedEntity(parameters = {}) {\n Toolbox._setupBindedEntityParameters(parameters);\n const bindedMesh = (0,_meshAdapter_src_GenerateBoneBinding__WEBPACK_IMPORTED_MODULE_13__.GenerateBoneBinding)(parameters.mesh, parameters.boneIndex, new _Framework__WEBPACK_IMPORTED_MODULE_12__.Matrix().setAsTransform(parameters.position, parameters.rotation, parameters.scale));\n let entity = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n parent: parameters.parent,\n autoBatch: parameters.autoBatch,\n behaviours: parameters.behaviours,\n mesh: bindedMesh,\n texture: parameters.texture\n });\n if (parameters.shadow)\n entity.shadow = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n parent: entity,\n behaviours: [_Framework__WEBPACK_IMPORTED_MODULE_12__.RenderShadow, _framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_0__.Mimic, _Framework__WEBPACK_IMPORTED_MODULE_12__.Child],\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].get(_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].shadow | _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].skinned)\n });\n return entity;\n }\n static addLoop(entity, parameters = {}) {\n Toolbox._setupLoopParameters(parameters);\n entity.updateOrder = parameters.order;\n entity.onAttach = parameters.onInit;\n entity.onUpdate = parameters.onUpdate;\n entity.onFixedUpdate = parameters.onFixedUpdate;\n entity.addBehaviour(_framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_1__.Script);\n }\n static removeLoop(entity) {\n entity.removeBehaviour(_framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_1__.Script);\n entity.onAttach = undefined;\n entity.onUpdate = undefined;\n entity.onFixedUpdate = undefined;\n }\n static _setupEmptyEntityParameters(parameters) {\n if (parameters.autoBatch === undefined)\n parameters.autoBatch = false;\n if (parameters.behaviours === undefined)\n parameters.behaviours = [];\n }\n static _setupEntityParameters(parameters) {\n Toolbox._setupEmptyEntityParameters(parameters);\n if (parameters.position === undefined)\n parameters.position = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(0, 0, 0);\n if (parameters.rotation === undefined)\n parameters.rotation = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(0, 0, 0);\n if (parameters.scale === undefined)\n parameters.scale = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(1, 1, 1);\n parameters.behaviours.push(_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_3__.Transform);\n }\n static _setupRenderableEntityParameters(parameters) {\n Toolbox._setupEntityParameters(parameters);\n if (parameters.shader === undefined)\n parameters.shader = _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].unlit;\n if (parameters.mesh === undefined)\n throw new Error(\"Toolbox: no mesh to render\");\n if (parameters.texture === undefined)\n parameters.texture = _base_src_builtins_default_resources_textures_White__WEBPACK_IMPORTED_MODULE_10__.TextureWhite;\n if (parameters.transparent === undefined)\n parameters.transparent = false;\n if (parameters.cutout === undefined)\n parameters.cutout = false;\n if (parameters.tint === undefined)\n parameters.tint = [1, 1, 1, 1];\n if (parameters.cutout)\n parameters.behaviours.push(_Framework__WEBPACK_IMPORTED_MODULE_12__.RenderCutout);\n else if (parameters.transparent)\n parameters.behaviours.push(_Framework__WEBPACK_IMPORTED_MODULE_12__.RenderTransparent);\n else\n parameters.behaviours.push(_Framework__WEBPACK_IMPORTED_MODULE_12__.RenderOpaque);\n if (parameters.shadow === undefined)\n parameters.shadow = false;\n }\n static _setupAnimatedEntityParameters(parameters) {\n Toolbox._setupRenderableEntityParameters(parameters);\n parameters.shader |= _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].skinned;\n parameters.behaviours.push(_framework_base_src_builtins_behaviours_SkinnedMeshAnimator__WEBPACK_IMPORTED_MODULE_2__.SkinnedMeshAnimator);\n if (parameters.animation === undefined)\n throw new Error(\"Toolbox: no animation to render\");\n if (parameters.animationClip === undefined)\n throw new Error(\"Toolbox: no animationClip set\");\n if (parameters.animationLoop === undefined)\n parameters.animationLoop = false;\n if (parameters.animationSpeed === undefined)\n parameters.animationSpeed = 0.0;\n }\n static _setupLoopParameters(parameters) {\n if (parameters.order === undefined)\n parameters.order = 0;\n // if (parameters.onInit === undefined)\n // parameters.onInit = (self) => {};\n // if (parameters.onUpdate === undefined)\n // parameters.onUpdate = (self) => {};\n }\n static createEmptyUIEntity(parameters = {}) {\n Toolbox._setupEmptyUIEntityParameters(parameters);\n return new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n parent: parameters.parent,\n autoBatch: parameters.autoBatch,\n behaviours: parameters.behaviours,\n portraitPosition: parameters.portrait.position,\n portraitAnchor: parameters.portrait.anchor,\n portraitScale: parameters.portrait.scale,\n landscapePosition: parameters.landscape.position,\n landscapeAnchor: parameters.landscape.anchor,\n landscapeScale: parameters.landscape.scale,\n aspect: parameters.aspect,\n touchOrder: parameters.touchOrder,\n blockOnTouch: parameters.blockOnTouch\n });\n }\n static _setupEmptyUIEntityParameters(parameters) {\n if (parameters.autoBatch === undefined)\n parameters.autoBatch = false;\n if (parameters.zOrder === undefined)\n parameters.zOrder = 0;\n if (parameters.touchOrder === undefined)\n parameters.touchOrder = 0;\n if (parameters.blockOnTouch === undefined)\n parameters.blockOnTouch = false;\n if (parameters.behaviours === undefined)\n parameters.behaviours = [];\n if (parameters.portrait === undefined)\n parameters.portrait = {};\n if (parameters.shader === undefined)\n parameters.shader = _framework_base_src_builtins_shaders_src_ShaderUi__WEBPACK_IMPORTED_MODULE_8__.ShaderUi;\n if (parameters.portrait.position === undefined) {\n if (parameters.position === undefined)\n parameters.portrait.position = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(0.5, 0.5);\n else\n parameters.portrait.position = parameters.position.copy;\n }\n if (parameters.portrait.anchor === undefined) {\n if (parameters.anchor === undefined)\n parameters.portrait.anchor = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(0.5, 0.5);\n else\n parameters.portrait.anchor = parameters.anchor.copy;\n }\n if (parameters.portrait.scale === undefined) {\n if (parameters.scale === undefined)\n parameters.portrait.scale = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(1.0, 1.0);\n else\n parameters.portrait.scale = parameters.scale.copy;\n }\n if (parameters.landscape === undefined)\n parameters.landscape = {};\n if (parameters.landscape.position === undefined) {\n if (parameters.position === undefined)\n parameters.landscape.position = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(0.5, 0.5);\n else\n parameters.landscape.position = parameters.position.copy;\n }\n if (parameters.landscape.anchor === undefined) {\n if (parameters.anchor === undefined)\n parameters.landscape.anchor = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(0.5, 0.5);\n else\n parameters.landscape.anchor = parameters.anchor.copy;\n }\n if (parameters.landscape.scale === undefined) {\n if (parameters.scale === undefined)\n parameters.landscape.scale = new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(1.0, 1.0);\n else\n parameters.landscape.scale = parameters.scale.copy;\n }\n parameters.behaviours.push(_framework_modules_Behaviours_ListenToResize_src_ListenToResize__WEBPACK_IMPORTED_MODULE_7__.ListenToResize);\n parameters.behaviours.push(_framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_4__.UiElement);\n parameters.portrait.position.z = parameters.zOrder;\n parameters.landscape.position.z = parameters.zOrder;\n }\n static _setupUIEntityParameters(parameters) {\n Toolbox._setupEmptyUIEntityParameters(parameters);\n if (parameters.texture === undefined)\n parameters.texture = _base_src_builtins_default_resources_textures_White__WEBPACK_IMPORTED_MODULE_10__.TextureWhite;\n if (parameters.tint === undefined)\n parameters.tint = [1, 1, 1, 1];\n parameters.behaviours.push(_Framework__WEBPACK_IMPORTED_MODULE_12__.RenderUi);\n }\n static _setupBindedEntityParameters(parameters) {\n let render = _Framework__WEBPACK_IMPORTED_MODULE_12__.RenderOpaque;\n if (parameters.transparent === true) {\n render = _Framework__WEBPACK_IMPORTED_MODULE_12__.RenderTransparent;\n }\n else if (parameters.cutout === true) {\n render = _Framework__WEBPACK_IMPORTED_MODULE_12__.RenderCutout;\n }\n const defaultParameters = {\n autoBatch: false,\n mesh: null,\n boneIndex: null,\n position: new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(0, 0, 0),\n rotation: new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(0, 0, 0),\n scale: new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(1, 1, 1),\n texture: _base_src_builtins_default_resources_textures_White__WEBPACK_IMPORTED_MODULE_10__.TextureWhite,\n behaviours: [_framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_0__.Mimic, render, _Framework__WEBPACK_IMPORTED_MODULE_12__.Child],\n shadow: false\n };\n Object.assign(defaultParameters, parameters);\n Object.assign(parameters, defaultParameters);\n if (parameters.mesh === null) {\n throw new Error(\"Toolbox: no mesh to render\");\n }\n if (parameters.boneIndex === null) {\n throw new Error(\"Toolbox: no boneIndex to attach\");\n }\n }\n /**\n * Loads an returns a new entity tree from a json config\n * @param config JSON Config object\n * @param meshes Array of meshes\n * @param textures Array of textures\n * @param outTags [Optional] Referenced array that will be written with entity tags\n * @returns entity\n */\n static JSONToEntity(config, meshes, textures, outTags = []) {\n let entity;\n let instantiateEntity = (entitiesConfig, parent) => {\n for (let i in entitiesConfig) {\n const transform = entitiesConfig[i].transform || [\n 0, 0, 0, 0, 0, 0, 1, 1, 1\n ];\n const shaderBitMap = entitiesConfig[i].shader || parent.shaderBitMap || 0;\n const shader = shaderBitMap & ~_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].shadow;\n const behaviours = [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_3__.Transform];\n const renderBehaviour = entitiesConfig[i].renderBehaviour || parent.renderBehaviour;\n if (entitiesConfig[i].mesh !== undefined &&\n entitiesConfig[i].texture !== undefined) {\n behaviours.push(_Framework__WEBPACK_IMPORTED_MODULE_12__.RenderOpaque);\n }\n const e = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n behaviours: behaviours,\n autoBatch: false,\n parent: parent,\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].get(shader),\n mesh: meshes[entitiesConfig[i].mesh],\n texture: textures[entitiesConfig[i].texture],\n position: new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(transform[0] || 0, transform[1] || 0, transform[2] || 0),\n rotation: new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(transform[3] || 0, transform[4] || 0, transform[5] || 0).iMul(_Framework__WEBPACK_IMPORTED_MODULE_12__.DegToRad),\n scale: new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_11__.Vec(transform[6] || 1, transform[7] || 1, transform[8] || 1),\n renderBehaviour: renderBehaviour,\n shaderBitMap: shaderBitMap\n });\n if ((shaderBitMap & _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].shadow) !== 0 &&\n entitiesConfig[i].mesh !== undefined &&\n entitiesConfig[i].texture !== undefined) {\n new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_0__.Mimic, _Framework__WEBPACK_IMPORTED_MODULE_12__.Child, _Framework__WEBPACK_IMPORTED_MODULE_12__.RenderShadow],\n parent: e\n });\n }\n if (entitiesConfig[i].tag) {\n e.tag = entitiesConfig[i].tag;\n outTags[e.tag] = e;\n }\n if (entity === undefined) {\n entity = e;\n }\n instantiateEntity(entitiesConfig[i].c, e);\n }\n };\n instantiateEntity(config.e, {});\n return entity;\n }\n}\n// UI Entities - - - - -\nToolbox.createUIEntity = (parameters = {}) => {\n Toolbox._setupUIEntityParameters(parameters);\n return new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n parent: parameters.parent,\n autoBatch: parameters.autoBatch,\n behaviours: parameters.behaviours,\n portraitPosition: parameters.portrait.position,\n portraitAnchor: parameters.portrait.anchor,\n portraitScale: parameters.portrait.scale,\n landscapePosition: parameters.landscape.position,\n landscapeAnchor: parameters.landscape.anchor,\n landscapeScale: parameters.landscape.scale,\n aspect: parameters.aspect,\n texture: parameters.texture,\n tint: parameters.tint,\n mesh: _base_src_builtins_default_resources_meshes_MeshUi__WEBPACK_IMPORTED_MODULE_9__.MeshUi,\n shader: parameters.shader,\n touchOrder: parameters.touchOrder,\n blockOnTouch: parameters.blockOnTouch\n });\n};\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (Toolbox);\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/utils/Toolbox.ts?"); /***/ }), /***/ "./framework/modules/utils/utils.ts": /*!******************************************!*\ !*** ./framework/modules/utils/utils.ts ***! \******************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ GenerateIdx: () => (/* binding */ GenerateIdx),\n/* harmony export */ GetUID: () => (/* binding */ GetUID),\n/* harmony export */ abs2rel: () => (/* binding */ abs2rel),\n/* harmony export */ base64ToInt16: () => (/* binding */ base64ToInt16),\n/* harmony export */ base64ToUInt16: () => (/* binding */ base64ToUInt16),\n/* harmony export */ base64ToUInt8: () => (/* binding */ base64ToUInt8),\n/* harmony export */ filterArrayInplace: () => (/* binding */ filterArrayInplace),\n/* harmony export */ getKeyByValue: () => (/* binding */ getKeyByValue),\n/* harmony export */ getOrGenerate: () => (/* binding */ getOrGenerate),\n/* harmony export */ hex2rgb: () => (/* binding */ hex2rgb),\n/* harmony export */ isString: () => (/* binding */ isString),\n/* harmony export */ relativeToHexadecimal: () => (/* binding */ relativeToHexadecimal),\n/* harmony export */ removeFromArray: () => (/* binding */ removeFromArray),\n/* harmony export */ replaceInArray: () => (/* binding */ replaceInArray),\n/* harmony export */ uniform: () => (/* binding */ uniform),\n/* harmony export */ wrapAngle: () => (/* binding */ wrapAngle)\n/* harmony export */ });\n/* harmony import */ var _base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../base/src/core/common/Mesh */ \"./framework/base/src/core/common/Mesh.ts\");\n/* harmony import */ var _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\n\n/** @category Miniplay */\nfunction removeFromArray(array, element) {\n array.splice(array.indexOf(element), 1);\n}\n/** @category Miniplay */\nfunction replaceInArray(array, element, replacement) {\n array[array.indexOf(element)] = replacement;\n}\n/** @category Miniplay */\nfunction filterArrayInplace(array, func) {\n let j = 0;\n for (let i = 0; i < array.length; i++) {\n if (func(array[i]) === false) {\n array[j] = null;\n }\n else {\n if (i !== j) {\n array[j] = array[i];\n }\n j++;\n }\n }\n array.splice(j, array.length - j);\n}\n/** @category Miniplay */\nfunction isString(s) {\n return typeof (s) === 'string' || s instanceof String;\n}\n/** @category Miniplay */\nfunction getOrGenerate(obj, key, gen) {\n if (!obj[key]) {\n obj[key] = gen(key);\n }\n return obj[key];\n}\n/** @category Miniplay */\nfunction base64ToInt16(base_64) {\n let data = atob(base_64);\n let len = data.length;\n let view = new Uint8Array(len);\n for (let i = 0; i < len; i++) {\n view[i] = data.charCodeAt(i);\n }\n // reinterpret the buffer as uint16;\n return new Int16Array(view.buffer);\n}\nfunction base64ToUInt16(base_64) {\n let data = atob(base_64);\n let len = data.length;\n let view = new Uint8Array(len);\n for (let i = 0; i < len; i++) {\n view[i] = data.charCodeAt(i);\n }\n // reinterpret the buffer as uint16;\n return new Uint16Array(view.buffer);\n}\n/** @category Miniplay */\nfunction base64ToUInt8(base_64) {\n let data = atob(base_64);\n let len = data.length;\n let view = new Uint8Array(len);\n for (let i = 0; i < len; i++) {\n view[i] = data.charCodeAt(i);\n }\n return view;\n}\n/** @category Miniplay */\nfunction hex2rgb(hexString, alpha = 1) {\n let r = parseInt(\"0x\" + hexString.slice(0, 2)) / 255;\n let g = parseInt(\"0x\" + hexString.slice(2, 4)) / 255;\n let b = parseInt(\"0x\" + hexString.slice(4)) / 255;\n return [r, g, b, alpha];\n}\n/** @category Miniplay */\nfunction GetUID(obj) {\n if (obj._uid === undefined) {\n return obj._uid = GetUID.NextUID++;\n }\n return obj._uid;\n}\nGetUID.NextUID = 0;\n/** @category Miniplay */\nfunction abs2rel(position, rect) {\n const ox = rect[0];\n const oy = rect[1];\n const width = rect[2];\n const height = rect[3];\n const x = (position.x - ox) / width;\n const y = (position.y - oy) / height;\n return new _base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(x, y);\n}\n/** @category Miniplay */\nfunction getKeyByValue(object, value) {\n return Object.keys(object).find(key => object[key] === value);\n}\n/** @category Miniplay */\nfunction GenerateIdx(mesh) {\n if (mesh.vertexFormat.attributeOffset[\"a_idx\"] !== undefined) {\n return mesh;\n }\n let newVertexFormat = mesh.vertexFormat.add(\"a_idx\", 1);\n let vertices = mesh.vertices;\n const originalVertexLength = mesh.vertexFormat.vertexLength;\n const vertexCount = vertices.length / originalVertexLength;\n let newVertices = new Float32Array(vertexCount * (originalVertexLength + 1));\n for (let i = 0, inIdx = 0, outIdx = 0; i < vertexCount; ++i) {\n newVertices.set(vertices.subarray(inIdx, inIdx + originalVertexLength), outIdx);\n inIdx += originalVertexLength;\n outIdx += originalVertexLength + 1;\n }\n return new _base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_0__[\"default\"](newVertexFormat, newVertices, mesh.indices);\n}\nfunction wrapAngle(angle, meanValue = 0.0, range = 2.0 * Math.PI) {\n let minValue = meanValue - range / 2;\n let maxValue = meanValue + range / 2;\n while (angle <= minValue)\n angle += range;\n while (angle > maxValue)\n angle -= range;\n return angle;\n}\n;\n/*\n converts `value` to a hexadecimal string (i. e. with format \"#XXXXXX\")\n where `length` specifies the number of hexadecimal digits of precision.\n\n @remarks\n `value` is expected to be in the [0.0, 1.0] range.\n `value` is first converted to the [0, 255] range and rounded to an integer.\n*/\nfunction relativeToHexadecimal(value, length = 2) {\n let absolute = Math.floor(255 * value);\n let hexadecimal = absolute.toString(16).toUpperCase();\n let prefixLength = Math.max(length - hexadecimal.length, 0);\n let prefix = (new Array(prefixLength).fill(0)).join('');\n return prefix + hexadecimal;\n}\n/*\n sample a value uniformly random from the range [minValue, maxValue].\n*/\nfunction uniform(minValue = 0.0, maxValue = 1.0) {\n return Math.random() * (maxValue - minValue) + minValue;\n}\n\n\n//# sourceURL=webpack://miniplay/./framework/modules/utils/utils.ts?"); /***/ }), /***/ "./miniplay-fps/3D/src/Collider.ts": /*!*****************************************!*\ !*** ./miniplay-fps/3D/src/Collider.ts ***! \*****************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/Framework */ \"./framework/Framework.ts\");\n\n/**\n * @category Miniplay FPS\n */\nclass Collider {\n /** @returns the reference entity for the collider's position */\n get entity() { return this._entity; }\n /** @returns the collider's tag that can be used as an identifier */\n get tag() { return this._tag; }\n /** @returns the collider's global position */\n get position() { return this.entity.transform.getTranslation().iAdd(this._position); }\n /** @returns the collider's local position relative to it's entity */\n get localPosition() { return this._position; }\n /** sets the collider's tag value that can be used as an identifier */\n set tag(tag) { this._tag = tag; }\n /** sets the collider's position as a global position value */\n set position(position) { this._position = position.sub(this.entity.transform.getTranslation()); }\n /** sets the collider's position as a value relative to the collider's reference entity */\n set localPosition(position) { this._position.copyFrom(position); }\n constructor(entity = null, tag = \"\") {\n /** reference entity for the collider's position */\n this._entity = null;\n /** (optional) string that can be used as an identifier for the collider */\n this._tag = \"\";\n /** collider's position relative to it's entity */\n this._position = new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec();\n this._entity = entity;\n this._tag = tag;\n Collider.list.push(this);\n }\n}\n/** list of every collider or derivate instantiated */\nCollider.list = [];\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (Collider);\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/3D/src/Collider.ts?"); /***/ }), /***/ "./miniplay-fps/3D/src/CylinderCollider.ts": /*!*************************************************!*\ !*** ./miniplay-fps/3D/src/CylinderCollider.ts ***! \*************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ CylinderCollider)\n/* harmony export */ });\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Transform */ \"./framework/base/src/builtins/behaviours/Transform.ts\");\n/* harmony import */ var _Collider__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./Collider */ \"./miniplay-fps/3D/src/Collider.ts\");\n\n\n\n/**\n * @category Miniplay FPS\n */\nclass CylinderCollider extends _Collider__WEBPACK_IMPORTED_MODULE_2__[\"default\"] {\n get radius() { return this._radius; }\n get height() { return this._height; }\n get parent() { return this._parent; }\n set radius(radius) { this._radius = radius; }\n set height(height) { this._height = height; }\n set parent(parent) { this._parent = parent; }\n constructor(entity, position, radius, height, parent) {\n super(entity);\n this.debugEntity = null;\n this._position = _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec.get(position);\n this._radius = radius;\n this._height = height;\n this._parent = parent;\n }\n draw(tint = [1, 0, 1, 0.5]) {\n if (this.debugEntity === null) {\n this.debugEntity = new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Entity({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_1__.Transform, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderCutout],\n autoBatch: false,\n mesh: _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.AssetsLoader.getInstance().loadMesh(_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.CylinderMeshData),\n position: [this.position.x, this.position.y + this.height / 2, this.position.z],\n scale: [this.radius * 2, this.height / 2, this.radius * 2],\n tint: tint\n });\n }\n else {\n this.debugEntity.position = this.position;\n }\n return this.debugEntity;\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/3D/src/CylinderCollider.ts?"); /***/ }), /***/ "./miniplay-fps/3D/src/Intersection3D.ts": /*!***********************************************!*\ !*** ./miniplay-fps/3D/src/Intersection3D.ts ***! \***********************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Intersection3D)\n/* harmony export */ });\nclass Intersection3D {\n static rayXZCircle(ray, circle) {\n function discriminant(a, b, c) {\n return b * b - (4 * a * c);\n }\n function solve(a, b, d) {\n const sqrtD = Math.sqrt(d);\n const result = (-1 * b + sqrtD) / (2 * a);\n const result2 = (-1 * b - sqrtD) / (2 * a);\n return [result, result2];\n }\n const crx = ray.direction.x;\n const crz = ray.direction.z;\n const cpx = ray.origin.x;\n const cpz = ray.origin.z;\n const tpx = circle.position.x;\n const tpz = circle.position.z;\n const eqA = crx * crx + crz * crz;\n const eqB = 2 * (cpx * crx - tpx * crx + cpz * crz - tpz * crz);\n const eqC = (cpx - tpx) * (cpx - tpx) + (cpz - tpz) * (cpz - tpz) - circle.radius * circle.radius;\n const eqD = discriminant(eqA, eqB, eqC);\n if (eqD < 0) {\n return [];\n }\n return solve(eqA, eqB, eqD);\n }\n static rayYAlignedCylinder(ray, cylinder) {\n const t = Intersection3D.rayXZCircle(ray, cylinder);\n if (t.length === 0)\n return [];\n const h1 = ray.evaluateAt(t[0]).y;\n const h2 = ray.evaluateAt(t[1]).y;\n if (h1 <= cylinder.position.y + cylinder.height && h1 >= cylinder.position.y ||\n h2 <= cylinder.position.y + cylinder.height && h2 >= cylinder.position.y) {\n return t;\n }\n else {\n return [];\n }\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/3D/src/Intersection3D.ts?"); /***/ }), /***/ "./miniplay-fps/3D/src/Ray.ts": /*!************************************!*\ !*** ./miniplay-fps/3D/src/Ray.ts ***! \************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Ray)\n/* harmony export */ });\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _Collider__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./Collider */ \"./miniplay-fps/3D/src/Collider.ts\");\n/* harmony import */ var _CylinderCollider__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./CylinderCollider */ \"./miniplay-fps/3D/src/CylinderCollider.ts\");\n/* harmony import */ var _Intersection3D__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./Intersection3D */ \"./miniplay-fps/3D/src/Intersection3D.ts\");\n\n\n\n\n/**\n * Represents a line segment in the 3D space and can be cast to check intersection with colliders\n * ```typescript\n * const ray = new Ray(Camera.transform.getTranslation(), Camera.getForward()); // creates a ray at the camera pointing forward\n * const collidersHit = ray.cast();\n * if (collidersHit.length > 0) {\n * console.log('ray hit at least one collider');\n * }\n * ```\n * @category Miniplay FPS\n */\nclass Ray {\n get origin() { return this._origin; }\n get direction() { return this._direction; }\n set origin(vec) { this._origin.copyFrom(vec); }\n set direction(vec) { this._direction.copyFrom(vec); }\n constructor(point, direction) {\n this._origin = point;\n this._direction = direction.unit;\n }\n /**\n * ```\n * Parametric equation with parameter t:\n * Ray = this._origin + t * this._direction\n * Ray = o + t*d\n * ```\n * @returns a new Vec with the value of the parametric equation at the point t\n * @param t the value of the parameter for the parametric equation of the line segment\n */\n evaluateAt(t) {\n return _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.VecTemp.copyFrom(this._origin).iAddScaled(this._direction, t);\n }\n /**\n * Goes through every collider inside Collider.list and checks if the\n * line segment represented by the ray intersects with any collider\n * @returns a list with every collider intersected by the ray ordered by the closest distance from the origin to the farthest\n */\n cast() {\n const collidersHit = [];\n for (let collider of _Collider__WEBPACK_IMPORTED_MODULE_1__[\"default\"].list) {\n if (collider instanceof _CylinderCollider__WEBPACK_IMPORTED_MODULE_2__[\"default\"]) {\n const result = _Intersection3D__WEBPACK_IMPORTED_MODULE_3__[\"default\"].rayYAlignedCylinder(this, collider);\n if (result.length > 0) {\n collidersHit.push({ collider: collider, parameter: Math.min(result[0], result[1]) });\n }\n }\n }\n collidersHit.sort((a, b) => b.parameter - a.parameter);\n return collidersHit.map(item => item.collider);\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/3D/src/Ray.ts?"); /***/ }), /***/ "./miniplay-fps/bullet/src/Bullet.ts": /*!*******************************************!*\ !*** ./miniplay-fps/bullet/src/Bullet.ts ***! \*******************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Bullet)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Child */ \"./framework/base/src/builtins/behaviours/Child.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Mimic */ \"./framework/base/src/builtins/behaviours/Mimic.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Transform */ \"./framework/base/src/builtins/behaviours/Transform.ts\");\n/* harmony import */ var _framework_base_src_builtins_shaders_src_DefaultShaders__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../framework/base/src/builtins/shaders/src/DefaultShaders */ \"./framework/base/src/builtins/shaders/src/DefaultShaders.ts\");\n/* harmony import */ var _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../framework/base/src/builtins/shaders/src/UberShader */ \"./framework/base/src/builtins/shaders/src/UberShader.ts\");\n/* harmony import */ var _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../framework/base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _data_bullet_json__WEBPACK_IMPORTED_MODULE_9__ = __webpack_require__(/*! ../data/bullet.json */ \"./miniplay-fps/bullet/data/bullet.json\");\n/* harmony import */ var _data_trail_json__WEBPACK_IMPORTED_MODULE_10__ = __webpack_require__(/*! ../data/trail.json */ \"./miniplay-fps/bullet/data/trail.json\");\n/* harmony import */ var _data_bulletTexture_png__WEBPACK_IMPORTED_MODULE_11__ = __webpack_require__(/*! ../data/bulletTexture.png */ \"./miniplay-fps/bullet/data/bulletTexture.png\");\n/* harmony import */ var _data_trailTexture_png__WEBPACK_IMPORTED_MODULE_12__ = __webpack_require__(/*! ../data/trailTexture.png */ \"./miniplay-fps/bullet/data/trailTexture.png\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Script */ \"./framework/base/src/builtins/behaviours/Script.ts\");\n\n\n\n\n\n\n\n\n// @ts-ignore\n\n// @ts-ignore\n\n// @ts-ignore\n\n// @ts-ignore\n\n\nclass Bullet {\n get entity() { return this._wrapper; }\n get body() { return this._body; }\n get trail() { return this._trail; }\n get position() { return this._wrapper.position; }\n get rotation() { return this._wrapper.rotation; }\n get scale() { return this._wrapper.scale; }\n set position(position) { this._wrapper.position = position; }\n set rotation(rotation) { this._wrapper.rotation = rotation; }\n set scale(scale) { this._wrapper.scale = scale; }\n constructor(position = [0, 0, 0], rotation = [0, 0, 0], scale = [1, 1, 1], transparentBullet = false, autoBatch = true) {\n this._loadAssets();\n this._wrapper = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_2__.Transform],\n position: position,\n rotation: rotation,\n scale: scale\n });\n const renderBehaviour = transparentBullet ? _framework_Framework__WEBPACK_IMPORTED_MODULE_7__.RenderTransparent : _framework_Framework__WEBPACK_IMPORTED_MODULE_7__.RenderOpaque;\n this._body = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_2__.Transform, renderBehaviour, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_8__.Script],\n parent: this._wrapper,\n autoBatch: autoBatch,\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].get(_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].diffuse | _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].metallic),\n mesh: this._meshes.BODY,\n texture: this._textures.BODY,\n rotation: [_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_6__.Pi / 2, 0, 0],\n scale: [2, 3, 2],\n tint: [182 / 255, 148 / 255, 60 / 255, 1],\n children: parent => [{\n behaviours: [_framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_1__.Mimic, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_7__.RenderShadow],\n shader: _framework_base_src_builtins_shaders_src_DefaultShaders__WEBPACK_IMPORTED_MODULE_3__.ShaderShadow\n }]\n });\n this._trail = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_2__.Transform, _framework_Framework__WEBPACK_IMPORTED_MODULE_7__.RenderTransparent, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child],\n autoBatch: autoBatch,\n parent: this._body,\n shader: _framework_base_src_builtins_shaders_src_DefaultShaders__WEBPACK_IMPORTED_MODULE_3__.ShaderUnlit,\n mesh: this._meshes.TRAIL,\n texture: this._textures.TRAIL,\n tint: [1, 1, 1, 211 / 255],\n position: [0, -0.3, 0],\n rotation: [Math.PI, 0, 0],\n scale: [1.4, 1.4, 1.4],\n });\n }\n _loadAssets() {\n this._meshes = {\n BODY: _framework_Framework__WEBPACK_IMPORTED_MODULE_7__.AssetsLoader.getInstance().loadMesh(_data_bullet_json__WEBPACK_IMPORTED_MODULE_9__),\n TRAIL: _framework_Framework__WEBPACK_IMPORTED_MODULE_7__.AssetsLoader.getInstance().loadMesh(_data_trail_json__WEBPACK_IMPORTED_MODULE_10__)\n };\n this._textures = {\n BODY: _framework_Framework__WEBPACK_IMPORTED_MODULE_7__.AssetsLoader.getInstance().loadTexture(_data_bulletTexture_png__WEBPACK_IMPORTED_MODULE_11__),\n TRAIL: _framework_Framework__WEBPACK_IMPORTED_MODULE_7__.AssetsLoader.getInstance().loadTexture(_data_trailTexture_png__WEBPACK_IMPORTED_MODULE_12__)\n };\n }\n lookAt(point) {\n this._wrapper.lookAt(point);\n }\n destroy() {\n this._wrapper.destroy();\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/bullet/src/Bullet.ts?"); /***/ }), /***/ "./miniplay-fps/bulletTime/src/BulletTime.ts": /*!***************************************************!*\ !*** ./miniplay-fps/bulletTime/src/BulletTime.ts ***! \***************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ BulletTime)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/base/src/core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../framework/Framework */ \"./framework/Framework.ts\");\n\n\nclass BulletTime {\n get progress() { return this._time / this._duration; }\n constructor(cameraHandler, target, hitOffset, bullet, duration, onBulletTimeEnd = () => { }) {\n this._cameraHandler = cameraHandler;\n this._target = target;\n this._targetPosition = target.transform.getTranslation().add(_framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Vec.get(hitOffset));\n this._bullet = bullet;\n this._duration = duration;\n this._onBulletTimeEnd = onBulletTimeEnd;\n this._bullet.trail.tint[3] = 0;\n this._time = 0;\n this._running = false;\n this.setup();\n this._behaviour = new _framework_base_src_core_common_Behaviour__WEBPACK_IMPORTED_MODULE_0__.Behaviour({\n onSystemUpdate: () => {\n if (!this._running) {\n return;\n }\n this.updateBullet();\n this.updateCamera();\n this.updateCameraHandler();\n this.updateProgress();\n }\n });\n }\n // @override\n setup() { }\n // @override\n updateBullet() { }\n // @override\n updateCameraHandler() { }\n // @override\n updateCamera() { }\n // @override\n updateProgress() { }\n reset() {\n this._time = 0;\n this.start();\n }\n start() {\n this._running = true;\n }\n stop() {\n this._running = false;\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/bulletTime/src/BulletTime.ts?"); /***/ }), /***/ "./miniplay-fps/cameraHandler/src/CameraHandler.ts": /*!*********************************************************!*\ !*** ./miniplay-fps/cameraHandler/src/CameraHandler.ts ***! \*********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ CameraHandler: () => (/* binding */ CameraHandler)\n/* harmony export */ });\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Script */ \"./framework/base/src/builtins/behaviours/Script.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Transform */ \"./framework/base/src/builtins/behaviours/Transform.ts\");\n/* harmony import */ var _framework_modules_tween_Tween__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../framework/modules/tween/Tween */ \"./framework/modules/tween/Tween.js\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../framework/base/src/builtins/camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../framework/base/src/core/common/EventManager */ \"./framework/base/src/core/common/EventManager.ts\");\n\n\n\n\n\n\n\n/**\n * @category Miniplay FPS\n */\nclass CameraHandler {\n get aspectFOV() { return this._aspectFOV; }\n get entity() { return this._inputHandler; }\n get fixedFOV() { return this._fixedFOV; }\n get position() { return this._inputHandler.position; }\n get rotation() { return this._inputHandler.rotation; }\n get rotationEnabled() { return this._rotationEnabled; }\n get sensitivity() { return this._sensitivity; }\n get breathingStregth() { return this._breathingStrength; }\n set aspectFOV(fov) { this._aspectFOV = fov; }\n set fixedFOV(fov) { this._fixedFOV = fov; }\n set position(position) { this._inputHandler.position = position; }\n set sensitivity(sensitivity) { this._sensitivity = sensitivity; }\n set breathingStregth(strength) { this._breathingStrength = strength; }\n constructor(basePosition, baseRotation, angleLimits, sensitivity = 1) {\n this._aspectFOV = 30;\n this._fixedFOV = 30;\n this._rotationEnabled = true;\n this._focusing = false;\n this._focusHandler = null;\n this._attachedEntity = null;\n this._aimOffsetTargetWeight = 1.0;\n this._aimOffsetCurrentWeight = 0.0;\n this._kick = _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.VecZero.copy;\n this._accMovement = _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.VecZero.copy;\n this._accCameraMovement = _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.VecZero.copy;\n this.cameraZ = -1;\n this._basePosition = _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Vec.get(basePosition);\n this._baseRotation = _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Vec.get(baseRotation);\n this._sensitivity = sensitivity;\n this._angleLimits = angleLimits;\n this._kick = _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.VecZero.copy;\n this._accMovement = _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.VecZero.copy;\n this._accCameraMovement = _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.VecZero.copy;\n this._breathingStrength = 1;\n this._inputHandler = new _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Entity({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_2__.Transform, _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_1__.Script],\n position: this._basePosition.copy,\n rotation: this._baseRotation.copy,\n inputEnabled: true,\n controlEnabled: true,\n onUpdate: self => {\n if (!self.controlEnabled)\n return;\n if (self.inputEnabled) {\n this._accMovement.iAdd(this._kick);\n this._accMovement.iMul(0.7);\n if (this._rotationEnabled) {\n self.rotation.iSub(this._accMovement);\n self.rotation.x = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(self.rotation.x, this._angleLimits.xMin * _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.DegToRad, this._angleLimits.xMax * _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.DegToRad);\n self.rotation.x %= _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Pi2;\n self.rotation.y = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(self.rotation.y, this._angleLimits.yMin * _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.DegToRad, this._angleLimits.yMax * _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.DegToRad);\n self.rotation.y %= _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Pi2;\n this._accCameraMovement.iAdd(this._accMovement);\n this._accCameraMovement.iMul(0.95);\n this._accCameraMovement.x = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(this._accCameraMovement.x, -0.1, 0.1);\n this._accCameraMovement.y = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(this._accCameraMovement.y, -0.1, 0.1);\n }\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__[\"default\"].rotation = this._accCameraMovement.mul(0.4);\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__[\"default\"].position = new _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Vec(-this._accCameraMovement.y * 0.5, this._accCameraMovement.x * 0.5, this.cameraZ);\n }\n else {\n this._accMovement.iMul(0.7);\n if (this._rotationEnabled)\n this._accCameraMovement.iMul(0.95);\n }\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__[\"default\"].rotation.iAdd(this._aimOffset().iMul(this._aimOffsetCurrentWeight));\n this._aimOffsetCurrentWeight += (this._aimOffsetTargetWeight - this._aimOffsetCurrentWeight) * _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Engine.dt;\n this.updateFOV();\n }\n });\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__[\"default\"].parent = this._inputHandler;\n _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_6__[\"default\"].on('touch-move', this._onTouchMove.bind(this));\n }\n _onTouchMove(touch) {\n if (this._inputHandler.inputEnabled && !touch._trackedByUi && !touch.trackedByPinch) {\n this._accMovement.iAdd(new _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Vec(-touch.deltaY * this._sensitivity / 1000, -touch.deltaX * this._sensitivity / 1000, 0));\n }\n }\n _aimOffset() {\n _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.VecTemp.x = Math.cos(_framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Engine.time);\n _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.VecTemp.y = Math.sin(_framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Engine.time);\n _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.VecTemp.z = 0;\n _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.VecTemp.iMul(this._breathingStrength * 0.0001 * _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__[\"default\"].fov);\n return _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.VecTemp;\n }\n updateFOV() {\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__[\"default\"].fov = this._fixedFOV + this._aspectFOV / _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__[\"default\"].aspect;\n }\n enableInput() {\n this._inputHandler.inputEnabled = true;\n }\n disableInput() {\n this._inputHandler.inputEnabled = false;\n }\n enableCameraControl() {\n this._inputHandler.controlEnabled = true;\n }\n disableCameraControl() {\n this._inputHandler.controlEnabled = false;\n }\n enableRotation() {\n this._rotationEnabled = true;\n }\n disableRotation() {\n this._rotationEnabled = false;\n }\n enableAimOffset() {\n this._aimOffsetTargetWeight = 1.0;\n }\n disableAimOffset() {\n this._aimOffsetTargetWeight = 0.0;\n }\n destroy() {\n this.detach();\n this.disableInput();\n this.disableCameraControl();\n this._inputHandler.destroy();\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__[\"default\"].parent = null;\n }\n attach(entity, keepRotation = false) {\n let position = entity.position.copy;\n let rotation = entity.rotation.copy;\n if (keepRotation)\n rotation = this._inputHandler.rotation.copy;\n entity.parent = this._inputHandler;\n this._inputHandler.position = position;\n this._inputHandler.rotation = rotation;\n entity.position = new _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Vec(0, 0, 0);\n entity.rotation = new _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Vec(0, 0, 0);\n this._attachedEntity = entity;\n }\n detach(keepRotation = false, cleanCameraData = false) {\n if (this._attachedEntity === null)\n return;\n this._attachedEntity.parent = null;\n this._attachedEntity.position = this._inputHandler.position.copy;\n this._attachedEntity.rotation = this._inputHandler.rotation.copy;\n this._inputHandler.position = new _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Vec(0, 0, 0);\n if (!keepRotation)\n this._inputHandler.rotation = new _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Vec(0, 0, 0);\n if (cleanCameraData) {\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__[\"default\"].position = new _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Vec(0, 0, -1);\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__[\"default\"].rotation = new _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Vec(0, 0, 0);\n }\n this._attachedEntity = null;\n }\n kick(intensity = 1) {\n const duration = 0.5;\n const kick = new _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Vec(0.02, -0.02).mul(intensity);\n _framework_modules_tween_Tween__WEBPACK_IMPORTED_MODULE_3__.Tween.Value(value => {\n this._kick = kick.mul(value);\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__[\"default\"].rotation.z = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.lerp)(0, -0.1, value);\n }, 0, 1, duration / 5).SetEasing(_framework_modules_tween_Tween__WEBPACK_IMPORTED_MODULE_3__.Tween.Easing.QuadraticInOut);\n _framework_modules_tween_Tween__WEBPACK_IMPORTED_MODULE_3__.Tween.Value(value => {\n this._kick = kick.mul(-value / 5);\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_5__[\"default\"].rotation.z = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.lerp)(0, -0.1, value);\n }, 1, 0, duration * 4 / 5).SetEasing(_framework_modules_tween_Tween__WEBPACK_IMPORTED_MODULE_3__.Tween.Easing.QuadraticInOut).SetDelay(duration / 5);\n }\n focus(targetRotation, rotationSpeed = 1, onFinishCallback = () => { }) {\n if (this._focusing) {\n this._focusHandler.enabled = false;\n this._focusHandler = null;\n }\n this.disableInput();\n let error;\n this._focusHandler = new _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Entity({\n behaviours: [_framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_1__.Script],\n enabled: true,\n onUpdate: (self) => {\n if (!self.enabled) {\n this._focusing = false;\n this.enableInput();\n onFinishCallback();\n self.destroy();\n return;\n }\n error = targetRotation.sub(this._inputHandler.rotation);\n if (error.length < 0.001) {\n self.enabled = false;\n return;\n }\n this._inputHandler.rotation.iAdd(error.iMul(_framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Engine.dt * rotationSpeed));\n this._accMovement.iMul(0.7);\n this._accCameraMovement.iMul(0.7);\n }\n });\n this._focusing = true;\n }\n stepToResetState(wiggle = true) {\n if (wiggle) {\n // Wiggles arms and gun while resetting rotation\n this._accMovement.iSub(this._baseRotation.sub(this._inputHandler.rotation).mul(_framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Engine.dt * 5));\n }\n else {\n // Does not move arms and gun while resetting rotation\n this._inputHandler.rotation.iAdd(this._baseRotation.sub(this._inputHandler.rotation).mul(_framework_Framework__WEBPACK_IMPORTED_MODULE_4__.Engine.dt * 15));\n }\n }\n resetState() {\n this._inputHandler.rotation.iWith(this._baseRotation);\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/cameraHandler/src/CameraHandler.ts?"); /***/ }), /***/ "./miniplay-fps/endcards/endcardUpdateUX/src/EndcardUpdateUX.ts": /*!**********************************************************************!*\ !*** ./miniplay-fps/endcards/endcardUpdateUX/src/EndcardUpdateUX.ts ***! \**********************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ EndcardUpdateUX)\n/* harmony export */ });\n/* harmony import */ var _data_frame_png__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../data/frame.png */ \"./miniplay-fps/endcards/endcardUpdateUX/data/frame.png\");\n/* harmony import */ var _data_button_png__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../data/button.png */ \"./miniplay-fps/endcards/endcardUpdateUX/data/button.png\");\n/* harmony import */ var _data_coin_png__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../data/coin.png */ \"./miniplay-fps/endcards/endcardUpdateUX/data/coin.png\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/UiElement */ \"./framework/base/src/builtins/behaviours/UiElement.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _src_EndcardAbstract__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../src/EndcardAbstract */ \"./miniplay-fps/endcards/src/EndcardAbstract.ts\");\n//@ts-ignore\n\n//@ts-ignore\n\n//@ts-ignore\n\n\n\n\nclass EndcardUpdateUX extends _src_EndcardAbstract__WEBPACK_IMPORTED_MODULE_2__[\"default\"] {\n constructor(win, subTitle, reward, logoData) {\n super(win, subTitle, reward, logoData);\n this._assetsLoader = _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.AssetsLoader.getInstance();\n this._loadTextures(logoData);\n this._loadTexts(win, subTitle, reward);\n this._createEntities();\n }\n _loadTextures(logoData) {\n this._logoTexture = this._assetsLoader.loadTexture(logoData);\n this._frameTexture = this._assetsLoader.loadTexture(_data_frame_png__WEBPACK_IMPORTED_MODULE_3__);\n this._coinTexture = this._assetsLoader.loadTexture(_data_coin_png__WEBPACK_IMPORTED_MODULE_4__);\n this._buttonTexture = this._assetsLoader.loadTexture(_data_button_png__WEBPACK_IMPORTED_MODULE_5__);\n }\n _loadTexts(win = false, subTitle = 'SHOT MISSED', reward = 0) {\n this._textSubTitle = new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Texture();\n this._textFullTitle = new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Texture();\n this._textMissionReward = new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Texture();\n this._textMissionRewardValue = new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Texture();\n this._textButton = new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Texture();\n const title = win ? _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Translator.translate(\"MISSION ACCOMPLISHED\") : _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Translator.translate(\"MISSION FAILED\");\n this._textFullTitle.loadText(title, 128, \"SniperFont\", 'white', 'white', 0);\n this._textSubTitle.loadText(_framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Translator.translate(subTitle), 128, \"SniperFont\", \"white\", \"white\", 0);\n this._textMissionReward.loadText(_framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Translator.translate(\"Mission Reward\"), 128, \"SniperFont\", \"#787878\", \"white\", 0);\n this._textMissionRewardValue.loadText(reward.toString(), 128, \"SniperFont\", \"white\", \"white\", 0);\n this._textButton.loadText(_framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Translator.translate(\"NEXT\"), 128, \"SniperFont\", \"white\", \"white\", 0);\n }\n _createEntities() {\n this._wrapper = new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Entity({\n behaviours: [_framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_0__.UiElement]\n });\n this.logo = new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Entity({\n behaviours: [_framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.RenderUi],\n texture: this._logoTexture,\n aspect: true,\n aspectFit: 0.5,\n scale: [0.2, 0.2],\n anchor: [-0.12, 0],\n position: [0.0, 0.0],\n onTouchStart: () => _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Adnetwork.openStore()\n });\n const frame_bg = new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Entity({\n parent: this._wrapper,\n behaviours: [_framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.ListenToResize],\n texture: this._frameTexture,\n aspect: true,\n aspectFit: 0.5,\n portraitScale: [0.6, 0.5],\n portraitPosition: [0.5, 0.5],\n landscapeScale: [0.55, 0.55],\n landscapePosition: [0.5, 0.5]\n });\n let multiplier = 1;\n let increment = _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.VecZero.copy;\n if (_framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Translator.getLanguage() === \"ZH_CN\" || _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Translator.getLanguage() === \"ZH_TW\" || _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Translator.getLanguage() === \"KO\") {\n multiplier = 0.8;\n increment = new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Vec(0, 0.04, 0);\n }\n //header\n new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Entity({\n behaviours: [_framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.ListenToResize],\n parent: frame_bg,\n texture: this._textFullTitle,\n aspect: true,\n portraitScale: [0.65 * multiplier, 0.65 * multiplier],\n portraitPosition: [0.5, 0.125 - increment.y],\n landscapeScale: [0.7 * multiplier, 0.7 * multiplier],\n landscapePosition: [0.5, 0.125 - increment.y]\n });\n new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Entity({\n behaviours: [_framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.ListenToResize],\n parent: frame_bg,\n texture: this._textSubTitle,\n aspect: true,\n portraitScale: [0.35 * multiplier, 0.35 * multiplier],\n portraitPosition: [0.5, 0.225],\n landscapeScale: [0.4 * multiplier, 0.4 * multiplier],\n landscapePosition: [0.5, 0.225]\n });\n //reward\n new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Entity({\n behaviours: [_framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.ListenToResize],\n parent: frame_bg,\n texture: this._textMissionReward,\n aspect: true,\n portraitScale: [0.4, 0.4],\n portraitPosition: [0.5, 0.65],\n landscapeScale: [0.4, 0.4],\n landscapePosition: [0.5, 0.65],\n });\n new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Entity({\n behaviours: [_framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.ListenToResize],\n parent: frame_bg,\n scale: new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Vec(0.3, 0.3, 1),\n position: new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Vec(0.4, 0.475, 0),\n texture: this._textMissionRewardValue,\n aspect: true,\n children: parent => [{\n behaviours: [_framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.RenderUi],\n texture: this._coinTexture,\n scale: new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Vec(1, 1, 1),\n position: new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Vec(1.5, 0.5, 0),\n aspect: true\n }],\n });\n //button\n this.button = new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Entity({\n parent: frame_bg,\n behaviours: [_framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.ListenToResize],\n texture: this._buttonTexture,\n aspect: true,\n aspectFit: 0.5,\n portraitScale: [0.5, 0.5],\n portraitPosition: [0.5, 0.85],\n landscapeScale: [0.5, 0.5],\n landscapePosition: [0.5, 0.81],\n onTouchStart: (entity, touch) => _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Adnetwork.openStore(),\n children: parent => [{\n behaviours: [_framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.RenderUi],\n scale: new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Vec(0.6, 0.6),\n position: new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Vec(0.5, 0.5, 0),\n texture: this._textButton,\n aspect: true\n }]\n });\n //TODO\n //REMOVER - ACRESCENTAR O BEHAVIOUR DE LISTEN TO RESIZE\n //this._adjustForOrientation();\n //Adnetwork.listenToResize(() => this._adjustForOrientation()); \n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/endcards/endcardUpdateUX/src/EndcardUpdateUX.ts?"); /***/ }), /***/ "./miniplay-fps/endcards/src/EndcardAbstract.ts": /*!******************************************************!*\ !*** ./miniplay-fps/endcards/src/EndcardAbstract.ts ***! \******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Endcard: () => (/* binding */ Endcard),\n/* harmony export */ \"default\": () => (/* binding */ EndcardAbstract)\n/* harmony export */ });\nconst Endcard = {};\nclass EndcardAbstract {\n constructor(win, subTitle, reward, logoTexture) { }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/endcards/src/EndcardAbstract.ts?"); /***/ }), /***/ "./miniplay-fps/entities/Helicopter/src/Helicopter.ts": /*!************************************************************!*\ !*** ./miniplay-fps/entities/Helicopter/src/Helicopter.ts ***! \************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Child */ \"./framework/base/src/builtins/behaviours/Child.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Mimic */ \"./framework/base/src/builtins/behaviours/Mimic.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Script */ \"./framework/base/src/builtins/behaviours/Script.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Transform */ \"./framework/base/src/builtins/behaviours/Transform.ts\");\n/* harmony import */ var _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/shaders/src/UberShader */ \"./framework/base/src/builtins/shaders/src/UberShader.ts\");\n/* harmony import */ var _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Mesh */ \"./framework/base/src/core/common/Mesh.ts\");\n/* harmony import */ var _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_10__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__ = __webpack_require__(/*! ../../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _data_WM_apacheBody_mesh_json__WEBPACK_IMPORTED_MODULE_12__ = __webpack_require__(/*! ../data/WM_apacheBody_mesh.json */ \"./miniplay-fps/entities/Helicopter/data/WM_apacheBody_mesh.json\");\n/* harmony import */ var _data_WM_apache_texture_1024_jpg__WEBPACK_IMPORTED_MODULE_16__ = __webpack_require__(/*! ../data/WM_apache_texture_1024.jpg */ \"./miniplay-fps/entities/Helicopter/data/WM_apache_texture_1024.jpg\");\n/* harmony import */ var _data_WM_apacheMainHelix_mesh_json__WEBPACK_IMPORTED_MODULE_13__ = __webpack_require__(/*! ../data/WM_apacheMainHelix_mesh.json */ \"./miniplay-fps/entities/Helicopter/data/WM_apacheMainHelix_mesh.json\");\n/* harmony import */ var _data_WM_apacheHelixA_mesh_json__WEBPACK_IMPORTED_MODULE_14__ = __webpack_require__(/*! ../data/WM_apacheHelixA_mesh.json */ \"./miniplay-fps/entities/Helicopter/data/WM_apacheHelixA_mesh.json\");\n/* harmony import */ var _data_WM_apacheHelixB_mesh_json__WEBPACK_IMPORTED_MODULE_15__ = __webpack_require__(/*! ../data/WM_apacheHelixB_mesh.json */ \"./miniplay-fps/entities/Helicopter/data/WM_apacheHelixB_mesh.json\");\n\n\n\n\n\n\n\n\n\n\n\n\n///////////////////////////////////\n/////////////////////////////////////////////////////////\n//////////////////////////////////////////////////////////////\n///////////////////////////////////////////////////////\n////////////////////////////////////\n\n\n\n\n\n//////////\nclass Helicopter {\n get entity() {\n return this._entity;\n }\n set flyingAnimationEnabled(value) {\n this._entity.flyingAnimationEnabled = value;\n }\n constructor({ position, rotation, scale }, type) {\n if (Flags.enemiesConfig === \"chopper\") {\n this._entity = this._createEntity(position, rotation, scale);\n }\n else\n this._entity = this._createEntity(position, rotation, scale, type);\n }\n _createEntity(position, rotation, scale, type) {\n const entity = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_6__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_3__.Transform, _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_2__.Script],\n position: position,\n rotation: rotation,\n scale: scale,\n onAttach: (self) => {\n self.baseRotation = self.rotation.copy;\n self.basePosition = self.position.copy;\n self.flyingAnimationEnabled = true;\n },\n onUpdate: (self) => {\n //console.log(self.baseRotation.copy.iMul(RadToDeg));\n let baseRotX = self.baseRotation.x;\n let baseRotY = self.baseRotation.y;\n let baseRotZ = self.baseRotation.z;\n if (self.flyingAnimationEnabled) {\n self.rotation.x =\n self.baseRotation.x +\n Math.sin(_framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_5__.Engine.time) * (1 * _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__.DegToRad);\n self.rotation.y =\n self.baseRotation.y +\n Math.sin(_framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_5__.Engine.time * 0.9) * (4 * _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__.DegToRad);\n self.rotation.z =\n self.baseRotation.z +\n Math.sin(_framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_5__.Engine.time * 1.1) * (1 * _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__.DegToRad);\n }\n }\n });\n entity.body = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_6__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_3__.Transform, _framework_Framework__WEBPACK_IMPORTED_MODULE_10__.RenderOpaque, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child],\n parent: entity,\n mesh: Helicopter.Assets.BodyMesh,\n texture: Helicopter.Assets.Texture,\n position: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(0, 0, 0),\n rotation: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(0, 180, 0).iMul(_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__.DegToRad),\n scale: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(1, 1, 1),\n children: (_) => [\n {\n behaviours: [_framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_1__.Mimic, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_10__.RenderShadow],\n parent: entity.body,\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].get(_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].shadow)\n }\n ]\n });\n if (Flags.enemiesConfig === \"chopper\") {\n entity.propeller = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_6__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_3__.Transform, _framework_Framework__WEBPACK_IMPORTED_MODULE_10__.RenderTransparent, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_2__.Script],\n parent: entity,\n mesh: Helicopter.Assets.PropellerMesh,\n texture: Helicopter.Assets.Texture,\n position: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(0, 1.17, 2.91),\n rotation: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(0, 0, 0).iMul(_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__.DegToRad),\n scale: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(1, 1, 1),\n speed: 10,\n children: (_) => [\n {\n behaviours: [_framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_1__.Mimic, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_10__.RenderShadow],\n parent: entity.propeller,\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].get(_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].shadow)\n }\n ],\n onUpdate: (self) => {\n self.rotation.y += (_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__.Pi / 2) * self.speed * _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_5__.Engine.dt;\n }\n });\n }\n else if (Flags.enemiesConfig === \"apache\") {\n entity.MainHelix = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_6__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_3__.Transform, _framework_Framework__WEBPACK_IMPORTED_MODULE_10__.RenderTransparent, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_2__.Script],\n parent: entity.body,\n mesh: Helicopter.Assets.MainHelixMesh,\n texture: Helicopter.Assets.Texture,\n position: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(0.003032982, 6.49093, 2.346705),\n rotation: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(0, 0, 0).iMul(_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__.DegToRad),\n scale: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(1, 1, 1),\n speed: 10,\n children: (_) => [\n {\n behaviours: [_framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_1__.Mimic, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_10__.RenderShadow],\n parent: entity.propeller,\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].get(_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].shadow)\n }\n ],\n onUpdate: (self) => {\n self.rotation.y += (_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__.Pi / 2) * self.speed * _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_5__.Engine.dt;\n }\n });\n entity.HelixA = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_6__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_3__.Transform, _framework_Framework__WEBPACK_IMPORTED_MODULE_10__.RenderTransparent, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_2__.Script],\n parent: entity.body,\n mesh: Helicopter.Assets.HelixAMesh,\n texture: Helicopter.Assets.Texture,\n position: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(-1.283178, 4.190392, -10.15146),\n rotation: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(0, 0, 0).iMul(_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__.DegToRad),\n scale: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(1, 1, 1),\n speed: 10,\n children: (_) => [\n {\n behaviours: [_framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_1__.Mimic, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_10__.RenderShadow],\n parent: entity.propeller,\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].get(_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].shadow)\n }\n ],\n onUpdate: (self) => {\n self.rotation.x += (_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__.Pi / 2) * self.speed * _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_5__.Engine.dt;\n }\n });\n entity.HelixB = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_6__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_3__.Transform, _framework_Framework__WEBPACK_IMPORTED_MODULE_10__.RenderTransparent, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_2__.Script],\n parent: entity.body,\n mesh: Helicopter.Assets.HelixBMesh,\n texture: Helicopter.Assets.Texture,\n position: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(-1.320361, 4.173744, -10.14251),\n rotation: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(0, 0, 0).iMul(_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__.DegToRad),\n scale: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_9__.Vec(1, 1, 1),\n speed: 10,\n children: (_) => [\n {\n behaviours: [_framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_1__.Mimic, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_10__.RenderShadow],\n parent: entity.propeller,\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].get(_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_4__[\"default\"].shadow)\n }\n ],\n onUpdate: (self) => {\n self.rotation.x += (_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_11__.Pi / 2) * self.speed * _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_5__.Engine.dt;\n }\n });\n }\n return entity;\n }\n}\nHelicopter.Assets = Flags.enemiesConfig === \"chopper\" ? {\n BodyMesh: _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_7__[\"default\"].loadFromData(MeshHelicopter),\n PropellerMesh: _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_7__[\"default\"].loadFromData(MeshPropeller),\n Texture: new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_8__.Texture().loadFromData(TextureHelicopter)\n} : {\n BodyMesh: _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_7__[\"default\"].loadFromData(_data_WM_apacheBody_mesh_json__WEBPACK_IMPORTED_MODULE_12__),\n MainHelixMesh: _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_7__[\"default\"].loadFromData(_data_WM_apacheMainHelix_mesh_json__WEBPACK_IMPORTED_MODULE_13__),\n HelixAMesh: _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_7__[\"default\"].loadFromData(_data_WM_apacheHelixA_mesh_json__WEBPACK_IMPORTED_MODULE_14__),\n HelixBMesh: _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_7__[\"default\"].loadFromData(_data_WM_apacheHelixB_mesh_json__WEBPACK_IMPORTED_MODULE_15__),\n Texture: new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_8__.Texture().loadFromData(_data_WM_apache_texture_1024_jpg__WEBPACK_IMPORTED_MODULE_16__)\n};\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (Helicopter);\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/entities/Helicopter/src/Helicopter.ts?"); /***/ }), /***/ "./miniplay-fps/entities/Helicopter/src/SimpleHelicopterCrash.ts": /*!***********************************************************************!*\ !*** ./miniplay-fps/entities/Helicopter/src/SimpleHelicopterCrash.ts ***! \***********************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ SimpleHelicopterCrash)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n\n\nclass SimpleHelicopterCrash {\n constructor({ helicopter }) {\n this._helicopter = helicopter;\n }\n startCrash() {\n this._helicopter.flyingAnimationEnabled = false;\n this._helicopter.entity.rotation = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0, 0).iMul(_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.DegToRad),\n this._helicopter.entity.position = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec(-4, 1, -5);\n this._helicopter.entity.body.rotation.z = -_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.Pi / 2;\n this._helicopter.entity.propeller.rotation.z = 0;\n this._helicopter.entity.propeller.speed = 0;\n this._helicopter.entity.propeller.position = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec(-5, -0.8, -13);\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/entities/Helicopter/src/SimpleHelicopterCrash.ts?"); /***/ }), /***/ "./miniplay-fps/entities/Tank/src/Tank.ts": /*!************************************************!*\ !*** ./miniplay-fps/entities/Tank/src/Tank.ts ***! \************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Tank)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Child */ \"./framework/base/src/builtins/behaviours/Child.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Mimic */ \"./framework/base/src/builtins/behaviours/Mimic.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Transform */ \"./framework/base/src/builtins/behaviours/Transform.ts\");\n/* harmony import */ var _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/shaders/src/UberShader */ \"./framework/base/src/builtins/shaders/src/UberShader.ts\");\n/* harmony import */ var _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Mesh */ \"./framework/base/src/core/common/Mesh.ts\");\n/* harmony import */ var _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/matrix/Matrix */ \"./framework/base/src/core/dataStructures/matrix/Matrix.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_9__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_10__ = __webpack_require__(/*! ../../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _data_cabeca_json__WEBPACK_IMPORTED_MODULE_12__ = __webpack_require__(/*! ../data/cabeca.json */ \"./miniplay-fps/entities/Tank/data/cabeca.json\");\n/* harmony import */ var _data_cano_json__WEBPACK_IMPORTED_MODULE_13__ = __webpack_require__(/*! ../data/cano.json */ \"./miniplay-fps/entities/Tank/data/cano.json\");\n/* harmony import */ var _data_corpo_json__WEBPACK_IMPORTED_MODULE_14__ = __webpack_require__(/*! ../data/corpo.json */ \"./miniplay-fps/entities/Tank/data/corpo.json\");\n/* harmony import */ var _data_roda_json__WEBPACK_IMPORTED_MODULE_15__ = __webpack_require__(/*! ../data/roda.json */ \"./miniplay-fps/entities/Tank/data/roda.json\");\n/* harmony import */ var _data_Tank_json__WEBPACK_IMPORTED_MODULE_11__ = __webpack_require__(/*! ../data/Tank.json */ \"./miniplay-fps/entities/Tank/data/Tank.json\");\n/* harmony import */ var _data_tank_low_base_png__WEBPACK_IMPORTED_MODULE_16__ = __webpack_require__(/*! ../data/tank_low_base.png */ \"./miniplay-fps/entities/Tank/data/tank_low_base.png\");\n/* harmony import */ var _data_tank_low_rodas_png__WEBPACK_IMPORTED_MODULE_17__ = __webpack_require__(/*! ../data/tank_low_rodas.png */ \"./miniplay-fps/entities/Tank/data/tank_low_rodas.png\");\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\nclass Tank {\n get entity() {\n return this._entity;\n }\n get head() {\n return this._entities[\"head\"];\n }\n get cannon() {\n return this._entities[\"cannon\"];\n }\n get body() {\n return this._entities[\"body\"];\n }\n get cannonExitHole() {\n _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_8__.VecTemp.setValues(0, 1, 0);\n _framework_base_src_core_dataStructures_matrix_Matrix__WEBPACK_IMPORTED_MODULE_7__[\"default\"].aTransformVector(_framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_8__.VecTemp, this.cannon.transform);\n return this.cannon.transform.getTranslation().iAdd(_framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_8__.VecTemp.iMul(-4));\n }\n get position() {\n return this._entity.position;\n }\n get rotation() {\n return this._entity.rotation;\n }\n get scale() {\n return this._entity.scale;\n }\n get entities() {\n return this._entities;\n }\n constructor(position, rotation, scale) {\n this._createEntities(_framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_8__.Vec.get(position), _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_8__.Vec.get(rotation).iMul(_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_10__.RadToDeg), _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_8__.Vec.get(scale));\n }\n _createEntities(position, rotation, scale) {\n this._entities = [];\n const config = _data_Tank_json__WEBPACK_IMPORTED_MODULE_11__;\n let entity;\n let instantiateEntity = (entities, parent) => {\n for (let i in entities) {\n const transform = entities[i].transform || [\n 0, 0, 0, 0, 0, 0, 1, 1, 1\n ];\n const shaderBitMap = entities[i].shader || parent.shaderBitMap || 0;\n const shader = shaderBitMap & ~_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_3__[\"default\"].shadow;\n const behaviours = [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_2__.Transform];\n const renderBehaviour = entities[i].renderBehaviour || parent.renderBehaviour;\n if (entities[i].mesh !== undefined &&\n entities[i].texture !== undefined) {\n behaviours.push(_framework_Framework__WEBPACK_IMPORTED_MODULE_9__.RenderOpaque);\n }\n entity = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_4__[\"default\"]({\n behaviours: behaviours,\n parent: parent,\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_3__[\"default\"].get(shader),\n mesh: Tank.Meshes[entities[i].mesh],\n texture: Tank.Textures[entities[i].texture],\n position: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_8__.Vec(transform[0] || 0, transform[1] || 0, transform[2] || 0),\n rotation: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_8__.Vec(transform[3] || 0, transform[4] || 0, transform[5] || 0).iMul(_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_10__.DegToRad),\n scale: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_8__.Vec(transform[6] || 1, transform[7] || 1, transform[8] || 1),\n renderBehaviour: renderBehaviour,\n shaderBitMap: shaderBitMap\n });\n if ((shaderBitMap & _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_3__[\"default\"].shadow) !== 0 &&\n entities[i].mesh !== undefined &&\n entities[i].texture !== undefined) {\n new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_4__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_1__.Mimic, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_9__.RenderShadow],\n parent: entity\n });\n }\n if (this._entity === undefined) {\n this._entity = entity;\n }\n if (entities[i].tag) {\n this._entities[entities[i].tag] = entity;\n }\n instantiateEntity(entities[i].c, entity);\n }\n };\n config.e[0].transform = [\n position.x,\n position.y,\n position.z,\n rotation.x,\n rotation.y,\n rotation.z,\n scale.x,\n scale.y,\n scale.z\n ];\n instantiateEntity(config.e, {});\n }\n}\nTank.Meshes = [\n _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_5__[\"default\"].loadFromData(_data_cabeca_json__WEBPACK_IMPORTED_MODULE_12__),\n _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_5__[\"default\"].loadFromData(_data_cano_json__WEBPACK_IMPORTED_MODULE_13__),\n _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_5__[\"default\"].loadFromData(_data_corpo_json__WEBPACK_IMPORTED_MODULE_14__),\n _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_5__[\"default\"].loadFromData(_data_roda_json__WEBPACK_IMPORTED_MODULE_15__)\n];\nTank.Textures = [\n new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_6__.Texture().loadFromData(_data_tank_low_base_png__WEBPACK_IMPORTED_MODULE_16__),\n new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_6__.Texture().loadFromData(_data_tank_low_rodas_png__WEBPACK_IMPORTED_MODULE_17__)\n];\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/entities/Tank/src/Tank.ts?"); /***/ }), /***/ "./miniplay-fps/entities/src/EnemyChopper.ts": /*!***************************************************!*\ !*** ./miniplay-fps/entities/src/EnemyChopper.ts ***! \***************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ EnemyChopper)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _IAbstractEntity__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ./IAbstractEntity */ \"./miniplay-fps/entities/src/IAbstractEntity.ts\");\n/* harmony import */ var _Helicopter_src_Helicopter__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../Helicopter/src/Helicopter */ \"./miniplay-fps/entities/Helicopter/src/Helicopter.ts\");\n/* harmony import */ var _Helicopter_src_SimpleHelicopterCrash__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../Helicopter/src/SimpleHelicopterCrash */ \"./miniplay-fps/entities/Helicopter/src/SimpleHelicopterCrash.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_base_src_builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../framework/base/src/builtins/renderingPipeline/RenderingPipeline */ \"./framework/base/src/builtins/renderingPipeline/RenderingPipeline.ts\");\n\n\n\n\n\n\n\nclass EnemyChopper extends _IAbstractEntity__WEBPACK_IMPORTED_MODULE_4__[\"default\"] {\n constructor(position, rotation, scale, hasOutline, hitOffsets, type) {\n super(position, rotation, scale);\n if (type) {\n switch (type.toLowerCase()) {\n case \"apache\":\n this.typedEntity = new _Helicopter_src_Helicopter__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n position: position,\n rotation: rotation,\n scale: scale,\n }, type);\n break;\n }\n }\n else { //Default chopper\n this.typedEntity = new _Helicopter_src_Helicopter__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n position: position,\n rotation: rotation,\n scale: scale\n });\n }\n this.entity = this.typedEntity.entity;\n if (Boolean(hitOffsets === null || hitOffsets === void 0 ? void 0 : hitOffsets.length)) {\n this.hitOffset = hitOffsets;\n }\n else {\n this.hitOffset = [];\n this.hitOffset.push(new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(-4.5, -2, 7)); // Bullet time hit offset\n this.hitOffset.push(new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0, -2, 7)); // Bullet time miss offset\n }\n this.enemyCrash = new _Helicopter_src_SimpleHelicopterCrash__WEBPACK_IMPORTED_MODULE_6__[\"default\"]({\n helicopter: this.typedEntity\n });\n if (hasOutline)\n this.createOutline();\n }\n createOutline() {\n let scaleFactor = 1.05;\n new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_0__[\"default\"]({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Transform, _framework_base_src_builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_3__.RenderOutline, _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Child],\n parent: this.entity.body,\n tint: [1, 0, 0, 1],\n scale: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(1, 1, 0.9).iMul(scaleFactor)\n });\n new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_0__[\"default\"]({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Transform, _framework_base_src_builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_3__.RenderOutline, _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Child],\n parent: this.entity.propeller,\n tint: [1, 0, 0, 1],\n scale: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(1, 1, 1).iMul(scaleFactor)\n });\n }\n destroy() {\n this.entity.destroy();\n }\n crash() {\n this.enemyCrash.startCrash();\n }\n updateCallback(targetRotation) { }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/entities/src/EnemyChopper.ts?"); /***/ }), /***/ "./miniplay-fps/entities/src/IAbstractEntity.ts": /*!******************************************************!*\ !*** ./miniplay-fps/entities/src/IAbstractEntity.ts ***! \******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ IAbstractEntity)\n/* harmony export */ });\nclass IAbstractEntity {\n constructor(position, rotation, scale) { }\n /**\n callback to execute specific updates for the entity AI\n @param targetRotation current target rotation\n */\n updateCallback(targetRotation) { }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/entities/src/IAbstractEntity.ts?"); /***/ }), /***/ "./miniplay-fps/entities/src/Player.ts": /*!*********************************************!*\ !*** ./miniplay-fps/entities/src/Player.ts ***! \*********************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Player)\n/* harmony export */ });\n/* harmony import */ var _IAbstractEntity__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ./IAbstractEntity */ \"./miniplay-fps/entities/src/IAbstractEntity.ts\");\n/* harmony import */ var _Tank_src_Tank__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../Tank/src/Tank */ \"./miniplay-fps/entities/Tank/src/Tank.ts\");\n\n\nclass Player extends _IAbstractEntity__WEBPACK_IMPORTED_MODULE_0__[\"default\"] {\n constructor(position, rotation, scale) {\n super(position, rotation, scale);\n this.typedEntity = new _Tank_src_Tank__WEBPACK_IMPORTED_MODULE_1__[\"default\"](position, rotation, scale);\n this.entity = this.typedEntity.entity;\n }\n destroy() {\n this.entity.destroy();\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/entities/src/Player.ts?"); /***/ }), /***/ "./miniplay-fps/explosionParticles/src/ExplosionParticles.ts": /*!*******************************************************************!*\ !*** ./miniplay-fps/explosionParticles/src/ExplosionParticles.ts ***! \*******************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ ExplosionParticles)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_behaviours_Particle__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Particle */ \"./framework/base/src/builtins/behaviours/Particle.ts\");\n/* harmony import */ var _framework_base_src_builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../framework/base/src/builtins/renderingPipeline/RenderingPipeline */ \"./framework/base/src/builtins/renderingPipeline/RenderingPipeline.ts\");\n/* harmony import */ var _framework_base_src_builtins_shaders_src_ShaderParticle__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../framework/base/src/builtins/shaders/src/ShaderParticle */ \"./framework/base/src/builtins/shaders/src/ShaderParticle.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Transform */ \"./framework/base/src/builtins/behaviours/Transform.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../framework/base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _data_fire_png__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../data/fire.png */ \"./miniplay-fps/explosionParticles/data/fire.png\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../framework/Framework */ \"./framework/Framework.ts\");\n\n\n\n\n\n\n/**\n * ASSETS\n */\n// @ts-ignore\n\n\nclass ExplosionParticles {\n constructor(position = [0, 0, 0], scale = 0.1) {\n this.entity = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_3__.Transform, _framework_base_src_builtins_behaviours_Particle__WEBPACK_IMPORTED_MODULE_0__.Particle, _framework_base_src_builtins_renderingPipeline_RenderingPipeline__WEBPACK_IMPORTED_MODULE_1__.RenderAdditive],\n texture: _framework_Framework__WEBPACK_IMPORTED_MODULE_6__.AssetsLoader.getInstance().loadTexture(_data_fire_png__WEBPACK_IMPORTED_MODULE_7__),\n position: position,\n scale: [1, 1, 1],\n shader: _framework_base_src_builtins_shaders_src_ShaderParticle__WEBPACK_IMPORTED_MODULE_2__.ShaderParticle,\n particleCount: 80,\n lifespan: 120,\n onParticlesInit: (entity) => {\n for (let particle of entity.particles) {\n particle.scale = scale;\n particle.color = [1.1, 1.1, 1.1, 1.5];\n particle.colorVelocity = [0, 0, 0, -1 - Math.random()];\n particle.scaleVelocity = 0.8;\n particle.angle = (Math.random() - 0.5) * Math.PI;\n particle.angleVelocity = (Math.random() - 0.5) * Math.PI * 12;\n particle.positionVelocity = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_4__.Vec((Math.random() - 0.5) * 2, (Math.random() - 0.5) * 2, (Math.random()) * 20 - 1);\n }\n },\n onParticlesUpdate: (entity, cycles) => {\n for (let particle of entity.particles) {\n particle.positionVelocity.x *= Math.pow(0.9, cycles);\n particle.positionVelocity.y *= Math.pow(0.9, cycles);\n particle.positionVelocity.z *= Math.pow(0.9, cycles);\n particle.angleVelocity *= Math.pow(0.95, cycles);\n particle.scaleVelocity *= Math.pow(0.98, cycles);\n }\n }\n });\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/explosionParticles/src/ExplosionParticles.ts?"); /***/ }), /***/ "./miniplay-fps/pinchHandler/src/PinchHandler.ts": /*!*******************************************************!*\ !*** ./miniplay-fps/pinchHandler/src/PinchHandler.ts ***! \*******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ PinchHandler)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../framework/base/src/core/common/EventManager */ \"./framework/base/src/core/common/EventManager.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\n\n\nclass PinchHandler {\n constructor(pinchCallback) {\n if (typeof pinchCallback === typeof undefined) {\n throw TypeError('PinchHandler cannot be instantiated without pinchCallback(deltaPinch)');\n }\n this._pinchCallback = pinchCallback;\n _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_1__[\"default\"].on('touch-start', this._onTouchStart.bind(this));\n _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_1__[\"default\"].on('touch-move', this._onTouchMove.bind(this));\n _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_1__[\"default\"].on('touch-end', this._onTouchEnd.bind(this));\n this._inputs = {};\n }\n _addInput(touch) {\n this._inputs[touch.instanceId] = {\n startTime: _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_0__.Engine.time,\n touch: touch,\n distance: []\n };\n for (let i in this._inputs) {\n const dist = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(touch.x, touch.y).dist(new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(this._inputs[i].touch.x, this._inputs[i].touch.y));\n this._inputs[i].distance[touch.instanceId] = dist;\n this._inputs[touch.instanceId].distance[this._inputs[i].touch.instanceId] = dist;\n }\n }\n _onTouchStart(touch) {\n this._addInput(touch);\n }\n _onTouchMove(touch) {\n if (!this._inputs[touch.instanceId]) {\n this._addInput(touch);\n }\n else {\n this._inputs[touch.instanceId].touch = touch;\n }\n for (let i in this._inputs) {\n const newDist = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(touch.x, touch.y).dist(new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(this._inputs[i].touch.x, this._inputs[i].touch.y));\n if (newDist !== this._inputs[i].distance[touch.instanceId]) {\n const deltaPinch = this._inputs[i].distance[touch.instanceId] - newDist;\n this._pinchCallback(deltaPinch);\n }\n this._inputs[i].distance[touch.instanceId] = newDist;\n }\n }\n _onTouchEnd(touch) {\n delete this._inputs[touch.instanceId];\n for (let i in this._inputs) {\n this._inputs[i].distance[touch.instanceId] = 0;\n }\n }\n isPinching() {\n return Object.keys(this._inputs).length >= 2;\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/pinchHandler/src/PinchHandler.ts?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/src/MilitaryBaseGrass.ts": /*!***************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/src/MilitaryBaseGrass.ts ***! \***************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ ScenarioMilitaryBaseGrass: () => (/* binding */ ScenarioMilitaryBaseGrass),\n/* harmony export */ \"default\": () => (/* binding */ MilitaryBaseGrassScenario)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Child */ \"./framework/base/src/builtins/behaviours/Child.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Mimic */ \"./framework/base/src/builtins/behaviours/Mimic.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Transform */ \"./framework/base/src/builtins/behaviours/Transform.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_TransformStatic__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/TransformStatic */ \"./framework/base/src/builtins/behaviours/TransformStatic.ts\");\n/* harmony import */ var _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/default/src/Global */ \"./framework/base/src/builtins/default/src/Global.ts\");\n/* harmony import */ var _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/shaders/src/UberShader */ \"./framework/base/src/builtins/shaders/src/UberShader.ts\");\n/* harmony import */ var _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Mesh */ \"./framework/base/src/core/common/Mesh.ts\");\n/* harmony import */ var _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_10__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_11__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_12__ = __webpack_require__(/*! ../../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _ScenarioAbstract__WEBPACK_IMPORTED_MODULE_13__ = __webpack_require__(/*! ../../ScenarioAbstract */ \"./miniplay-fps/scenarios/ScenarioAbstract.ts\");\n/* harmony import */ var _data_meshes_baseHelicopter_json__WEBPACK_IMPORTED_MODULE_14__ = __webpack_require__(/*! ../data/meshes/baseHelicopter.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/baseHelicopter.json\");\n/* harmony import */ var _data_meshes_blueBarret_json__WEBPACK_IMPORTED_MODULE_17__ = __webpack_require__(/*! ../data/meshes/blueBarret.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/blueBarret.json\");\n/* harmony import */ var _data_meshes_cementBag_json__WEBPACK_IMPORTED_MODULE_18__ = __webpack_require__(/*! ../data/meshes/cementBag.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/cementBag.json\");\n/* harmony import */ var _data_meshes_cloudBackgroundA_json__WEBPACK_IMPORTED_MODULE_35__ = __webpack_require__(/*! ../data/meshes/cloudBackgroundA.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/cloudBackgroundA.json\");\n/* harmony import */ var _data_meshes_cloudBackgroundB_json__WEBPACK_IMPORTED_MODULE_36__ = __webpack_require__(/*! ../data/meshes/cloudBackgroundB.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/cloudBackgroundB.json\");\n/* harmony import */ var _data_meshes_container_json__WEBPACK_IMPORTED_MODULE_19__ = __webpack_require__(/*! ../data/meshes/container.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/container.json\");\n/* harmony import */ var _data_meshes_crates_json__WEBPACK_IMPORTED_MODULE_20__ = __webpack_require__(/*! ../data/meshes/crates.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/crates.json\");\n/* harmony import */ var _data_meshes_cratesGroup_json__WEBPACK_IMPORTED_MODULE_21__ = __webpack_require__(/*! ../data/meshes/cratesGroup.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/cratesGroup.json\");\n/* harmony import */ var _data_meshes_gate_json__WEBPACK_IMPORTED_MODULE_32__ = __webpack_require__(/*! ../data/meshes/gate.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/gate.json\");\n/* harmony import */ var _data_meshes_globe_json__WEBPACK_IMPORTED_MODULE_16__ = __webpack_require__(/*! ../data/meshes/globe.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/globe.json\");\n/* harmony import */ var _data_meshes_greenBarret_json__WEBPACK_IMPORTED_MODULE_22__ = __webpack_require__(/*! ../data/meshes/greenBarret.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/greenBarret.json\");\n/* harmony import */ var _data_meshes_ground_json__WEBPACK_IMPORTED_MODULE_15__ = __webpack_require__(/*! ../data/meshes/ground.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/ground.json\");\n/* harmony import */ var _data_meshes_hangar_json__WEBPACK_IMPORTED_MODULE_23__ = __webpack_require__(/*! ../data/meshes/hangar.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/hangar.json\");\n/* harmony import */ var _data_meshes_largeReservoir_json__WEBPACK_IMPORTED_MODULE_24__ = __webpack_require__(/*! ../data/meshes/largeReservoir.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/largeReservoir.json\");\n/* harmony import */ var _data_meshes_palletBag_json__WEBPACK_IMPORTED_MODULE_25__ = __webpack_require__(/*! ../data/meshes/palletBag_.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/palletBag_.json\");\n/* harmony import */ var _data_meshes_PanzerIV_json__WEBPACK_IMPORTED_MODULE_26__ = __webpack_require__(/*! ../data/meshes/PanzerIV.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/PanzerIV.json\");\n/* harmony import */ var _data_meshes_plants_json__WEBPACK_IMPORTED_MODULE_33__ = __webpack_require__(/*! ../data/meshes/plants.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/plants.json\");\n/* harmony import */ var _data_meshes_T14_json__WEBPACK_IMPORTED_MODULE_27__ = __webpack_require__(/*! ../data/meshes/T14.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/T14.json\");\n/* harmony import */ var _data_meshes_T90_json__WEBPACK_IMPORTED_MODULE_28__ = __webpack_require__(/*! ../data/meshes/T90.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/T90.json\");\n/* harmony import */ var _data_meshes_tent_json__WEBPACK_IMPORTED_MODULE_29__ = __webpack_require__(/*! ../data/meshes/tent.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/tent.json\");\n/* harmony import */ var _data_meshes_tire_json__WEBPACK_IMPORTED_MODULE_30__ = __webpack_require__(/*! ../data/meshes/tire.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/tire.json\");\n/* harmony import */ var _data_meshes_transparentGround_json__WEBPACK_IMPORTED_MODULE_37__ = __webpack_require__(/*! ../data/meshes/transparentGround.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/transparentGround.json\");\n/* harmony import */ var _data_meshes_tree_json__WEBPACK_IMPORTED_MODULE_34__ = __webpack_require__(/*! ../data/meshes/tree.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/tree.json\");\n/* harmony import */ var _data_meshes_WM_p_cenario_base_militar_grass_json__WEBPACK_IMPORTED_MODULE_61__ = __webpack_require__(/*! ../data/meshes/WM_p_cenario_base_militar_grass.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/WM_p_cenario_base_militar_grass.json\");\n/* harmony import */ var _data_meshes_woodCabin_json__WEBPACK_IMPORTED_MODULE_31__ = __webpack_require__(/*! ../data/meshes/woodCabin.json */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/woodCabin.json\");\n/* harmony import */ var _data_textures_bag_64_jpg__WEBPACK_IMPORTED_MODULE_42__ = __webpack_require__(/*! ../data/textures/bag_64.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/bag_64.jpg\");\n/* harmony import */ var _data_textures_baseHelicopter_128_jpg__WEBPACK_IMPORTED_MODULE_38__ = __webpack_require__(/*! ../data/textures/baseHelicopter_128.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/baseHelicopter_128.jpg\");\n/* harmony import */ var _data_textures_bluebarret_64_jpg__WEBPACK_IMPORTED_MODULE_41__ = __webpack_require__(/*! ../data/textures/bluebarret_64.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/bluebarret_64.jpg\");\n/* harmony import */ var _data_textures_clouds_256_png__WEBPACK_IMPORTED_MODULE_59__ = __webpack_require__(/*! ../data/textures/clouds_256.png */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/clouds_256.png\");\n/* harmony import */ var _data_textures_container_128_jpg__WEBPACK_IMPORTED_MODULE_43__ = __webpack_require__(/*! ../data/textures/container_128.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/container_128.jpg\");\n/* harmony import */ var _data_textures_crate_128_jpg__WEBPACK_IMPORTED_MODULE_44__ = __webpack_require__(/*! ../data/textures/crate_128.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/crate_128.jpg\");\n/* harmony import */ var _data_textures_cratesGroup_256_jpg__WEBPACK_IMPORTED_MODULE_45__ = __webpack_require__(/*! ../data/textures/cratesGroup_256.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/cratesGroup_256.jpg\");\n/* harmony import */ var _data_textures_gate_512_png__WEBPACK_IMPORTED_MODULE_56__ = __webpack_require__(/*! ../data/textures/gate_512.png */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/gate_512.png\");\n/* harmony import */ var _data_textures_grdTrail_512_png__WEBPACK_IMPORTED_MODULE_60__ = __webpack_require__(/*! ../data/textures/grdTrail_512.png */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/grdTrail_512.png\");\n/* harmony import */ var _data_textures_greenbarret_64_jpg__WEBPACK_IMPORTED_MODULE_46__ = __webpack_require__(/*! ../data/textures/greenbarret_64.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/greenbarret_64.jpg\");\n/* harmony import */ var _data_textures_greenGround_jpg__WEBPACK_IMPORTED_MODULE_39__ = __webpack_require__(/*! ../data/textures/greenGround.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/greenGround.jpg\");\n/* harmony import */ var _data_textures_hangarGreen_jpg__WEBPACK_IMPORTED_MODULE_47__ = __webpack_require__(/*! ../data/textures/hangarGreen.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/hangarGreen.jpg\");\n/* harmony import */ var _data_textures_largeReservoirGreen_128_jpg__WEBPACK_IMPORTED_MODULE_48__ = __webpack_require__(/*! ../data/textures/largeReservoirGreen_128.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/largeReservoirGreen_128.jpg\");\n/* harmony import */ var _data_textures_palletBag_256_jpg__WEBPACK_IMPORTED_MODULE_49__ = __webpack_require__(/*! ../data/textures/palletBag_256.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/palletBag_256.jpg\");\n/* harmony import */ var _data_textures_PanzerIVGreenProp_256_jpg__WEBPACK_IMPORTED_MODULE_50__ = __webpack_require__(/*! ../data/textures/PanzerIVGreenProp_256.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/PanzerIVGreenProp_256.jpg\");\n/* harmony import */ var _data_textures_plant_128_png__WEBPACK_IMPORTED_MODULE_57__ = __webpack_require__(/*! ../data/textures/plant_128.png */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/plant_128.png\");\n/* harmony import */ var _data_textures_sky_png__WEBPACK_IMPORTED_MODULE_40__ = __webpack_require__(/*! ../data/textures/sky.png */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/sky.png\");\n/* harmony import */ var _data_textures_T14PropGreen_256_jpg__WEBPACK_IMPORTED_MODULE_51__ = __webpack_require__(/*! ../data/textures/T14PropGreen_256.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/T14PropGreen_256.jpg\");\n/* harmony import */ var _data_textures_T90PropGreen_256_jpg__WEBPACK_IMPORTED_MODULE_52__ = __webpack_require__(/*! ../data/textures/T90PropGreen_256.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/T90PropGreen_256.jpg\");\n/* harmony import */ var _data_textures_tire_64_jpg__WEBPACK_IMPORTED_MODULE_54__ = __webpack_require__(/*! ../data/textures/tire_64.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/tire_64.jpg\");\n/* harmony import */ var _data_textures_Tree_128_png__WEBPACK_IMPORTED_MODULE_58__ = __webpack_require__(/*! ../data/textures/Tree_128.png */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/Tree_128.png\");\n/* harmony import */ var _data_textures_woodCabin_128_jpg__WEBPACK_IMPORTED_MODULE_55__ = __webpack_require__(/*! ../data/textures/woodCabin_128.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/woodCabin_128.jpg\");\n/* harmony import */ var _data_textures_woodTentReddish_128_jpg__WEBPACK_IMPORTED_MODULE_53__ = __webpack_require__(/*! ../data/textures/woodTentReddish_128.jpg */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/woodTentReddish_128.jpg\");\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\nconst ScenarioMilitaryBaseGrass = {};\nclass MilitaryBaseGrassScenario extends _ScenarioAbstract__WEBPACK_IMPORTED_MODULE_13__[\"default\"] {\n static load() {\n this._loadMeshes();\n this._loadTextures();\n this._setupLight();\n this._setupCamera();\n this._createEntities();\n }\n static _loadMeshes() {\n ScenarioMilitaryBaseGrass.Meshes = [];\n ScenarioMilitaryBaseGrass.Meshes[0] =\n _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_baseHelicopter_json__WEBPACK_IMPORTED_MODULE_14__);\n ScenarioMilitaryBaseGrass.Meshes[1] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_ground_json__WEBPACK_IMPORTED_MODULE_15__);\n ScenarioMilitaryBaseGrass.Meshes[2] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_globe_json__WEBPACK_IMPORTED_MODULE_16__);\n ScenarioMilitaryBaseGrass.Meshes[3] =\n _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_blueBarret_json__WEBPACK_IMPORTED_MODULE_17__);\n ScenarioMilitaryBaseGrass.Meshes[4] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_cementBag_json__WEBPACK_IMPORTED_MODULE_18__);\n ScenarioMilitaryBaseGrass.Meshes[5] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_container_json__WEBPACK_IMPORTED_MODULE_19__);\n ScenarioMilitaryBaseGrass.Meshes[6] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_crates_json__WEBPACK_IMPORTED_MODULE_20__);\n ScenarioMilitaryBaseGrass.Meshes[7] =\n _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_cratesGroup_json__WEBPACK_IMPORTED_MODULE_21__);\n ScenarioMilitaryBaseGrass.Meshes[8] =\n _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_greenBarret_json__WEBPACK_IMPORTED_MODULE_22__);\n ScenarioMilitaryBaseGrass.Meshes[9] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_hangar_json__WEBPACK_IMPORTED_MODULE_23__);\n ScenarioMilitaryBaseGrass.Meshes[10] =\n _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_largeReservoir_json__WEBPACK_IMPORTED_MODULE_24__);\n ScenarioMilitaryBaseGrass.Meshes[11] =\n _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_palletBag_json__WEBPACK_IMPORTED_MODULE_25__);\n ScenarioMilitaryBaseGrass.Meshes[12] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_PanzerIV_json__WEBPACK_IMPORTED_MODULE_26__);\n ScenarioMilitaryBaseGrass.Meshes[13] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_T14_json__WEBPACK_IMPORTED_MODULE_27__);\n ScenarioMilitaryBaseGrass.Meshes[14] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_T90_json__WEBPACK_IMPORTED_MODULE_28__);\n ScenarioMilitaryBaseGrass.Meshes[15] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_tent_json__WEBPACK_IMPORTED_MODULE_29__);\n ScenarioMilitaryBaseGrass.Meshes[16] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_tire_json__WEBPACK_IMPORTED_MODULE_30__);\n ScenarioMilitaryBaseGrass.Meshes[17] =\n _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_woodCabin_json__WEBPACK_IMPORTED_MODULE_31__);\n ScenarioMilitaryBaseGrass.Meshes[18] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_gate_json__WEBPACK_IMPORTED_MODULE_32__);\n ScenarioMilitaryBaseGrass.Meshes[19] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_plants_json__WEBPACK_IMPORTED_MODULE_33__);\n ScenarioMilitaryBaseGrass.Meshes[20] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_tree_json__WEBPACK_IMPORTED_MODULE_34__);\n ScenarioMilitaryBaseGrass.Meshes[21] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_cloudBackgroundA_json__WEBPACK_IMPORTED_MODULE_35__);\n ScenarioMilitaryBaseGrass.Meshes[22] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_cloudBackgroundB_json__WEBPACK_IMPORTED_MODULE_36__);\n ScenarioMilitaryBaseGrass.Meshes[23] = _framework_base_src_core_common_Mesh__WEBPACK_IMPORTED_MODULE_8__[\"default\"].loadFromData(_data_meshes_transparentGround_json__WEBPACK_IMPORTED_MODULE_37__);\n }\n static _loadTextures() {\n ScenarioMilitaryBaseGrass.Textures = [];\n ScenarioMilitaryBaseGrass.Textures[0] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_baseHelicopter_128_jpg__WEBPACK_IMPORTED_MODULE_38__);\n ScenarioMilitaryBaseGrass.Textures[1] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_greenGround_jpg__WEBPACK_IMPORTED_MODULE_39__);\n ScenarioMilitaryBaseGrass.Textures[2] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_sky_png__WEBPACK_IMPORTED_MODULE_40__);\n ScenarioMilitaryBaseGrass.Textures[3] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_bluebarret_64_jpg__WEBPACK_IMPORTED_MODULE_41__);\n ScenarioMilitaryBaseGrass.Textures[4] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_bag_64_jpg__WEBPACK_IMPORTED_MODULE_42__);\n ScenarioMilitaryBaseGrass.Textures[5] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_container_128_jpg__WEBPACK_IMPORTED_MODULE_43__);\n ScenarioMilitaryBaseGrass.Textures[6] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_crate_128_jpg__WEBPACK_IMPORTED_MODULE_44__);\n ScenarioMilitaryBaseGrass.Textures[7] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_cratesGroup_256_jpg__WEBPACK_IMPORTED_MODULE_45__);\n ScenarioMilitaryBaseGrass.Textures[8] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_greenbarret_64_jpg__WEBPACK_IMPORTED_MODULE_46__);\n ScenarioMilitaryBaseGrass.Textures[9] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_hangarGreen_jpg__WEBPACK_IMPORTED_MODULE_47__);\n ScenarioMilitaryBaseGrass.Textures[10] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_largeReservoirGreen_128_jpg__WEBPACK_IMPORTED_MODULE_48__);\n ScenarioMilitaryBaseGrass.Textures[11] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_palletBag_256_jpg__WEBPACK_IMPORTED_MODULE_49__);\n ScenarioMilitaryBaseGrass.Textures[12] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_PanzerIVGreenProp_256_jpg__WEBPACK_IMPORTED_MODULE_50__);\n ScenarioMilitaryBaseGrass.Textures[13] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_T14PropGreen_256_jpg__WEBPACK_IMPORTED_MODULE_51__);\n ScenarioMilitaryBaseGrass.Textures[14] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_T90PropGreen_256_jpg__WEBPACK_IMPORTED_MODULE_52__);\n ScenarioMilitaryBaseGrass.Textures[15] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_woodTentReddish_128_jpg__WEBPACK_IMPORTED_MODULE_53__);\n ScenarioMilitaryBaseGrass.Textures[16] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_tire_64_jpg__WEBPACK_IMPORTED_MODULE_54__);\n ScenarioMilitaryBaseGrass.Textures[17] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_woodCabin_128_jpg__WEBPACK_IMPORTED_MODULE_55__);\n ScenarioMilitaryBaseGrass.Textures[18] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_gate_512_png__WEBPACK_IMPORTED_MODULE_56__);\n ScenarioMilitaryBaseGrass.Textures[19] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_plant_128_png__WEBPACK_IMPORTED_MODULE_57__);\n ScenarioMilitaryBaseGrass.Textures[20] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_Tree_128_png__WEBPACK_IMPORTED_MODULE_58__);\n ScenarioMilitaryBaseGrass.Textures[21] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_clouds_256_png__WEBPACK_IMPORTED_MODULE_59__);\n ScenarioMilitaryBaseGrass.Textures[22] = new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_9__.Texture().loadFromData(_data_textures_grdTrail_512_png__WEBPACK_IMPORTED_MODULE_60__);\n }\n static _createEntities() {\n ScenarioMilitaryBaseGrass.Entities = [];\n const config = _data_meshes_WM_p_cenario_base_militar_grass_json__WEBPACK_IMPORTED_MODULE_61__;\n let entity;\n let instantiateEntity = function (entities, parent) {\n for (let i in entities) {\n const transform = entities[i].transform || [\n 0, 0, 0, 0, 0, 0, 1, 1, 1\n ];\n const shaderBitMap = entities[i].shader || parent.shaderBitMap || 0;\n const shader = shaderBitMap & ~_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].shadow;\n const behaviours = [];\n const transformType = entities[i].transformType || parent.transformType;\n behaviours.push(transformType === 1 ? _framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_2__.Transform : _framework_base_src_builtins_behaviours_TransformStatic__WEBPACK_IMPORTED_MODULE_3__.TransformStatic);\n const renderBehaviour = entities[i].renderBehaviour || parent.renderBehaviour;\n if (entities[i].mesh !== undefined &&\n entities[i].texture !== undefined) {\n switch (renderBehaviour) {\n case 1:\n behaviours.push(_framework_Framework__WEBPACK_IMPORTED_MODULE_11__.RenderTransparent);\n break;\n case 2:\n behaviours.push(_framework_Framework__WEBPACK_IMPORTED_MODULE_11__.RenderCutout);\n break;\n default:\n behaviours.push(_framework_Framework__WEBPACK_IMPORTED_MODULE_11__.RenderOpaque);\n break;\n }\n }\n entity = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_7__[\"default\"]({\n behaviours: behaviours,\n parent: parent,\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].get(shader),\n mesh: ScenarioMilitaryBaseGrass.Meshes[entities[i].mesh],\n texture: ScenarioMilitaryBaseGrass.Textures[entities[i].texture],\n position: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_10__.Vec(transform[0] || 0, transform[1] || 0, transform[2] || 0),\n rotation: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_10__.Vec(transform[3] || 0, transform[4] || 0, transform[5] || 0).mul(_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_12__.DegToRad),\n scale: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_10__.Vec(transform[6] || 1, transform[7] || 1, transform[8] || 1),\n renderBehaviour: renderBehaviour,\n transformType: transformType,\n shaderBitMap: shaderBitMap\n });\n if ((shaderBitMap & _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].shadow) !== 0) {\n new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_7__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Mimic__WEBPACK_IMPORTED_MODULE_1__.Mimic, _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_11__.RenderShadow],\n parent: entity,\n cutout: 0.4,\n texture: ScenarioMilitaryBaseGrass.Textures[entities[i].texture],\n shader: _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].get(_framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].shadow | _framework_base_src_builtins_shaders_src_UberShader__WEBPACK_IMPORTED_MODULE_6__[\"default\"].cutout)\n });\n }\n if (entities[i].tag) {\n Scenario.Entities[entities[i].tag] = entity;\n }\n instantiateEntity(entities[i].c, entity);\n }\n };\n instantiateEntity(config.e, {});\n }\n static _setupLight() {\n _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setAmbientLightColor(0.6, 0.6, 0.7);\n _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setDirectionalLightVector0(-0.4615663, 0.6593805, -0.5934424);\n _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setDirectionalLightColor0(1, 1, 0.8);\n _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setDirectionalLightVector1(-0.6139407, 0, 0.7893522);\n _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setDirectionalLightColor1(0.4, 0.4, 0.4);\n _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setPointLightPosition0(0, 0, 0);\n _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setPointLightColor0(0, 0, 0);\n _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setPointLightFalloff0(0.5);\n _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setShadowTint(0.4560342, 0.5660378, 0.5513706);\n _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setShadowY(0.1);\n _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setFog(0.6980392, 0.6980392, 1);\n _framework_base_src_builtins_default_src_Global__WEBPACK_IMPORTED_MODULE_5__[\"default\"].setFogDistance(6000);\n }\n static _setupCamera() {\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].position = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_10__.Vec(9.16, 3.59, 62.56);\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].rotation = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_10__.Vec(4.104, 180.445, -0.121).mul(_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_12__.DegToRad);\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].backgroundColor = [0.6980392, 0.6980392, 1, 1];\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].fov = 60;\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].near = 0.3;\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_4__[\"default\"].far = 10000;\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/src/MilitaryBaseGrass.ts?"); /***/ }), /***/ "./miniplay-fps/scenarios/ScenarioAbstract.ts": /*!****************************************************!*\ !*** ./miniplay-fps/scenarios/ScenarioAbstract.ts ***! \****************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Scenario: () => (/* binding */ Scenario),\n/* harmony export */ \"default\": () => (/* binding */ ScenarioAbstract)\n/* harmony export */ });\nconst Scenario = {};\nclass ScenarioAbstract {\n constructor() { }\n static load() { }\n ;\n static setupRainLight() { }\n static setupAfternoonLight() { }\n static setupNightLight() { }\n static setupRainWeather() { }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/scenarios/ScenarioAbstract.ts?"); /***/ }), /***/ "./miniplay-fps/scenarios/src/ScenarioFactory.ts": /*!*******************************************************!*\ !*** ./miniplay-fps/scenarios/src/ScenarioFactory.ts ***! \*******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ ScenarioFactory)\n/* harmony export */ });\n/* harmony import */ var _ScenarioType__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ./ScenarioType */ \"./miniplay-fps/scenarios/src/ScenarioType.ts\");\n/* harmony import */ var _MilitaryBaseGrass_src_MilitaryBaseGrass__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../MilitaryBaseGrass/src/MilitaryBaseGrass */ \"./miniplay-fps/scenarios/MilitaryBaseGrass/src/MilitaryBaseGrass.ts\");\n\n//////////////////////////////////\n////////////////////////////////////////////////////////\n/////////////////////////////////////////\n/////////////////////////////////////////////////////////////\n//////////////////////////////////////////////\n//////////////////////////////////////////////////////////////////\n////////////////////////////////////////////\n////////////////////////////////////////////////////////////////\n///////////////////////////////////////////\n///////////////////////////////////////////////////////////////\n//////////////////////////////////////////\n//////////////////////////////////////////////////////////////\n//////////////////////////////\n//////////////////////////////////////////////////\n////////////////////////////////////////\n/////////////////////////////////////////////////////////////////////////////////////\n///////////////////////////////////\n//////////////////////////////////////////////////////////////////////\n/////////////////////////////////////////////////\n////////////////////////////////////////////////////////////////////////////////////////////////////////\n///////////////////////////////////\n///////////////////////////////////////////////////////\n/////////////////////////////////////////\n/////////////////////////////////////////////////////\n///////////////////////////////////////////////\n///////////////////////////////////////////////////////////\n/////////////////////////////////////////////\n/////////////////////////////////////////////////////////\n////////////////////////////////////////////\n////////////////////////////////////////////////////////\n////////////////////////////////////////////////\n////////////////////////////////////////////////////////////\n///////////////////////////////////////////\n///////////////////////////////////////////////////////////\n//////////////////////////////////////////\n///////////////////////////////////////////////////////////////////////////////////\n//////////////////////////////////\n///////////////////////////////////////////////////////////\n//////////////////////////////////////////\n///////////////////////////////////////////////////////////////////////////\n////////////////////////////////////\n/////////////////////////////////////////////////////////////////////////\n//////////////////////////////////////////////\n/////////////////////////////////////////////////////////////////////////////////////////////////\n////////////////////////////////////////\n/////////////////////////////////////////////////////////////////////\n///////////////////////////////////////////\n//////////////////////////////////////////////////////////////////////////////////////\n//////////////////////////////////////////\n\n//////////////////////////////////////////////\n//////////////////////////////////////////////////////////\n/////////////////////////////////////////////////\n/////////////////////////////////////////////////////////////////////////////////////////\n////////////////////////////////////////////////\n//////////////////////////////////////////////////////////////////////////////////////////////\n//////////////////////////////////////////\n////////////////////////////////////////////////////////////////////////////\n//////////////////////////////////////////////\n///////////////////////////////////////////////////////////////////////////////////////////////\n///////////////////////////////////////////////\n//////////////////////////////////////////////////////////////////////////////////////////////////////////\n//////////\nclass ScenarioFactory {\n create(scenario) {\n switch (scenario) {\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.TANK_AIRPORT:\n TankAirportScenario.load();\n return TankAirportScenario;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.TANK_AIRPORT_NIGHT:\n return new TankAirportNightScenario();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.TANK_AIRPORT_NIGHT_LIGHT:\n return new TankAirportNightLightScenario();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.TANK_AIRPORT_NIGHT_RED:\n return new TankAirportNightRedScenario();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.TANK_AIRPORT_SUNRISE:\n return new TankAirportSunriseScenario();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.TANK_AIRPORT_SUNSET:\n return new TankAirportSunsetScenario();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.BEACH:\n BeachScenario.load();\n return BeachScenario;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.BEACH_BALLISTIC_HIGH_GROUND:\n BeachBallisticHighGroundScenario.load();\n return BeachBallisticHighGroundScenario;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.CITY_CORNER:\n CityCornerScenario.load();\n return CityCornerScenario;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.CITY_CORNER_REMAKE:\n return new CityCornerRemake();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.CITY_CORNER_REMAKE_HIGH:\n return new CityCornerRemakeHigh();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.CITY_CORNER_REMAKE_MEDIUM:\n return new CityCornerRemakeMedium();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.CITY_CORNER_REMAKE_LOW:\n return new CityCornerRemakeLow();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.CITY_CORNER_REMAKE_VERY_LOW:\n return new CityCornerRemakeVeryLow();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.DESERT_AFTERNOON:\n return new DesertAfternoonScenario();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.DESERT_NOON:\n return new DesertNoonScenario();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.CITY_CORNER_WITH_COPS:\n CityCornerCopsScenario.load();\n return CityCornerCopsScenario;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.BALCONY_CITY:\n BalconyCityScenario.load();\n return BalconyCityScenario;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.BALCONY_CITY_WITH_WINDOW:\n BalconyCityWithWindowScenario.load();\n return BalconyCityWithWindowScenario;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.CITY_CORNER_COVER:\n CityCornerCover.load();\n return CityCornerCover;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.ROOFTOP_HELICOPTER:\n RooftopHelicopterScenario.load();\n return RooftopHelicopterScenario;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.AIRPORT_BETTER_TEXTURES:\n AirportBetterTextures.load();\n return AirportBetterTextures;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.RAIL_SCENE:\n railSceneScenario.load();\n return railSceneScenario;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.RAIL_SCENE_WITH_COPS:\n railSceneWithCopsScenario.load();\n return railSceneWithCopsScenario;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.CITY_CORNER_HIGH_DEF:\n return new CityCornerHighDef();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.AS_HIGH_AS_IT_CAN_GET_TWILIGHT:\n return new AsHighAsItCanGetTwilight();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.AS_HIGH_AS_IT_CAN_GET_BLUE_SKY:\n return new AsHighAsItCanGetBlueSky();\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.MILITARY_BASE_DESERT:\n MilitaryBaseDesertScenario.load();\n return MilitaryBaseDesertScenario;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.MILITARY_BASE_GRASS:\n _MilitaryBaseGrass_src_MilitaryBaseGrass__WEBPACK_IMPORTED_MODULE_1__[\"default\"].load();\n return _MilitaryBaseGrass_src_MilitaryBaseGrass__WEBPACK_IMPORTED_MODULE_1__[\"default\"];\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.MILITARY_BASE_GRASS_SNOW:\n MilitaryBaseGrassSnowScenario.load();\n return MilitaryBaseGrassSnowScenario;\n case _ScenarioType__WEBPACK_IMPORTED_MODULE_0__.ScenarioType.MILITARY_BASE_GRASS_NOITE:\n MilitaryBaseGrassNoiteScenario.load();\n return MilitaryBaseGrassNoiteScenario;\n default:\n console.log(\"Scenario not found and not loaded\");\n }\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/scenarios/src/ScenarioFactory.ts?"); /***/ }), /***/ "./miniplay-fps/scenarios/src/ScenarioType.ts": /*!****************************************************!*\ !*** ./miniplay-fps/scenarios/src/ScenarioType.ts ***! \****************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ ScenarioType: () => (/* binding */ ScenarioType)\n/* harmony export */ });\nvar ScenarioType;\n(function (ScenarioType) {\n //Default airport scenario for War Machines\n ScenarioType[\"TANK_AIRPORT\"] = \"tankAirport\";\n //Night version of the default airport scenario for War Machines\n ScenarioType[\"TANK_AIRPORT_NIGHT\"] = \"tankAirportNight\";\n //Night light version of the default airport scenario for War Machines\n ScenarioType[\"TANK_AIRPORT_NIGHT_LIGHT\"] = \"tankAirportNightLight\";\n //Night red version of the default airport scenario for War Machines\n ScenarioType[\"TANK_AIRPORT_NIGHT_RED\"] = \"tankAirportNightRed\";\n //Sunrise version of the default airport scenario for War Machines\n ScenarioType[\"TANK_AIRPORT_SUNRISE\"] = \"tankAirportSunrise\";\n //Sunset version of the default airport scenario for War Machines\n ScenarioType[\"TANK_AIRPORT_SUNSET\"] = \"tankAirportSunset\";\n // Default beach scenario for War Machines\n ScenarioType[\"BEACH\"] = \"beach\";\n // Default beach scenario for War Machines\n ScenarioType[\"BEACH_BALLISTIC_HIGH_GROUND\"] = \"beachBallisticHighGround\";\n // Vanilla Sniper3D City Corner\n ScenarioType[\"CITY_CORNER\"] = \"cityCorner\";\n // Remade vanilla Sniper3D City Corner\n ScenarioType[\"CITY_CORNER_REMAKE\"] = \"cityCornerRemake\";\n // Remade vanilla Sniper3D City Corner with high quality assets\n ScenarioType[\"CITY_CORNER_REMAKE_HIGH\"] = \"cityCornerRemakeHigh\";\n // Remade vanilla Sniper3D City Corner with medium quality assets\n ScenarioType[\"CITY_CORNER_REMAKE_MEDIUM\"] = \"cityCornerRemakeMedium\";\n // Remade vanilla Sniper3D City Corner optimized in size\n ScenarioType[\"CITY_CORNER_REMAKE_LOW\"] = \"cityCornerRemakeLow\";\n // Remade vanilla Sniper3D City Corner very optimized in size\n ScenarioType[\"CITY_CORNER_REMAKE_VERY_LOW\"] = \"cityCornerRemakeVeryLow\";\n // Vanilla Sniper3D City Corner\n ScenarioType[\"CITY_CORNER_WITH_COPS\"] = \"cityCornerWithCops\";\n // Scenario used in plots like x-ray\n ScenarioType[\"BALCONY_CITY\"] = \"balconyCity\";\n // Scenario used in plots like x-ray, with windows\n ScenarioType[\"BALCONY_CITY_WITH_WINDOW\"] = \"balconyCityWithWindow\";\n // Scenario in a city corner with a building cover\n ScenarioType[\"CITY_CORNER_COVER\"] = \"cityCornerCover\";\n // Sniper in a helicopter flying over rooftops\n ScenarioType[\"ROOFTOP_HELICOPTER\"] = \"rooftopHelicopter\";\n // Sniper in a helicopter flying over rooftops\n ScenarioType[\"DESERT_AFTERNOON\"] = \"desertAfternoon\";\n // Sniper in a helicopter flying over rooftops\n ScenarioType[\"DESERT_NOON\"] = \"desertNoon\";\n // Airport scenario for War Machines, but with better textures\n ScenarioType[\"AIRPORT_BETTER_TEXTURES\"] = \"airportBetterTextures\";\n ScenarioType[\"RAIL_SCENE\"] = \"railScene\";\n ScenarioType[\"RAIL_SCENE_WITH_COPS\"] = \"railSceneWithCops\";\n // Scenarios with militar bases\n ScenarioType[\"MILITARY_BASE_DESERT\"] = \"militaryBaseDesert\";\n ScenarioType[\"MILITARY_BASE_GRASS\"] = \"militaryBaseGrass\";\n ScenarioType[\"MILITARY_BASE_GRASS_SNOW\"] = \"militaryBaseGrassSnow\";\n ScenarioType[\"MILITARY_BASE_GRASS_NOITE\"] = \"militaryBaseGrassNoite\";\n // TODO short description for the scenarios below\n ScenarioType[\"AS_HIGH_AS_IT_CAN_GET_TWILIGHT\"] = \"asHighAsItCanGetTwilight\";\n ScenarioType[\"AS_HIGH_AS_IT_CAN_GET_BLUE_SKY\"] = \"asHighAsItCanGetBlueSky\";\n ScenarioType[\"CITY_CORNER_HIGH_DEF\"] = \"cityCornerHighDef\";\n})(ScenarioType || (ScenarioType = {}));\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/scenarios/src/ScenarioType.ts?"); /***/ }), /***/ "./miniplay-fps/ui/crosshair/defaultSniperCrosshair/src/DefaultSniperCrosshair.ts": /*!****************************************************************************************!*\ !*** ./miniplay-fps/ui/crosshair/defaultSniperCrosshair/src/DefaultSniperCrosshair.ts ***! \****************************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ DefaultSniperCrosshair)\n/* harmony export */ });\n/* harmony import */ var _MiniplayFPS__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../MiniplayFPS */ \"./miniplay-fps/ui/crosshair/src/AbstractCrosshair.ts\");\n/* harmony import */ var _DefaultSniperCrosshairStandardView__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./DefaultSniperCrosshairStandardView */ \"./miniplay-fps/ui/crosshair/defaultSniperCrosshair/src/DefaultSniperCrosshairStandardView.ts\");\n/* harmony import */ var _DefaultSniperCrosshairZoomedView__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./DefaultSniperCrosshairZoomedView */ \"./miniplay-fps/ui/crosshair/defaultSniperCrosshair/src/DefaultSniperCrosshairZoomedView.ts\");\n\n\n\n/**\n * @category Miniplay FPS\n */\nclass DefaultSniperCrosshair extends _MiniplayFPS__WEBPACK_IMPORTED_MODULE_0__[\"default\"] {\n get standardCrosshair() { return this._standardCrosshair; }\n get zoomedCrosshair() { return this._zoomedCrosshair; }\n constructor(wind = true, distance = true) {\n super();\n this._createStandardCrosshair();\n this._createZoomedCrosshair(wind, distance);\n }\n _createStandardCrosshair() {\n this._standardCrosshair = new _DefaultSniperCrosshairStandardView__WEBPACK_IMPORTED_MODULE_1__[\"default\"]();\n }\n _createZoomedCrosshair(wind, distance) {\n this._zoomedCrosshair = new _DefaultSniperCrosshairZoomedView__WEBPACK_IMPORTED_MODULE_2__[\"default\"](wind, distance);\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/crosshair/defaultSniperCrosshair/src/DefaultSniperCrosshair.ts?"); /***/ }), /***/ "./miniplay-fps/ui/crosshair/defaultSniperCrosshair/src/DefaultSniperCrosshairStandardView.ts": /*!****************************************************************************************************!*\ !*** ./miniplay-fps/ui/crosshair/defaultSniperCrosshair/src/DefaultSniperCrosshairStandardView.ts ***! \****************************************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ DefaultSniperCrosshairStandardView)\n/* harmony export */ });\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _MiniplayFPS__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../MiniplayFPS */ \"./miniplay-fps/ui/crosshair/src/AbstractCrosshairView.ts\");\n\n\nclass DefaultSniperCrosshairStandardView extends _MiniplayFPS__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n _createCrosshair() {\n this._crosshair = new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Entity({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement],\n tint: [1, 1, 1, 1],\n aspect: 1\n });\n const createStandardCrosshairSide = (position, scale, anchor) => {\n return new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Entity({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child],\n parent: this._crosshair,\n tint: [1, 1, 1, 1],\n position: position,\n scale: scale,\n anchor: anchor,\n onUpdate: entity => {\n entity.tint[3] = entity.parent.tint[3] / 3;\n },\n });\n };\n this._crosshair.right = createStandardCrosshairSide([0.6, 0.5, -1], [0.1 * _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.aspect, 0.005 * _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.aspect], [0, 0.5]); // Right\n this._crosshair.left = createStandardCrosshairSide([0.4, 0.5, -1], [0.1 * _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.aspect, 0.005 * _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.aspect], [1, 0.5]); // Left\n this._crosshair.top = createStandardCrosshairSide([0.5, 0.4, -1], [0.005 * _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.aspect, 0.1 * _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.aspect], [0.5, 1]); // Top\n this._crosshair.bottom = createStandardCrosshairSide([0.5, 0.6, -1], [0.005 * _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.aspect, 0.1 * _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.aspect], [0.5, 0]); // Bottom\n }\n enable() {\n this._crosshair.tint[3] = 1;\n }\n disable() {\n this._crosshair.tint[3] = 0;\n }\n destroy() {\n this._crosshair.destroy();\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/crosshair/defaultSniperCrosshair/src/DefaultSniperCrosshairStandardView.ts?"); /***/ }), /***/ "./miniplay-fps/ui/crosshair/defaultSniperCrosshair/src/DefaultSniperCrosshairZoomedView.ts": /*!**************************************************************************************************!*\ !*** ./miniplay-fps/ui/crosshair/defaultSniperCrosshair/src/DefaultSniperCrosshairZoomedView.ts ***! \**************************************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _MiniplayFPS__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../MiniplayFPS */ \"./miniplay-fps/ui/crosshair/src/AbstractCrosshairView.ts\");\n/* harmony import */ var _DefaultSniperCrosshairAssets__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./DefaultSniperCrosshairAssets */ \"./miniplay-fps/ui/crosshair/defaultSniperCrosshair/data/crosshair_arm.png\");\n/* harmony import */ var _DefaultSniperCrosshairAssets__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./DefaultSniperCrosshairAssets */ \"./miniplay-fps/ui/crosshair/defaultSniperCrosshair/data/crosshair_arm2.png\");\n/* harmony import */ var _DefaultSniperCrosshairAssets__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ./DefaultSniperCrosshairAssets */ \"./miniplay-fps/ui/crosshair/defaultSniperCrosshair/data/wind_icon.png\");\n/* harmony import */ var _DefaultSniperCrosshairAssets__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ./DefaultSniperCrosshairAssets */ \"./miniplay-fps/ui/crosshair/defaultSniperCrosshair/data/target.png\");\n/* harmony import */ var _DefaultSniperCrosshairAssets__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ./DefaultSniperCrosshairAssets */ \"./miniplay-fps/ui/crosshair/defaultSniperCrosshair/data/rect.png\");\n\n\n\nconst assetsLoader = _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.AssetsLoader.getInstance();\nclass DefaultSniperCrosshairZoomedView extends _MiniplayFPS__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n constructor(hasWindSensor, hasDistanceSensor) {\n super();\n this._hasWindSensor = hasWindSensor;\n this._hasDistanceSensor = hasDistanceSensor;\n }\n _createCrosshair() {\n this._crosshair = new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Entity({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi],\n tint: [1, 1, 1, 0],\n texture: DefaultSniperCrosshairZoomedView.Textures.ZoomedCircle,\n aspect: true\n });\n const makeCrosshairArm = (rotation, position, type) => {\n new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Entity({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child],\n parent: this._crosshair,\n texture: type == 1 ? DefaultSniperCrosshairZoomedView.Textures.CrosshairArm : DefaultSniperCrosshairZoomedView.Textures.CrosshairArm2,\n aspect: true,\n scale: [0.5, 0.5],\n position: position,\n anchor: [0.1, 0.5],\n tint: [1, 1, 1, 0],\n angle: rotation,\n onUpdate: entity => { entity.tint[3] = entity.parent.tint[3]; }\n });\n };\n makeCrosshairArm(0, [0, 0.5, 0], 1);\n makeCrosshairArm(Math.PI, [1, 0.5, 0], 1);\n makeCrosshairArm(-Math.PI / 2, [0.5, 1, 0], 1);\n makeCrosshairArm(Math.PI / 2, [0.5, 0, 0], 2);\n new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Entity({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child],\n parent: this._crosshair,\n scale: [0.005, 0.005],\n position: [0.5, 0.5, 0],\n tint: [1, 0, 0, 0],\n onUpdate: entity => { entity.tint[3] = entity.parent.tint[3]; }\n });\n const createZoomedCrosshairSide = (position, scale, anchor) => {\n return new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Entity({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child],\n parent: this._crosshair,\n tint: [0, 0, 0, 1],\n position: position,\n scale: scale,\n anchor: anchor,\n onUpdate: entity => { entity.tint[3] = entity.parent.tint[3]; },\n });\n };\n this._crosshair.right = createZoomedCrosshairSide([1, 0.5, -10], [2, 2], [0, 0.5]); // Right\n this._crosshair.left = createZoomedCrosshairSide([0, 0.5, -10], [2, 2], [1, 0.5]); // Left\n this._crosshair.top = createZoomedCrosshairSide([0.5, 0, -10], [2, 2], [0.5, 1]); // Top\n this._crosshair.bottom = createZoomedCrosshairSide([0.5, 1, -10], [2, 2], [0.5, 0]); // Bottom\n if (this._hasWindSensor) {\n this._wind = 8.3; // mph\n this._textWind = new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Texture().loadText(this._wind.toFixed(2), 64, \"SniperFont\", \"#FFFFFF\", \"black\"),\n this._leftWind = new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Entity({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.ListenToResize],\n parent: this._crosshair,\n texture: this._textWind,\n tint: [1, 1, 1, 1],\n landscapePosition: [0.05, 0.5, 2],\n landscapeScale: [0.075, 0.075],\n portraitPosition: [0.55, -0.1, 2],\n portraitScale: [0.12, 0.12],\n aspect: true,\n onUpdate: entity => { entity.tint[3] = entity.parent.tint[3]; },\n children: parent => [{\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script],\n texture: DefaultSniperCrosshairZoomedView.Textures.Rect,\n tint: [0, 0, 0, 1],\n position: [0.5, 0.5, -0.5],\n scale: [1.5, 2],\n onUpdate: entity => { entity.tint[3] = entity.parent.tint[3]; },\n },\n {\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script],\n texture: DefaultSniperCrosshairZoomedView.Textures.WindIcon,\n aspect: true,\n tint: [1, 1, 1, 1],\n position: [-1, 0.5, -1],\n scale: [2, 1.5],\n onUpdate: entity => { entity.tint[3] = entity.parent.tint[3]; },\n }],\n });\n new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Entity({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.ListenToResize],\n parent: this._crosshair,\n texture: this._textWind,\n tint: [1, 1, 1, 1],\n scale: [0.075, 0.075],\n landscapePosition: [0.95, 0.5, 2],\n portraitPosition: [1000, -1000, 2],\n anchor: [0.5, 0.5],\n aspect: true,\n onUpdate: entity => { entity.tint[3] = entity.parent.tint[3]; },\n children: parent => [{\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script],\n texture: DefaultSniperCrosshairZoomedView.Textures.WindIcon,\n aspect: true,\n tint: [1, 1, 1, 1],\n position: [2, 0.5, -0.5],\n scale: [2, 1.5],\n onUpdate: entity => { entity.tint[3] = entity.parent.tint[3]; }\n },\n {\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script],\n texture: DefaultSniperCrosshairZoomedView.Textures.Rect,\n tint: [0, 0, 0, 1],\n position: [0.5, 0.5, -1],\n scale: [1.5, 2],\n onUpdate: entity => { entity.tint[3] = entity.parent.tint[3]; }\n }\n ]\n });\n const changeWind = () => {\n let roll = (Math.random() - 0.5) / 5;\n if (this._wind + roll <= 10.3 && this._wind + roll >= 6.2) {\n this._wind += roll;\n this._textWind.loadText(this._wind.toFixed(2), 64, \"SniperFont\", \"#FFFFFF\", \"black\");\n }\n Engine.schedule(Math.floor(Math.random() * 3 * 60), () => { changeWind(); });\n };\n changeWind();\n }\n if (this._hasDistanceSensor) {\n this._distance = new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Entity({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.ListenToResize, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child],\n parent: this._crosshair,\n tint: [1, 1, 1, 1],\n portraitScale: [0.1, 0.1],\n landscapeScale: [0.075, 0.075],\n landscapePosition: [0.5, 0.95, 2],\n portraitPosition: [0.5, 1.1, 2],\n anchor: [0, 0.5],\n onUpdate: (entity) => {\n const transform = _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Camera.transform.getAll();\n const cameraRotation = transform.rotation;\n const cameraPosition = transform.translation;\n let distanceValue = -cameraPosition.y / Math.sin(cameraRotation.x);\n if (cameraRotation.x < 0.025)\n distanceValue = 999.9;\n distanceValue = Math.abs(distanceValue);\n entity.texture = new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Texture().loadText(distanceValue.toFixed(1), 64, \"SniperFont\", \"#FFFFFF\", \"black\");\n entity.tint[3] = entity.parent.tint[3];\n },\n children: parent => [{\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.ListenToResize, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child],\n texture: DefaultSniperCrosshairZoomedView.Textures.Target,\n tint: [1, 1, 1, 1],\n landscapePosition: [-0.75, 0.5],\n portraitPosition: [-1.35, 0.5],\n onUpdate: entity => { entity.tint[3] = entity.parent.tint[3]; }\n }],\n });\n new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Entity({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.UiElement, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.RenderUi, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Child, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Script, _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.ListenToResize],\n parent: this._crosshair,\n texture: DefaultSniperCrosshairZoomedView.Textures.Rect,\n tint: [0, 0, 0, 1],\n landscapePosition: [0.5, 0.95, 0],\n portraitPosition: [-100, -100, 0],\n scale: [0.16, 0.1],\n onUpdate: entity => { entity.tint[3] = entity.parent.tint[3]; }\n });\n }\n }\n enable() {\n this._crosshair.tint[3] = 1;\n }\n disable() {\n this._crosshair.tint[3] = 0;\n }\n destroy() {\n this._crosshair.destroy();\n }\n}\nDefaultSniperCrosshairZoomedView.Textures = {\n ZoomedCircle: new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Texture().generate([256, 256], (x, y) => {\n x -= 128;\n y -= 128;\n if (x * x + y * y < 128 * 128) {\n x /= 128;\n y /= 128;\n let intensity = Math.pow(x * x + y * y, 3);\n return [0, 0.1, 0.2, intensity];\n }\n else {\n return [0, 0, 0, 1];\n }\n }),\n CrosshairArm: assetsLoader.loadTexture(_DefaultSniperCrosshairAssets__WEBPACK_IMPORTED_MODULE_2__),\n CrosshairArm2: assetsLoader.loadTexture(_DefaultSniperCrosshairAssets__WEBPACK_IMPORTED_MODULE_3__),\n WindIcon: assetsLoader.loadTexture(_DefaultSniperCrosshairAssets__WEBPACK_IMPORTED_MODULE_4__),\n Target: assetsLoader.loadTexture(_DefaultSniperCrosshairAssets__WEBPACK_IMPORTED_MODULE_5__),\n Rect: assetsLoader.loadTexture(_DefaultSniperCrosshairAssets__WEBPACK_IMPORTED_MODULE_6__)\n};\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (DefaultSniperCrosshairZoomedView);\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/crosshair/defaultSniperCrosshair/src/DefaultSniperCrosshairZoomedView.ts?"); /***/ }), /***/ "./miniplay-fps/ui/crosshair/src/AbstractCrosshair.ts": /*!************************************************************!*\ !*** ./miniplay-fps/ui/crosshair/src/AbstractCrosshair.ts ***! \************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ AbstractCrosshair)\n/* harmony export */ });\n/**\n * @category Miniplay FPS\n */\nclass AbstractCrosshair {\n get standardCrosshair() { return this._standardCrosshair; }\n get zoomedCrosshair() { return this._zoomedCrosshair; }\n enableZoomed() {\n this._zoomedCrosshair.enable();\n this._standardCrosshair.disable();\n }\n enableStandard() {\n this._zoomedCrosshair.disable();\n this._standardCrosshair.enable();\n }\n disable() {\n this._zoomedCrosshair.disable();\n this._standardCrosshair.disable();\n }\n destroy() {\n this._zoomedCrosshair.destroy();\n this._standardCrosshair.destroy();\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/crosshair/src/AbstractCrosshair.ts?"); /***/ }), /***/ "./miniplay-fps/ui/crosshair/src/AbstractCrosshairView.ts": /*!****************************************************************!*\ !*** ./miniplay-fps/ui/crosshair/src/AbstractCrosshairView.ts ***! \****************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ AbstractCrosshairView)\n/* harmony export */ });\nclass AbstractCrosshairView {\n constructor() {\n this._createCrosshair();\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/crosshair/src/AbstractCrosshairView.ts?"); /***/ }), /***/ "./miniplay-fps/ui/shootButton/src/TextShootButton.ts": /*!************************************************************!*\ !*** ./miniplay-fps/ui/shootButton/src/TextShootButton.ts ***! \************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ TextShootButton)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Child */ \"./framework/base/src/builtins/behaviours/Child.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Script */ \"./framework/base/src/builtins/behaviours/Script.ts\");\n/* harmony import */ var _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/UiElement */ \"./framework/base/src/builtins/behaviours/UiElement.ts\");\n/* harmony import */ var _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _src_IButton__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../../src/IButton */ \"./miniplay-fps/ui/src/IButton.ts\");\n/* harmony import */ var _framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/translation/Translator */ \"./framework/base/src/builtins/translation/Translator.ts\");\n/* harmony import */ var _data_shootButton_png__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../data/shootButton.png */ \"./miniplay-fps/ui/shootButton/data/shootButton.png\");\n\n\n\n\n\n\n\n\n/**\n * ASSETS\n */\n// @ts-ignore\n\nclass TextShootButton extends _src_IButton__WEBPACK_IMPORTED_MODULE_7__[\"default\"] {\n get enabled() { return this._enabled; }\n constructor(anchor, position, scale, onTouchStart = () => { }, onTouchEnd = () => { }) {\n super(anchor, position, scale, new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_3__.Texture().loadFromData(_data_shootButton_png__WEBPACK_IMPORTED_MODULE_8__), onTouchStart, onTouchEnd);\n let positionText = new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Vec(0.5, 0.5);\n if (_framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_6__[\"default\"].getLanguage() === \"AR\") {\n positionText = new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Vec(0.5, 0.43);\n }\n this._entity.label = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n behaviours: [\n _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_4__.UiElement,\n _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.RenderUi,\n _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child,\n _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_2__.Script\n ],\n parent: this._entity,\n texture: new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_3__.Texture().loadText(_framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_6__[\"default\"].translate(\"SHOOT\"), 64, \"SniperFont\", \"#c0691b\", \"black\"),\n aspect: true,\n position: positionText,\n scale: new _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.Vec(0.75, 0.75),\n tint: [1, 1, 1, 1],\n onUpdate: self => self.tint[3] = self.parent.tint[3]\n });\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/shootButton/src/TextShootButton.ts?"); /***/ }), /***/ "./miniplay-fps/ui/src/IButton.ts": /*!****************************************!*\ !*** ./miniplay-fps/ui/src/IButton.ts ***! \****************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ IShootButton)\n/* harmony export */ });\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../framework/base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/Script */ \"./framework/base/src/builtins/behaviours/Script.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../framework/base/src/builtins/behaviours/UiElement */ \"./framework/base/src/builtins/behaviours/UiElement.ts\");\n/* harmony import */ var _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../framework/base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n\n\n\n\n\n\nclass IShootButton {\n get enabled() { return this._enabled; }\n get entity() { return this._entity; }\n constructor(anchor, position, scale, texture, onTouchStart = () => { }, onTouchEnd = () => { }) {\n this._opaque = true;\n this._alphaSpeed = 4;\n this._createButtonEntity(anchor, position, scale, texture, onTouchStart, onTouchEnd);\n this.enable();\n }\n _createButtonEntity(anchor, position, scale, texture, onTouchStart, onTouchEnd) {\n this._entity = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n behaviours: [\n _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_4__.UiElement,\n _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.RenderUi,\n _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_3__.Script\n ],\n texture: texture,\n aspect: true,\n anchor: anchor,\n position: position,\n scale: scale,\n tint: [1, 1, 1, 1],\n onTouchStart: () => { if (this._enabled) {\n onTouchStart();\n } },\n onTouchEnd: () => { if (this._enabled) {\n onTouchEnd();\n } },\n onUpdate: self => {\n if (this._opaque) {\n self.tint[3] = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(self.tint[3] + this._alphaSpeed * _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.dt, 0, 1);\n }\n else {\n self.tint[3] = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(self.tint[3] - this._alphaSpeed * _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.dt, 0, 1);\n }\n }\n });\n }\n fadeIn(speed = 4) {\n this._opaque = true;\n this._alphaSpeed = speed;\n }\n fadeOut(speed = 4) {\n this._opaque = false;\n this._alphaSpeed = speed;\n }\n hide() {\n this._entity.tint[3] = 0.0;\n this._alphaSpeed = 1;\n this._opaque = false;\n }\n disable() {\n this.fadeOut();\n this._enabled = false;\n }\n enable() {\n this.fadeIn();\n this._enabled = true;\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/src/IButton.ts?"); /***/ }), /***/ "./miniplay-fps/ui/src/IHUD.ts": /*!*************************************!*\ !*** ./miniplay-fps/ui/src/IHUD.ts ***! \*************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ IHUD)\n/* harmony export */ });\nclass IHUD {\n constructor(zoomCallback, shootCallback) { }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/src/IHUD.ts?"); /***/ }), /***/ "./miniplay-fps/ui/src/UI.ts": /*!***********************************!*\ !*** ./miniplay-fps/ui/src/UI.ts ***! \***********************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ UI)\n/* harmony export */ });\n/* harmony import */ var _zoomRuler_src_ZoomRuler__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../zoomRuler/src/ZoomRuler */ \"./miniplay-fps/ui/zoomRuler/src/ZoomRuler.ts\");\n/* harmony import */ var _IHUD__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ./IHUD */ \"./miniplay-fps/ui/src/IHUD.ts\");\n/* harmony import */ var _shootButton_src_TextShootButton__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../shootButton/src/TextShootButton */ \"./miniplay-fps/ui/shootButton/src/TextShootButton.ts\");\n/* harmony import */ var _MiniplayFPS__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../MiniplayFPS */ \"./miniplay-fps/ui/crosshair/defaultSniperCrosshair/src/DefaultSniperCrosshair.ts\");\n\n\n\n\nclass UI extends _IHUD__WEBPACK_IMPORTED_MODULE_0__[\"default\"] {\n set shootButtonPressedCallback(value) { this._shootButtonPressedCallback = value; }\n constructor(zoomChangeCallback, shootButtonPressedCallback) {\n super(zoomChangeCallback, shootButtonPressedCallback);\n this._shootButtonPressedCallback = shootButtonPressedCallback;\n this._createCrosshair();\n this._createZoomRuler(zoomChangeCallback);\n this._createShootButton();\n // Removing tutorial from here, please create in other file\n // this.tutorial = new Tutorial(false);\n }\n _createCrosshair() {\n this.crosshair = new _MiniplayFPS__WEBPACK_IMPORTED_MODULE_1__[\"default\"](false, false);\n }\n _createZoomRuler(zoomChangeCallback) {\n this.zoomRuler = new _zoomRuler_src_ZoomRuler__WEBPACK_IMPORTED_MODULE_2__[\"default\"]([0, 0.5], [0, 0.5, 0], [0.3, 0.5], [0, -0.2], [0, 0, 0], [0.12, 0.6], value => {\n if (zoomChangeCallback) {\n zoomChangeCallback(value);\n }\n });\n }\n _createShootButton() {\n this.shootButton = new _shootButton_src_TextShootButton__WEBPACK_IMPORTED_MODULE_3__[\"default\"]([-0.1, 1], [0, 1, 0], [0.25, 0.25], () => {\n if (this._shootButtonPressedCallback) {\n this._shootButtonPressedCallback();\n }\n });\n }\n disable() {\n this.crosshair.destroy();\n this.zoomRuler.disable();\n this.shootButton.disable();\n // this.tutorial.disable();\n }\n enable() {\n this.crosshair.enableStandard();\n this.zoomRuler.enable();\n this.shootButton.enable();\n // this.tutorial.enable();\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/src/UI.ts?"); /***/ }), /***/ "./miniplay-fps/ui/tutorial/src/AimTutorial.ts": /*!*****************************************************!*\ !*** ./miniplay-fps/ui/tutorial/src/AimTutorial.ts ***! \*****************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ AimTutorial: () => (/* binding */ AimTutorial)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/translation/Translator */ \"./framework/base/src/builtins/translation/Translator.ts\");\n/* harmony import */ var _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _TutorialDoubleArrow__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ./TutorialDoubleArrow */ \"./miniplay-fps/ui/tutorial/src/TutorialDoubleArrow.ts\");\n/* harmony import */ var _TutorialText__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ./TutorialText */ \"./miniplay-fps/ui/tutorial/src/TutorialText.ts\");\n/* harmony import */ var _ITutorial__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ./ITutorial */ \"./miniplay-fps/ui/tutorial/src/ITutorial.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n\n\n\n\n\n\n\nclass AimTutorial extends _ITutorial__WEBPACK_IMPORTED_MODULE_4__[\"default\"] {\n constructor(parameters) {\n super();\n this._setupParameters(parameters);\n this._createEntities(parameters);\n }\n _setupParameters(parameters) {\n var _a, _b;\n (_a = parameters.doubleArrowParameters) !== null && _a !== void 0 ? _a : (parameters.doubleArrowParameters = {});\n this._setupDoubleArrowsParameters(parameters.doubleArrowParameters);\n (_b = parameters.textParameters) !== null && _b !== void 0 ? _b : (parameters.textParameters = {});\n this._setupTextParameters(parameters.textParameters);\n }\n _setupDoubleArrowsParameters(doubleArrowParameters) {\n var _a, _b, _c, _d;\n (_a = doubleArrowParameters.portraitPosition) !== null && _a !== void 0 ? _a : (doubleArrowParameters.portraitPosition = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0.5, 0.23, 5));\n (_b = doubleArrowParameters.portraitScale) !== null && _b !== void 0 ? _b : (doubleArrowParameters.portraitScale = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0.1, 0.1, 0.1));\n (_c = doubleArrowParameters.landscapePosition) !== null && _c !== void 0 ? _c : (doubleArrowParameters.landscapePosition = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0.5, 0.22, 5));\n (_d = doubleArrowParameters.landscapeScale) !== null && _d !== void 0 ? _d : (doubleArrowParameters.landscapeScale = (new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(1, 1, 1)).iMul(0.09));\n }\n _setupTextParameters(textParameters) {\n var _a, _b, _c, _d, _e, _f;\n (_a = textParameters.text) !== null && _a !== void 0 ? _a : (textParameters.text = _framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_0__[\"default\"].translate(Flags.initialText) || _framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_0__[\"default\"].translate(\"DRAG TO AIM\"));\n (_b = textParameters.anchor) !== null && _b !== void 0 ? _b : (textParameters.anchor = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0.5, 0.5));\n (_c = textParameters.portraitPosition) !== null && _c !== void 0 ? _c : (textParameters.portraitPosition = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0.5, 0.075, 5));\n (_d = textParameters.portraitScale) !== null && _d !== void 0 ? _d : (textParameters.portraitScale = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0.43, 0.1));\n (_e = textParameters.landscapePosition) !== null && _e !== void 0 ? _e : (textParameters.landscapePosition = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0.5, 0.1, 5));\n (_f = textParameters.landscapeScale) !== null && _f !== void 0 ? _f : (textParameters.landscapeScale = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0.5, 0.1));\n }\n _createEntities(parameters) {\n this.doubleArrows = new _TutorialDoubleArrow__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n portrait: {\n position: parameters.doubleArrowParameters.portraitPosition.copy,\n scale: parameters.doubleArrowParameters.portraitScale.copy\n },\n landscape: {\n position: parameters.doubleArrowParameters.landscapePosition.copy,\n scale: parameters.doubleArrowParameters.landscapeScale.copy\n }\n }, (self) => {\n self.position.x = 0.5 + Math.sin(_framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.time * Math.PI) * 0.025;\n self.tint[3] = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_3__.lerp)(self.tint[3], self.targetAlpha, 0.1);\n });\n this.text = new _TutorialText__WEBPACK_IMPORTED_MODULE_6__[\"default\"]({\n text: parameters.textParameters.text,\n anchor: parameters.textParameters.anchor,\n portrait: {\n position: parameters.textParameters.portraitPosition.copy,\n scale: parameters.textParameters.portraitScale.copy,\n },\n landscape: {\n position: parameters.textParameters.landscapePosition.copy,\n scale: parameters.textParameters.landscapeScale.copy\n }\n });\n }\n destroy() {\n if (this._destroyed) {\n return;\n }\n this.disable();\n this._destroyed = true;\n _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.schedule(5 * 60, () => {\n if (this.doubleArrows !== null) {\n this.doubleArrows.destroy();\n }\n if (this.text !== null) {\n this.text.destroy();\n }\n this.doubleArrows = null;\n this.text = null;\n });\n }\n enable() {\n if (this._enabled || this._destroyed) {\n return;\n }\n this._enabled = true;\n this.doubleArrows.show();\n this.text.show();\n }\n disable() {\n if (!this._enabled || this._destroyed) {\n return;\n }\n this._enabled = false;\n this.doubleArrows.hide();\n this.text.hide();\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/tutorial/src/AimTutorial.ts?"); /***/ }), /***/ "./miniplay-fps/ui/tutorial/src/ITutorial.ts": /*!***************************************************!*\ !*** ./miniplay-fps/ui/tutorial/src/ITutorial.ts ***! \***************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ ITutorial)\n/* harmony export */ });\nclass ITutorial {\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/tutorial/src/ITutorial.ts?"); /***/ }), /***/ "./miniplay-fps/ui/tutorial/src/IntroTutorial.ts": /*!*******************************************************!*\ !*** ./miniplay-fps/ui/tutorial/src/IntroTutorial.ts ***! \*******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ IntroTutorial: () => (/* binding */ IntroTutorial)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _TutorialText__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./TutorialText */ \"./miniplay-fps/ui/tutorial/src/TutorialText.ts\");\n/* harmony import */ var _ITutorial__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./ITutorial */ \"./miniplay-fps/ui/tutorial/src/ITutorial.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\n\n\n\nclass IntroTutorial extends _ITutorial__WEBPACK_IMPORTED_MODULE_2__[\"default\"] {\n constructor(parameters) {\n super();\n this._setupParameters(parameters);\n this._createEntities(parameters);\n }\n _setupParameters(parameters) {\n var _a, _b, _c, _d, _e, _f, _g;\n (_a = parameters.alternate) !== null && _a !== void 0 ? _a : (parameters.alternate = false);\n (_b = parameters.anchor) !== null && _b !== void 0 ? _b : (parameters.anchor = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0.5, 0.5));\n (_c = parameters.portraitPosition) !== null && _c !== void 0 ? _c : (parameters.portraitPosition = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0.5, 0.695, 5));\n (_d = parameters.portraitScale) !== null && _d !== void 0 ? _d : (parameters.portraitScale = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0.65, 0.15));\n (_e = parameters.landscapePosition) !== null && _e !== void 0 ? _e : (parameters.landscapePosition = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0.5, 0.1, 5));\n (_f = parameters.landscapeScale) !== null && _f !== void 0 ? _f : (parameters.landscapeScale = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0.5, 0.1));\n (_g = parameters.text) !== null && _g !== void 0 ? _g : (parameters.text = \"[e86d1e]INTERACT[-] TO START\");\n }\n _createEntities(parameters) {\n this.portraitPosition = parameters.portraitPosition.copy;\n this.landscapePosition = parameters.landscapePosition.copy;\n if (parameters.alternate) {\n this.portraitPosition = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0.5, 0.10, 5);\n this.landscapePosition = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_1__.Vec(0.8, 0.90, 5);\n }\n //TODO: Inserir os parametros do objeto parameters na entidade Text (similar ao ShootTutorial)\n this.text = new _TutorialText__WEBPACK_IMPORTED_MODULE_3__[\"default\"]({\n text: parameters.text,\n characterLimit: 13,\n anchor: parameters.anchor.copy,\n portrait: {\n position: this.portraitPosition,\n scale: parameters.portraitScale.copy\n },\n landscape: {\n position: this.landscapePosition,\n scale: parameters.landscapeScale.copy\n }\n });\n }\n destroy() {\n if (this._destroyed) {\n return;\n }\n this.disable();\n this._destroyed = true;\n _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_0__.Engine.schedule(5 * 60, () => {\n if (this.text !== null)\n this.text.destroy();\n this.text = null;\n });\n }\n disable() {\n if (!this._enabled || this._destroyed)\n return;\n this._enabled = false;\n this.text.hide();\n }\n enable() {\n if (this._enabled || this._destroyed) {\n return;\n }\n this._enabled = true;\n this.text.show();\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/tutorial/src/IntroTutorial.ts?"); /***/ }), /***/ "./miniplay-fps/ui/tutorial/src/ShootTutorial.ts": /*!*******************************************************!*\ !*** ./miniplay-fps/ui/tutorial/src/ShootTutorial.ts ***! \*******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ ShootTutorial: () => (/* binding */ ShootTutorial)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_core_ext_gl__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/core/ext/gl */ \"./framework/base/src/core/ext/gl.ts\");\n/* harmony import */ var _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _TutorialArrow__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ./TutorialArrow */ \"./miniplay-fps/ui/tutorial/src/TutorialArrow.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _ITutorial__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ./ITutorial */ \"./miniplay-fps/ui/tutorial/src/ITutorial.ts\");\n/* harmony import */ var _framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/translation/Translator */ \"./framework/base/src/builtins/translation/Translator.ts\");\n/* harmony import */ var _TutorialText__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ./TutorialText */ \"./miniplay-fps/ui/tutorial/src/TutorialText.ts\");\n\n\n\n\n\n\n\n\nclass ShootTutorial extends _ITutorial__WEBPACK_IMPORTED_MODULE_5__[\"default\"] {\n constructor(parameters) {\n super();\n this.isLeftSide = true;\n this._setupParameters(parameters);\n this._createEntities(parameters);\n }\n _setupParameters(parameters) {\n var _a, _b;\n (_a = parameters.arrowParameters) !== null && _a !== void 0 ? _a : (parameters.arrowParameters = {});\n this._setupArrowParameters(parameters.arrowParameters);\n (_b = parameters.textParameters) !== null && _b !== void 0 ? _b : (parameters.textParameters = {});\n this._setupTextParameters(parameters.textParameters);\n }\n _setupArrowParameters(arrowParameters) {\n var _a, _b, _c, _d, _e;\n (_a = arrowParameters.anchor) !== null && _a !== void 0 ? _a : (arrowParameters.anchor = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0.5, 0.0));\n (_b = arrowParameters.portraitPosition) !== null && _b !== void 0 ? _b : (arrowParameters.portraitPosition = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0.3, 0.93, 5));\n (_c = arrowParameters.landscapePosition) !== null && _c !== void 0 ? _c : (arrowParameters.landscapePosition = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0.2, 0.85, 5));\n (_d = arrowParameters.angle) !== null && _d !== void 0 ? _d : (arrowParameters.angle = (-1) * _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_2__.Pi / 2);\n (_e = arrowParameters.scale) !== null && _e !== void 0 ? _e : (arrowParameters.scale = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0.1, 0.1, 0.1));\n }\n _setupTextParameters(textParameters) {\n var _a, _b, _c, _d, _e, _f, _g, _h;\n var _j, _k, _l, _m;\n (_a = textParameters.text) !== null && _a !== void 0 ? _a : (textParameters.text = _framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_4__[\"default\"].translate(\"TAP TO SHOOT\"));\n (_b = textParameters.anchor) !== null && _b !== void 0 ? _b : (textParameters.anchor = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0.5, 0.5));\n (_c = textParameters.portrait) !== null && _c !== void 0 ? _c : (textParameters.portrait = {});\n (_d = (_j = textParameters.portrait).position) !== null && _d !== void 0 ? _d : (_j.position = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0.5, 0.75, 5));\n (_e = (_k = textParameters.portrait).scale) !== null && _e !== void 0 ? _e : (_k.scale = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0.9, 0.05));\n (_f = textParameters.landscape) !== null && _f !== void 0 ? _f : (textParameters.landscape = {});\n (_g = (_l = textParameters.landscape).position) !== null && _g !== void 0 ? _g : (_l.position = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0.27, 0.70, 5));\n (_h = (_m = textParameters.landscape).scale) !== null && _h !== void 0 ? _h : (_m.scale = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0.25, 0.7));\n }\n _createEntities(parameters) {\n this.arrow = new _TutorialArrow__WEBPACK_IMPORTED_MODULE_6__.TutorialArrow({\n anchor: parameters.arrowParameters.anchor,\n position: parameters.arrowParameters.portraitPosition.copy,\n angle: parameters.arrowParameters.angle,\n scale: parameters.arrowParameters.scale,\n }, (self) => {\n if (_framework_base_src_core_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Canvas.width < _framework_base_src_core_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Canvas.height) {\n self.position.copyFrom(parameters.arrowParameters.portraitPosition);\n }\n else {\n self.position.copyFrom(parameters.arrowParameters.landscapePosition);\n }\n self.position.x += (Math.sin(_framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.time * _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_2__.Pi) + 1) * 0.02;\n self.tint[3] = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_2__.lerp)(self.tint[3], self.targetAlpha, 0.1);\n });\n this.text = new _TutorialText__WEBPACK_IMPORTED_MODULE_7__[\"default\"](parameters.textParameters);\n }\n destroy() {\n if (this._destroyed) {\n return;\n }\n this.disable();\n this._destroyed = true;\n _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.schedule(5 * 60, () => {\n this.arrow.destroy();\n this.text.destroy();\n this.arrow = null;\n this.text = null;\n });\n }\n disable() {\n if (!this._enabled || this._destroyed) {\n return;\n }\n this._enabled = false;\n this.arrow.hide();\n this.text.hide();\n }\n enable() {\n if (this._enabled || this._destroyed) {\n return;\n }\n this._enabled = true;\n this.arrow.show();\n this.text.show();\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/tutorial/src/ShootTutorial.ts?"); /***/ }), /***/ "./miniplay-fps/ui/tutorial/src/Tutorial.ts": /*!**************************************************!*\ !*** ./miniplay-fps/ui/tutorial/src/Tutorial.ts ***! \**************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ Tutorial: () => (/* binding */ Tutorial)\n/* harmony export */ });\n/* harmony import */ var _ITutorial__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ./ITutorial */ \"./miniplay-fps/ui/tutorial/src/ITutorial.ts\");\n/* harmony import */ var _AimTutorial__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./AimTutorial */ \"./miniplay-fps/ui/tutorial/src/AimTutorial.ts\");\n/* harmony import */ var _IntroTutorial__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./IntroTutorial */ \"./miniplay-fps/ui/tutorial/src/IntroTutorial.ts\");\n/* harmony import */ var _ShootTutorial__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ./ShootTutorial */ \"./miniplay-fps/ui/tutorial/src/ShootTutorial.ts\");\n/* harmony import */ var _ZoomTutorial__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./ZoomTutorial */ \"./miniplay-fps/ui/tutorial/src/ZoomTutorial.ts\");\n\n\n\n\n\nclass Tutorial extends _ITutorial__WEBPACK_IMPORTED_MODULE_0__[\"default\"] {\n constructor(parameters) {\n super();\n this._setupParameters(parameters);\n this.introTutorial = new _IntroTutorial__WEBPACK_IMPORTED_MODULE_1__.IntroTutorial(parameters.introTutorialParameters);\n this.aimTutorial = new _AimTutorial__WEBPACK_IMPORTED_MODULE_2__.AimTutorial(parameters.aimTutorialParameters);\n ////////////////////////////////\n /////////////////////////////////////////////////////////////////////////////\n ////////////\n this.zoomTutorial = new _ZoomTutorial__WEBPACK_IMPORTED_MODULE_3__.ZoomTutorial(parameters.zoomTutorialParameters);\n this.shootTutorial = new _ShootTutorial__WEBPACK_IMPORTED_MODULE_4__.ShootTutorial(parameters.shootTutorialParameters);\n this.isRunning = true;\n }\n _setupParameters(parameters) {\n var _a, _b, _c, _d, _e;\n (_a = parameters.introTutorialParameters) !== null && _a !== void 0 ? _a : (parameters.introTutorialParameters = {});\n (_b = parameters.aimTutorialParameters) !== null && _b !== void 0 ? _b : (parameters.aimTutorialParameters = {});\n (_c = parameters.pinchTutorialParameters) !== null && _c !== void 0 ? _c : (parameters.pinchTutorialParameters = {});\n (_d = parameters.zoomTutorialParameters) !== null && _d !== void 0 ? _d : (parameters.zoomTutorialParameters = {});\n (_e = parameters.shootTutorialParameters) !== null && _e !== void 0 ? _e : (parameters.shootTutorialParameters = {});\n }\n enable() {\n this.setIntroTutorial();\n }\n setIntroTutorial() {\n this.disable();\n this.introTutorial.enable();\n }\n setAimTutorial() {\n this.disable();\n this.aimTutorial.enable();\n }\n setZoomTutorial() {\n this.disable();\n this.zoomTutorial.enable();\n }\n setPinchTutorial() {\n this.disable();\n this.pinchTutorial.enable();\n }\n setShootTutorial() {\n this.disable();\n this.shootTutorial.enable();\n }\n disable() {\n this.introTutorial.disable();\n this.aimTutorial.disable();\n ////////////////////////////////\n ///////////////////////////////\n ////////////\n this.zoomTutorial.disable();\n this.shootTutorial.disable();\n }\n destroy() {\n this.introTutorial.destroy();\n this.aimTutorial.destroy();\n ////////////////////////////////\n ///////////////////////////////\n ////////////\n this.zoomTutorial.destroy();\n this.shootTutorial.destroy();\n this.isRunning = false;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/tutorial/src/Tutorial.ts?"); /***/ }), /***/ "./miniplay-fps/ui/tutorial/src/TutorialArrow.ts": /*!*******************************************************!*\ !*** ./miniplay-fps/ui/tutorial/src/TutorialArrow.ts ***! \*******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ TutorialArrow: () => (/* binding */ TutorialArrow)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Child */ \"./framework/base/src/builtins/behaviours/Child.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Script */ \"./framework/base/src/builtins/behaviours/Script.ts\");\n/* harmony import */ var _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/UiElement */ \"./framework/base/src/builtins/behaviours/UiElement.ts\");\n/* harmony import */ var _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _data_arrow_png__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../data/arrow.png */ \"./miniplay-fps/ui/tutorial/data/arrow.png\");\n\n\n\n\n\n\n/**\n * ASSETS\n */\n// @ts-ignore\n\nclass TutorialArrow {\n set parent(parent) {\n this._entity.parent = parent;\n this._entity.addBehaviour(_framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child);\n }\n get entity() { return this._entity; }\n constructor(params, onUpdate = () => { }) {\n let anchor = params.anchor;\n let position = params.position;\n let angle = params.angle;\n let scale = params.scale;\n this._entity = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_5__[\"default\"]({\n behaviours: [\n _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_4__.UiElement,\n _framework_Framework__WEBPACK_IMPORTED_MODULE_1__.RenderUi,\n _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_2__.Script\n ],\n texture: new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_3__.Texture().loadFromData(_data_arrow_png__WEBPACK_IMPORTED_MODULE_6__),\n aspect: true,\n tint: [1, 1, 1, 0],\n targetAlpha: 0,\n anchor: anchor,\n position: position,\n angle: angle,\n scale: scale,\n onUpdate: onUpdate\n });\n }\n destroy() {\n this._entity.destroy();\n this._entity = null;\n }\n show() {\n this._entity.targetAlpha = 1.0;\n }\n hide() {\n this._entity.targetAlpha = 0.0;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/tutorial/src/TutorialArrow.ts?"); /***/ }), /***/ "./miniplay-fps/ui/tutorial/src/TutorialDoubleArrow.ts": /*!*************************************************************!*\ !*** ./miniplay-fps/ui/tutorial/src/TutorialDoubleArrow.ts ***! \*************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ TutorialDoubleArrow)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Script */ \"./framework/base/src/builtins/behaviours/Script.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/UiElement */ \"./framework/base/src/builtins/behaviours/UiElement.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _TutorialArrow__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./TutorialArrow */ \"./miniplay-fps/ui/tutorial/src/TutorialArrow.ts\");\n\n\n\n\nclass TutorialDoubleArrow {\n get entity() { return this._entity; }\n constructor(params, onUpdate = () => { }) {\n let portrait = params.portrait; // position and rotation\n let landscape = params.landscape; // position and rotation\n this._entity = new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Entity({\n behaviours: [\n _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_1__.UiElement,\n _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_0__.Script,\n _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.ListenToResize\n ],\n texture: _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.TextureWhite,\n tint: [1, 1, 1, 0],\n aspect: true,\n portraitPosition: portrait.position,\n portraitScale: portrait.scale,\n landscapePosition: landscape.position,\n landscapeScale: landscape.scale,\n targetAlpha: 0,\n onUpdate: onUpdate,\n });\n this._rightArrow = new _TutorialArrow__WEBPACK_IMPORTED_MODULE_3__.TutorialArrow({\n anchor: [0.5, 1],\n position: new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(0.4, 0.5, 5),\n angle: Math.PI / 2,\n scale: new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(1, 1, 1)\n }, (entity) => {\n entity.tint[3] = entity.parent.tint[3];\n });\n this._rightArrow.parent = this._entity;\n this._entity[\"rightArrow\"] = this._rightArrow.entity;\n this._leftArrow = new _TutorialArrow__WEBPACK_IMPORTED_MODULE_3__.TutorialArrow({\n anchor: [0.5, 1],\n position: new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(0.6, 0.5, 5),\n angle: (-1) * Math.PI / 2,\n scale: new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(1, 1, 1)\n }, (entity) => {\n entity.tint[3] = entity.parent.tint[3];\n });\n this._leftArrow.parent = this._entity;\n this._entity[\"leftArrow\"] = this._leftArrow.entity;\n }\n destroy() {\n this._leftArrow.destroy();\n this._rightArrow.destroy();\n this._entity.destroy();\n this._leftArrow = null;\n this._rightArrow = null;\n this._entity = null;\n }\n show() {\n this._entity.targetAlpha = 1.0;\n }\n hide() {\n this._entity.targetAlpha = 0.0;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/tutorial/src/TutorialDoubleArrow.ts?"); /***/ }), /***/ "./miniplay-fps/ui/tutorial/src/TutorialText.ts": /*!******************************************************!*\ !*** ./miniplay-fps/ui/tutorial/src/TutorialText.ts ***! \******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ TutorialText)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Script */ \"./framework/base/src/builtins/behaviours/Script.ts\");\n/* harmony import */ var _framework_base_src_builtins_translation_TextContainer__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/translation/TextContainer */ \"./framework/base/src/builtins/translation/TextContainer.ts\");\n/* harmony import */ var _framework_modules_Behaviours_ListenToResize_src_ListenToResize__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/modules/Behaviours/ListenToResize/src/ListenToResize */ \"./framework/modules/Behaviours/ListenToResize/src/ListenToResize.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n\n\n\n\nclass TutorialText {\n get entity() { return this._entity; }\n constructor(params) {\n let text = params.text;\n let anchor = params.anchor;\n let portrait = params.portrait; // position and scale\n let landscape = params.landscape; // position and scale\n this._entity = (new _framework_base_src_builtins_translation_TextContainer__WEBPACK_IMPORTED_MODULE_1__[\"default\"]({\n behaviours: [\n _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_0__.Script,\n _framework_modules_Behaviours_ListenToResize_src_ListenToResize__WEBPACK_IMPORTED_MODULE_2__.ListenToResize\n ],\n content: text,\n resolution: 64,\n characterLimit: 40,\n font: \"SniperFont\",\n borderSize: 0.1,\n tint: [1, 1, 1, 0],\n targetAlpha: 0,\n anchor: anchor,\n portraitPosition: portrait.position.copy,\n landscapePosition: landscape.position.copy,\n portraitScale: portrait.scale.copy,\n landscapeScale: landscape.scale.copy,\n onUpdate: (self) => {\n self.tint[3] = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_3__.lerp)(self.tint[3], self.targetAlpha, 0.1);\n }\n })).entity;\n }\n destroy() {\n this._entity.destroy();\n this._entity = null;\n }\n show() {\n this._entity.targetAlpha = 1.0;\n }\n hide() {\n this._entity.targetAlpha = 0.0;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/tutorial/src/TutorialText.ts?"); /***/ }), /***/ "./miniplay-fps/ui/tutorial/src/ZoomTutorial.ts": /*!******************************************************!*\ !*** ./miniplay-fps/ui/tutorial/src/ZoomTutorial.ts ***! \******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ ZoomTutorial: () => (/* binding */ ZoomTutorial)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_core_ext_gl__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/core/ext/gl */ \"./framework/base/src/core/ext/gl.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _TutorialArrow__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ./TutorialArrow */ \"./miniplay-fps/ui/tutorial/src/TutorialArrow.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _ITutorial__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ./ITutorial */ \"./miniplay-fps/ui/tutorial/src/ITutorial.ts\");\n/* harmony import */ var _framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/translation/Translator */ \"./framework/base/src/builtins/translation/Translator.ts\");\n/* harmony import */ var _TutorialText__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ./TutorialText */ \"./miniplay-fps/ui/tutorial/src/TutorialText.ts\");\n\n\n\n\n\n\n\nclass ZoomTutorial extends _ITutorial__WEBPACK_IMPORTED_MODULE_4__[\"default\"] {\n constructor(parameters) {\n super();\n this._setupParameters(parameters);\n this._createEntities(parameters);\n }\n _setupParameters(parameters) {\n parameters.arrowParameters = {};\n this._setupArrowParameters(parameters.arrowParameters);\n parameters.textParameters = {};\n this._setupTextParameters(parameters.textParameters);\n }\n _setupArrowParameters(arrowParameters) {\n var _a, _b, _c, _d, _e;\n (_a = arrowParameters.anchor) !== null && _a !== void 0 ? _a : (arrowParameters.anchor = new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(0.5, 0));\n (_b = arrowParameters.portraitPosition) !== null && _b !== void 0 ? _b : (arrowParameters.portraitPosition = new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(0.275, 0.75, 5));\n (_c = arrowParameters.landscapePosition) !== null && _c !== void 0 ? _c : (arrowParameters.landscapePosition = new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(0.11, 0.24, 5));\n (_d = arrowParameters.angle) !== null && _d !== void 0 ? _d : (arrowParameters.angle = (-1) * Math.PI / 2);\n (_e = arrowParameters.scale) !== null && _e !== void 0 ? _e : (arrowParameters.scale = new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(0.1, 0.1, 0.1));\n }\n _setupTextParameters(textParameters) {\n var _a, _b, _c, _d, _e, _f, _g, _h;\n var _j, _k, _l, _m;\n (_a = textParameters.text) !== null && _a !== void 0 ? _a : (textParameters.text = _framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_3__[\"default\"].translate(\"DRAG UP TO ZOOM\"));\n (_b = textParameters.anchor) !== null && _b !== void 0 ? _b : (textParameters.anchor = new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(0.5, 0.5));\n (_c = textParameters.portrait) !== null && _c !== void 0 ? _c : (textParameters.portrait = {});\n (_d = (_j = textParameters.portrait).position) !== null && _d !== void 0 ? _d : (_j.position = new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(0.5, 0.075, 5));\n (_e = (_k = textParameters.portrait).scale) !== null && _e !== void 0 ? _e : (_k.scale = new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(0.6, 0.1));\n (_f = textParameters.landscape) !== null && _f !== void 0 ? _f : (textParameters.landscape = {});\n (_g = (_l = textParameters.landscape).position) !== null && _g !== void 0 ? _g : (_l.position = new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(0.5, 0.1, 5));\n (_h = (_m = textParameters.landscape).scale) !== null && _h !== void 0 ? _h : (_m.scale = new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Vec(0.5, 0.1));\n }\n _createEntities(parameters) {\n this.arrow = new _TutorialArrow__WEBPACK_IMPORTED_MODULE_5__.TutorialArrow({\n anchor: parameters.arrowParameters.anchor,\n position: parameters.arrowParameters.portraitPosition.copy,\n angle: parameters.arrowParameters.angle,\n scale: parameters.arrowParameters.scale,\n }, (self) => {\n if (_framework_base_src_core_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Canvas.width < _framework_base_src_core_ext_gl__WEBPACK_IMPORTED_MODULE_0__.Canvas.height) {\n self.position.copyFrom(parameters.arrowParameters.portraitPosition);\n }\n else {\n self.position.copyFrom(parameters.arrowParameters.landscapePosition);\n }\n self.position.x += (Math.sin(_framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Engine.time * Math.PI) + 1) * 0.02;\n self.tint[3] = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.lerp)(self.tint[3], self.targetAlpha, 0.1);\n });\n this.text = new _TutorialText__WEBPACK_IMPORTED_MODULE_6__[\"default\"]({\n text: parameters.textParameters.text,\n anchor: parameters.textParameters.anchor,\n portrait: parameters.textParameters.portrait,\n landscape: parameters.textParameters.landscape\n });\n }\n destroy() {\n if (this._destroyed) {\n return;\n }\n this.disable();\n this._destroyed = true;\n _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Engine.schedule(5 * 60, () => {\n this.arrow.destroy();\n this.text.destroy();\n this.arrow = null;\n this.text = null;\n });\n }\n disable() {\n if (!this._enabled || this._destroyed)\n return;\n this._enabled = false;\n this.arrow.hide();\n this.text.hide();\n }\n enable() {\n if (this._enabled || this._destroyed)\n return;\n this._enabled = true;\n this.arrow.show();\n this.text.show();\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/tutorial/src/ZoomTutorial.ts?"); /***/ }), /***/ "./miniplay-fps/ui/zoomRuler/src/IZoomRuler.ts": /*!*****************************************************!*\ !*** ./miniplay-fps/ui/zoomRuler/src/IZoomRuler.ts ***! \*****************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ IZoomRuler)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Child */ \"./framework/base/src/builtins/behaviours/Child.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Script */ \"./framework/base/src/builtins/behaviours/Script.ts\");\n/* harmony import */ var _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/UiElement */ \"./framework/base/src/builtins/behaviours/UiElement.ts\");\n/* harmony import */ var _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _framework_modules_ui_slider_src_Slider__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../../../../framework/modules/ui/slider/src/Slider */ \"./framework/modules/ui/slider/src/Slider.ts\");\n/* harmony import */ var _framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_9__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/translation/Translator */ \"./framework/base/src/builtins/translation/Translator.ts\");\n\n\n\n\n\n\n\n\n\n\nclass IZoomRuler extends _framework_modules_ui_slider_src_Slider__WEBPACK_IMPORTED_MODULE_8__[\"default\"] {\n get background() { return this._background; }\n get handle() { return this._handle; }\n constructor(portraitAnchor, portraitPosition, portraitScale, landscapeAnchor, landscapePosition, landscapeScale, onValueChanged = value => console.log(\"slider value changed:\", value), rulerTexture, handleTexture) {\n const sliderBackground = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_7__[\"default\"]({\n behaviours: [\n _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_6__.UiElement,\n _framework_Framework__WEBPACK_IMPORTED_MODULE_3__.RenderUi,\n _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_4__.Script\n ],\n texture: rulerTexture,\n aspect: true,\n anchor: [0.1, 0.5],\n position: [0, 0.44],\n scale: [1, 1.2],\n tint: [1, 1, 1, 1],\n onUpdate: self => {\n if (this._opaque) {\n self.tint[3] = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.clamp)(self.tint[3] + this._alphaSpeed * _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_2__.Engine.dt, 0, 1);\n }\n else {\n self.tint[3] = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.clamp)(self.tint[3] - this._alphaSpeed * _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_2__.Engine.dt, 0, 1);\n }\n }\n });\n const sliderHandle = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_7__[\"default\"]({\n behaviours: [\n _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_6__.UiElement,\n _framework_Framework__WEBPACK_IMPORTED_MODULE_3__.RenderUi,\n _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_4__.Script\n ],\n texture: handleTexture,\n aspect: true,\n anchor: [0, 0.5],\n position: [0, 1],\n scale: [0.85, 1],\n tint: [1, 1, 1, 1],\n onUpdate: self => {\n if (this._opaque) {\n self.tint[3] = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.clamp)(self.tint[3] + this._alphaSpeed * _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_2__.Engine.dt, 0, 1);\n }\n else {\n self.tint[3] = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_1__.clamp)(self.tint[3] - this._alphaSpeed * _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_2__.Engine.dt, 0, 1);\n }\n }\n });\n sliderHandle.handleLabel = new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_7__[\"default\"]({\n behaviours: [\n _framework_base_src_builtins_behaviours_UiElement__WEBPACK_IMPORTED_MODULE_6__.UiElement,\n _framework_Framework__WEBPACK_IMPORTED_MODULE_3__.RenderUi,\n _framework_base_src_builtins_behaviours_Child__WEBPACK_IMPORTED_MODULE_0__.Child,\n _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_4__.Script\n ],\n parent: sliderHandle,\n texture: new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_5__.Texture().loadText(_framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_9__[\"default\"].translate(\"ZOOM\"), 64, \"SniperFont\", \"#c0691b\", \"black\"),\n aspect: true,\n anchor: [-0.25, 0.5],\n position: [0, 0.5],\n scale: new _framework_Framework__WEBPACK_IMPORTED_MODULE_3__.Vec(0.5, 0.5).iScale(_framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_5__.Texture.textScaleFactor),\n tint: [1, 1, 1, 1],\n onUpdate: self => { self.tint[3] = self.parent.tint[3]; }\n });\n super(sliderBackground, sliderHandle, \n //@ts-ignore\n onValueChanged, portraitAnchor, portraitPosition, portraitScale, landscapeAnchor, landscapePosition, landscapeScale);\n this._opaque = true;\n this._alphaSpeed = 5;\n }\n hide() {\n this._path.handleEntity.tint[3] = 0.0;\n this._path.backgroundEntity.tint[3] = 0.0;\n this._alphaSpeed = 1;\n this._opaque = false;\n }\n fadeIn(speed = 4) {\n this._opaque = true;\n this._alphaSpeed = speed;\n }\n fadeOut(speed = 4) {\n this._opaque = false;\n this._alphaSpeed = speed;\n }\n disable() {\n this.fadeOut();\n this._enabled = false;\n }\n enable() {\n this.fadeIn();\n this._enabled = true;\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/zoomRuler/src/IZoomRuler.ts?"); /***/ }), /***/ "./miniplay-fps/ui/zoomRuler/src/ZoomRuler.ts": /*!****************************************************!*\ !*** ./miniplay-fps/ui/zoomRuler/src/ZoomRuler.ts ***! \****************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ ZoomRuler)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n/* harmony import */ var _IZoomRuler__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./IZoomRuler */ \"./miniplay-fps/ui/zoomRuler/src/IZoomRuler.ts\");\n/* harmony import */ var _data_zoomHandle_png__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../data/zoomHandle.png */ \"./miniplay-fps/ui/zoomRuler/data/zoomHandle.png\");\n/* harmony import */ var _data_zoomRuler_png__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../data/zoomRuler.png */ \"./miniplay-fps/ui/zoomRuler/data/zoomRuler.png\");\n\n\n/**\n * ASSETS\n */\n// @ts-ignore\n\n// @ts-ignore\n\nclass ZoomRuler extends _IZoomRuler__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n constructor(portraitAnchor, portraitPosition, portraitScale, landscapeAnchor, landscapePosition, landscapeScale, onValueChanged = value => console.log(\"slider value changed:\", value)) {\n super(portraitAnchor, portraitPosition, portraitScale, landscapeAnchor, landscapePosition, landscapeScale, onValueChanged, new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_0__.Texture().loadFromData(_data_zoomRuler_png__WEBPACK_IMPORTED_MODULE_2__), new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_0__.Texture().loadFromData(_data_zoomHandle_png__WEBPACK_IMPORTED_MODULE_3__));\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/ui/zoomRuler/src/ZoomRuler.ts?"); /***/ }), /***/ "./miniplay-fps/zoomHandler/src/ZoomHandler.ts": /*!*****************************************************!*\ !*** ./miniplay-fps/zoomHandler/src/ZoomHandler.ts ***! \*****************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ ZoomHandler)\n/* harmony export */ });\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n\n/**\n * @category Miniplay FPS\n */\nclass ZoomHandler {\n get zoom() { return this._zoom; }\n get zoomThreshold() { return this._zoomThreshold; }\n get originalSensitivity() { return this._originalSensitivity; }\n get maxZoomSensitivityModifier() { return this._maxZoomSensitivityModifier; }\n get minFixedFOV() { return this._minFixedFOV; }\n get maxFixedFOV() { return this._maxFixedFOV; }\n get maxZoomedFixedFOV() { return this._maxZoomedFixedFOV; }\n get minAspectFOV() { return this._minAspectFOV; }\n get maxZoomedAspectFOV() { return this._maxZoomedAspectFOV; }\n set zoomThreshold(zoom) { this._zoomThreshold = zoom; }\n set originalSensitivity(sensitivity) { this._originalSensitivity = sensitivity; }\n set maxZoomSensitivityModifier(modifier) { this._maxZoomSensitivityModifier = modifier; }\n set minFixedFOV(fov) { this._minFixedFOV = fov; }\n set maxFixedFOV(fov) { this._maxFixedFOV = fov; }\n set maxZoomedFixedFOV(fov) { this._maxZoomedFixedFOV = fov; }\n set minAspectFOV(fov) { this._minAspectFOV = fov; }\n set maxAspectFOV(fov) { this._maxAspectFOV = fov; }\n set maxZoomedAspectFOV(fov) { this._maxZoomedAspectFOV = fov; }\n set zoom(zoom) {\n this._zoom = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.clamp)(zoom, 0, 1);\n let progress = 0;\n if (this._zoom < this._zoomThreshold) {\n this._cameraHandler.fixedFOV = this._maxFixedFOV;\n this._cameraHandler.aspectFOV = this._maxAspectFOV;\n this._crosshair.enableStandard();\n }\n else {\n progress = (this._zoom - this._zoomThreshold) / (1 - this._zoomThreshold);\n this._cameraHandler.fixedFOV = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.lerp)(this._maxZoomedFixedFOV, this._minFixedFOV, progress);\n this._cameraHandler.aspectFOV = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.lerp)(this._maxZoomedAspectFOV, this._minAspectFOV, progress);\n this._crosshair.enableZoomed();\n }\n this._cameraHandler.sensitivity = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_0__.lerp)(this._originalSensitivity, this._originalSensitivity * this._maxZoomSensitivityModifier, progress * progress);\n }\n constructor(cameraHandler, crosshair) {\n this._cameraHandler = cameraHandler;\n this._crosshair = crosshair;\n this._originalSensitivity = this._cameraHandler.sensitivity;\n this._maxZoomSensitivityModifier = 1 / 5;\n this._zoom = 0;\n this._zoomThreshold = 0.1;\n this._minFixedFOV = this._cameraHandler.fixedFOV * 0.1;\n this._maxFixedFOV = this._cameraHandler.fixedFOV;\n this._maxZoomedFixedFOV = this._cameraHandler.fixedFOV * 0.3;\n this._minAspectFOV = this._cameraHandler.aspectFOV * 0.1;\n this._maxAspectFOV = this._cameraHandler.aspectFOV;\n this._maxZoomedAspectFOV = this._cameraHandler.aspectFOV * 0.3;\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/zoomHandler/src/ZoomHandler.ts?"); /***/ }), /***/ "./project/assets/core/src/EnemyFactory.ts": /*!*************************************************!*\ !*** ./project/assets/core/src/EnemyFactory.ts ***! \*************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ EnemyFactory)\n/* harmony export */ });\n/* harmony import */ var _miniplay_fps_entities_src_EnemyChopper__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../miniplay-fps/entities/src/EnemyChopper */ \"./miniplay-fps/entities/src/EnemyChopper.ts\");\n/* harmony import */ var _miniplay_fps_3D_src_CylinderCollider__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../miniplay-fps/3D/src/CylinderCollider */ \"./miniplay-fps/3D/src/CylinderCollider.ts\");\n/* harmony import */ var _enemy_src_EnemyShootHandler__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../enemy/src/EnemyShootHandler */ \"./project/assets/enemy/src/EnemyShootHandler.ts\");\n/* harmony import */ var _enemy_src_SimpleEnemyAI__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../enemy/src/SimpleEnemyAI */ \"./project/assets/enemy/src/SimpleEnemyAI.ts\");\n//////////////////////////////////////////////\n////////////////////////////////////////////////////////////////////////\n//////////\n///////////////////////////////////////////////////\n\n\n\n\nclass EnemyFactory {\n constructor(lstEnemies) {\n this._lstEnemiesConfiguration = lstEnemies;\n this.lstEnemies = [];\n }\n /**\n * Create a list of enemies based on the enemies configurations\n * @param player player entity\n */\n createEnemies(player) {\n this._lstEnemiesConfiguration.forEach((enemyConfig) => {\n const enemy = this._createTypedEnemy(enemyConfig);\n this.lstEnemies.push(enemy);\n enemyConfig.colliders.forEach((collider) => {\n new _miniplay_fps_3D_src_CylinderCollider__WEBPACK_IMPORTED_MODULE_0__[\"default\"](enemy.entity, collider[0], collider[1], collider[2], enemy);\n });\n enemy.typedEntity.shootHandler = new _enemy_src_EnemyShootHandler__WEBPACK_IMPORTED_MODULE_1__[\"default\"]({\n entity: enemy.entity,\n target: player.entity.transform.getTranslation()\n });\n enemy.typedEntity.ai = new _enemy_src_SimpleEnemyAI__WEBPACK_IMPORTED_MODULE_2__[\"default\"]({\n enemy: enemy,\n shootHandler: enemy.typedEntity.shootHandler,\n shootFrequency: 7,\n targetPosition: player.entity.position\n });\n });\n return this.lstEnemies;\n }\n /**\n * Creates a typed enemy\n * @param enemy enemy configuration\n */\n _createTypedEnemy(enemy) {\n switch (enemy.type.toLowerCase()) {\n case \"tank\":\n return new EnemyTank(enemy.position, enemy.rotation, enemy.scale, enemy.hasOutline);\n case \"chopper\":\n return new _miniplay_fps_entities_src_EnemyChopper__WEBPACK_IMPORTED_MODULE_3__[\"default\"](enemy.position, enemy.rotation, enemy.scale, enemy.hasOutline, enemy.hitOffsets);\n case \"apache\":\n return new _miniplay_fps_entities_src_EnemyChopper__WEBPACK_IMPORTED_MODULE_3__[\"default\"](enemy.position, enemy.rotation, enemy.scale, enemy.hasOutline, enemy.hitOffsets, enemy.type);\n case \"zeppelin\":\n return new EnemyZeppelin(enemy.position, enemy.rotation, enemy.scale, enemy.hasOutline);\n case \"ship\":\n return new EnemyShip(enemy.position, enemy.rotation, enemy.scale);\n default:\n return null;\n }\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./project/assets/core/src/EnemyFactory.ts?"); /***/ }), /***/ "./project/assets/core/src/Gameplay.ts": /*!*********************************************!*\ !*** ./project/assets/core/src/Gameplay.ts ***! \*********************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ Gameplay)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/EventManager */ \"./framework/base/src/core/common/EventManager.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _miniplay_fps_cameraHandler_src_CameraHandler__WEBPACK_IMPORTED_MODULE_10__ = __webpack_require__(/*! ../../../../miniplay-fps/cameraHandler/src/CameraHandler */ \"./miniplay-fps/cameraHandler/src/CameraHandler.ts\");\n/* harmony import */ var _miniplay_fps_entities_src_Player__WEBPACK_IMPORTED_MODULE_12__ = __webpack_require__(/*! ../../../../miniplay-fps/entities/src/Player */ \"./miniplay-fps/entities/src/Player.ts\");\n/* harmony import */ var _miniplay_fps_MiniplayFPS__WEBPACK_IMPORTED_MODULE_11__ = __webpack_require__(/*! ../../../../miniplay-fps/MiniplayFPS */ \"./miniplay-fps/scenarios/src/ScenarioFactory.ts\");\n/* harmony import */ var _miniplay_fps_pinchHandler_src_PinchHandler__WEBPACK_IMPORTED_MODULE_16__ = __webpack_require__(/*! ../../../../miniplay-fps/pinchHandler/src/PinchHandler */ \"./miniplay-fps/pinchHandler/src/PinchHandler.ts\");\n/* harmony import */ var _miniplay_fps_ui_src_UI__WEBPACK_IMPORTED_MODULE_14__ = __webpack_require__(/*! ../../../../miniplay-fps/ui/src/UI */ \"./miniplay-fps/ui/src/UI.ts\");\n/* harmony import */ var _miniplay_fps_ui_tutorial_src_Tutorial__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../../../../miniplay-fps/ui/tutorial/src/Tutorial */ \"./miniplay-fps/ui/tutorial/src/Tutorial.ts\");\n/* harmony import */ var _miniplay_fps_zoomHandler_src_ZoomHandler__WEBPACK_IMPORTED_MODULE_15__ = __webpack_require__(/*! ../../../../miniplay-fps/zoomHandler/src/ZoomHandler */ \"./miniplay-fps/zoomHandler/src/ZoomHandler.ts\");\n/* harmony import */ var _stateMachine_GameplayStateMachine__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../../stateMachine/GameplayStateMachine */ \"./project/assets/stateMachine/GameplayStateMachine.ts\");\n/* harmony import */ var _stateMachine_GameplayStateType__WEBPACK_IMPORTED_MODULE_9__ = __webpack_require__(/*! ../../stateMachine/GameplayStateType */ \"./project/assets/stateMachine/GameplayStateType.ts\");\n/* harmony import */ var _EnemyFactory__WEBPACK_IMPORTED_MODULE_13__ = __webpack_require__(/*! ./EnemyFactory */ \"./project/assets/core/src/EnemyFactory.ts\");\n/* harmony import */ var _GameplayInfo__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ./GameplayInfo */ \"./project/assets/core/src/GameplayInfo.ts\");\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\nclass Gameplay extends _framework_Framework__WEBPACK_IMPORTED_MODULE_4__.AbstractGameplay {\n constructor(debugConfig) {\n super();\n this.setupIsDone = false;\n this.debugger = debugConfig.debugger;\n }\n // @override\n _onInit() {\n _GameplayInfo__WEBPACK_IMPORTED_MODULE_6__[\"default\"].load();\n this.PLAYER_STARTING_ROTATION_Y = 180.445 * _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_5__.DegToRad;\n super._onInit();\n this._setupCamera();\n this._createScenario();\n this._createEntities();\n this._setupUI();\n this._setupZoomHandler();\n this._createTutorial();\n this._setupStateMachine();\n this.setupIsDone = true;\n }\n _onUpdate() {\n this.gameplayStateMachine.update(_framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.dt);\n if (!this.setupIsDone) {\n return;\n }\n this.updatePlayerTankHeadAndCannonDirection();\n }\n _createTutorial() {\n this.tutorial = new _miniplay_fps_ui_tutorial_src_Tutorial__WEBPACK_IMPORTED_MODULE_7__.Tutorial({});\n }\n _setupStateMachine() {\n this.gameplayStateMachine = new _stateMachine_GameplayStateMachine__WEBPACK_IMPORTED_MODULE_8__[\"default\"]({\n debugger: this.debugger,\n player: this.player,\n enemies: this.enemies,\n camera: this.camera,\n cameraHandler: this.cameraHandler,\n zoomHandler: this.zoomHandler,\n ui: this.ui,\n zoom: this.zoom,\n tutorial: this.tutorial,\n updateZoom: this._updateZoom,\n forceOutcome: _GameplayInfo__WEBPACK_IMPORTED_MODULE_6__[\"default\"].forceOutcome(),\n alwaysWin: _GameplayInfo__WEBPACK_IMPORTED_MODULE_6__[\"default\"].getExpectedOutcome(),\n clickAssist: _GameplayInfo__WEBPACK_IMPORTED_MODULE_6__[\"default\"].getClickAssist(),\n zoomBehaviour: _GameplayInfo__WEBPACK_IMPORTED_MODULE_6__[\"default\"].getZoomBehaviour()\n });\n this.gameplayStateMachine.setState(_stateMachine_GameplayStateType__WEBPACK_IMPORTED_MODULE_9__.GameplayStateType.TUTORIAL);\n }\n _setupCamera() {\n let startPosition = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(9.16, 3.59, 62.56);\n let startRotation = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0, this.PLAYER_STARTING_ROTATION_Y);\n this.cameraHandler = new _miniplay_fps_cameraHandler_src_CameraHandler__WEBPACK_IMPORTED_MODULE_10__.CameraHandler(startPosition, startRotation, {\n xMin: -10,\n xMax: 10,\n yMin: this.PLAYER_STARTING_ROTATION_Y * _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_5__.RadToDeg - 20,\n yMax: this.PLAYER_STARTING_ROTATION_Y * _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_5__.RadToDeg + 20\n });\n this.cameraHandler.cameraZ = 0;\n }\n _createScenario() {\n const scenarioFactory = new _miniplay_fps_MiniplayFPS__WEBPACK_IMPORTED_MODULE_11__[\"default\"]();\n scenarioFactory.create(Flags.scenario);\n }\n _createEntities() {\n // Create player\n this.player = new _miniplay_fps_entities_src_Player__WEBPACK_IMPORTED_MODULE_12__[\"default\"](new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(9.1, 0, 60.47), new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(0, this.PLAYER_STARTING_ROTATION_Y, 0), new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_3__.Vec(1, 1, 1));\n // Create enemy\n this.enemiesConfig = _GameplayInfo__WEBPACK_IMPORTED_MODULE_6__[\"default\"].getEnemies();\n const enemyFactory = new _EnemyFactory__WEBPACK_IMPORTED_MODULE_13__[\"default\"](this.enemiesConfig);\n this.enemies = enemyFactory.createEnemies(this.player);\n }\n _setupUI() {\n this.ui = new _miniplay_fps_ui_src_UI__WEBPACK_IMPORTED_MODULE_14__[\"default\"]((zoom) => this._updateZoom(zoom), () => {\n this.gameplayStateMachine.setState(_stateMachine_GameplayStateType__WEBPACK_IMPORTED_MODULE_9__.GameplayStateType.FEELING_FPS);\n });\n }\n _setupZoomHandler() {\n this.zoomHandler = new _miniplay_fps_zoomHandler_src_ZoomHandler__WEBPACK_IMPORTED_MODULE_15__[\"default\"](this.cameraHandler, this.ui.crosshair);\n new _miniplay_fps_pinchHandler_src_PinchHandler__WEBPACK_IMPORTED_MODULE_16__[\"default\"]((deltaPinch) => {\n this.ui.zoomRuler.value = (0,_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_5__.clamp)(this.ui.zoomRuler.value - deltaPinch * 0.005 * _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_0__[\"default\"].aspect, 0, 1);\n });\n }\n _updateZoom(zoom) {\n this.zoomHandler.zoom = zoom;\n _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_2__[\"default\"].call(\"zoom-change\", zoom);\n }\n updatePlayerTankHeadAndCannonDirection() {\n this.player.typedEntity.head.rotation._y +=\n (this.cameraHandler.rotation.y -\n this.PLAYER_STARTING_ROTATION_Y -\n this.player.typedEntity.head.rotation._y) *\n 6 *\n _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.dt;\n this.player.typedEntity.cannon.rotation._x +=\n (this.cameraHandler.rotation.x / 2 -\n this.player.typedEntity.cannon.rotation._x) *\n 6 *\n _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.dt;\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./project/assets/core/src/Gameplay.ts?"); /***/ }), /***/ "./project/assets/core/src/GameplayConfiguration.ts": /*!**********************************************************!*\ !*** ./project/assets/core/src/GameplayConfiguration.ts ***! \**********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ configuration: () => (/* binding */ configuration)\n/* harmony export */ });\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n\nconst configuration = {\n enemies: {\n chopper: [\n {\n type: \"Chopper\",\n position: new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(8.5, 15.01133, -44.7),\n rotation: new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 180, 0).iMul(_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.DegToRad),\n scale: new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(1, 1, 1),\n hasOutline: Flags.outline,\n colliders: [\n [new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, -2.5, 2.91), 2.5, 3] // Position, radius, height\n ],\n hitOffsets: [new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(-0.8, -1.8, 7), new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(2, 0, 0)] // Pos 0 - hit, pos 1 - miss\n }\n ],\n apache: [\n {\n type: \"Apache\",\n position: new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(8.5, 15.01133, -84.7),\n rotation: new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(10.012, -33.97, 0.464).iMul(_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.DegToRad),\n scale: new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(1, 1, 1),\n hasOutline: Flags.outline,\n colliders: [\n [new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0, 0), 6, 6] // Position, radius, height\n ],\n hitOffsets: [new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(-0.8, -1.8, 7), new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(2, 4.4, 0)] // Pos 0 - hit, pos 1 - miss\n }\n ]\n }\n};\n\n\n//# sourceURL=webpack://miniplay/./project/assets/core/src/GameplayConfiguration.ts?"); /***/ }), /***/ "./project/assets/core/src/GameplayInfo.ts": /*!*************************************************!*\ !*** ./project/assets/core/src/GameplayInfo.ts ***! \*************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _GameplayConfiguration__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./GameplayConfiguration */ \"./project/assets/core/src/GameplayConfiguration.ts\");\n\n\n// This class is responsible to load all the flags and guarantee that everything will work\n// even with some missing flags\nclass GameplayInfo {\n static load() {\n GameplayInfo._forceOutcome = Flags.outcome !== undefined;\n this.importTank = this.importChopper = this.importZeppelin = false;\n }\n /**\n * check if the outcome is forced\n */\n static forceOutcome() {\n return GameplayInfo._forceOutcome;\n }\n /**\n * returns the expected outcome\n */\n static getExpectedOutcome() {\n switch (Flags.outcome) {\n case \"win\":\n GameplayInfo._win = true;\n break;\n default:\n GameplayInfo._win = false;\n break;\n }\n return GameplayInfo._win;\n }\n /**\n * gets the enemies list and its configurations\n */\n static getEnemies() {\n if (Boolean(Flags.enemiesConfig))\n this._enemiesConfig = _GameplayConfiguration__WEBPACK_IMPORTED_MODULE_1__.configuration.enemies[Flags.enemiesConfig];\n else {\n this._enemiesConfig = [\n {\n type: \"Tank\",\n position: new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(-1.6, 0, 0),\n rotation: new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0, 0),\n scale: new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(1, 1, 1),\n hasOutline: Flags.outline,\n colliders: [\n [new _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Vec(0, 0, 0), 2.5, 3] // Position, radius, height\n ]\n }\n ];\n }\n return this._enemiesConfig;\n }\n /**\n * returns the expected clickAssist\n * -1 disables click assist\n * time in seconds\n */\n static getClickAssist() {\n GameplayInfo._clickAssist = Flags.clickAssist;\n return GameplayInfo._clickAssist;\n }\n /**\n * returns the zoom behaviours\n * \"auto\" or \"normal\"\n */\n static getZoomBehaviour() {\n GameplayInfo.zoomBehaviour = Flags.zoomBehaviour;\n return GameplayInfo.zoomBehaviour;\n }\n}\nGameplayInfo._forceOutcome = false;\nGameplayInfo._win = false;\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (GameplayInfo);\n\n\n//# sourceURL=webpack://miniplay/./project/assets/core/src/GameplayInfo.ts?"); /***/ }), /***/ "./project/assets/core/src/main.ts": /*!*****************************************!*\ !*** ./project/assets/core/src/main.ts ***! \*****************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _framework_base_src_builtins_debugger_Debugger__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/debugger/Debugger */ \"./framework/base/src/builtins/debugger/Debugger.ts\");\n/* harmony import */ var _Gameplay__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./Gameplay */ \"./project/assets/core/src/Gameplay.ts\");\n\n\n\nsetTimeout(() => _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Engine.init(), 0);\nconst debug = new _framework_base_src_builtins_debugger_Debugger__WEBPACK_IMPORTED_MODULE_1__[\"default\"];\nconst game = new _Gameplay__WEBPACK_IMPORTED_MODULE_2__[\"default\"]({ debugger: debug });\n_framework_Framework__WEBPACK_IMPORTED_MODULE_0__.Analytics.verbose = false;\ngame.load();\n\n\n//# sourceURL=webpack://miniplay/./project/assets/core/src/main.ts?"); /***/ }), /***/ "./project/assets/enemy/src/EnemyShootHandler.ts": /*!*******************************************************!*\ !*** ./project/assets/enemy/src/EnemyShootHandler.ts ***! \*******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (__WEBPACK_DEFAULT_EXPORT__)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Script */ \"./framework/base/src/builtins/behaviours/Script.ts\");\n/* harmony import */ var _framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/behaviours/Transform */ \"./framework/base/src/builtins/behaviours/Transform.ts\");\n/* harmony import */ var _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Entity */ \"./framework/base/src/core/common/Entity.ts\");\n/* harmony import */ var _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Texture */ \"./framework/base/src/core/common/Texture.ts\");\n/* harmony import */ var _miniplay_fps_explosionParticles_src_ExplosionParticles__WEBPACK_IMPORTED_MODULE_9__ = __webpack_require__(/*! ../../../../miniplay-fps/explosionParticles/src/ExplosionParticles */ \"./miniplay-fps/explosionParticles/src/ExplosionParticles.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _framework_base_src_builtins_default_resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/default/resources/meshes/MeshQuad */ \"./framework/base/src/builtins/default/resources/meshes/MeshQuad.ts\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _data_shotFlash_png__WEBPACK_IMPORTED_MODULE_10__ = __webpack_require__(/*! ../data/shotFlash.png */ \"./project/assets/enemy/data/shotFlash.png\");\n\n\n\n\n\n\n\n\n\n\n//@ts-ignore\n\nclass EnemyShootHandler {\n constructor({ entity, target }) {\n this._entity = entity;\n this._target = target;\n this._shotNumber = 3;\n this._firstShoot = this._createShotFlash(new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec(-1.6, -1.52, 6.5));\n this._secondShoot = this._createShotFlash(new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec(1.6, -1.52, 6.5));\n }\n _createShotFlash(position) {\n let rotation;\n if (Flags.enemiesConfig === \"apache\") {\n rotation = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec(0, 0, 0).mul(_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_7__.DegToRad);\n position.iAdd(new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec(0, 2.4, -13));\n }\n else\n rotation = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec(0, 180, 0).mul(_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_7__.DegToRad);\n return new _framework_base_src_core_common_Entity__WEBPACK_IMPORTED_MODULE_3__[\"default\"]({\n behaviours: [_framework_base_src_builtins_behaviours_Transform__WEBPACK_IMPORTED_MODULE_1__.Transform, _framework_Framework__WEBPACK_IMPORTED_MODULE_8__.RenderTransparent, _framework_base_src_builtins_behaviours_Script__WEBPACK_IMPORTED_MODULE_0__.Script],\n parent: this._entity,\n mesh: _framework_base_src_builtins_default_resources_meshes_MeshQuad__WEBPACK_IMPORTED_MODULE_6__.MeshQuad,\n texture: EnemyShootHandler.Assets.ShotFlash,\n position: position,\n rotation: rotation,\n scale: new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec(1, 1, 1).mul(1.5),\n tint: [1, 1, 1, 0],\n onAttach: self => {\n self.shoots = 0;\n },\n onUpdate: self => {\n if (self.shoots > 0 && self.tint[3] < 5e-1) {\n self.shoots -= 1;\n self.tint[3] = 1;\n }\n self.tint[3] -= self.tint[3] * _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_2__.Engine.dt * 8;\n }\n });\n }\n _createExplosion() {\n (new _miniplay_fps_explosionParticles_src_ExplosionParticles__WEBPACK_IMPORTED_MODULE_9__[\"default\"](this._target.add(new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_5__.Vec(Math.random() * 6 - 3, -1, -2)), 2)).entity.rotation.x = -_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_7__.Pi / 2;\n }\n shoot() {\n this._firstShoot.shoots = this._shotNumber;\n this._secondShoot.shoots = this._shotNumber;\n this._createExplosion();\n }\n}\nEnemyShootHandler.Assets = {\n ShotFlash: new _framework_base_src_core_common_Texture__WEBPACK_IMPORTED_MODULE_4__.Texture().loadFromData(_data_shotFlash_png__WEBPACK_IMPORTED_MODULE_10__)\n};\n/* harmony default export */ const __WEBPACK_DEFAULT_EXPORT__ = (EnemyShootHandler);\n\n\n//# sourceURL=webpack://miniplay/./project/assets/enemy/src/EnemyShootHandler.ts?"); /***/ }), /***/ "./project/assets/enemy/src/SimpleEnemyAI.ts": /*!***************************************************!*\ !*** ./project/assets/enemy/src/SimpleEnemyAI.ts ***! \***************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ SimpleEnemyAI)\n/* harmony export */ });\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _framework_modules_timer_src_Timer__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/modules/timer/src/Timer */ \"./framework/modules/timer/src/Timer.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n\n\n\n\nclass SimpleEnemyAI {\n constructor({ enemy, shootHandler, shootFrequency, targetPosition }) {\n this._enemy = enemy;\n this._targetPosition = targetPosition;\n this._timer = new _framework_modules_timer_src_Timer__WEBPACK_IMPORTED_MODULE_2__[\"default\"](0, shootFrequency, () => shootHandler.shoot());\n }\n onUpdate() {\n const rotation = this._enemy.entity.getLookAtRotation(this._targetPosition);\n if (Flags.enemiesConfig === \"apache\") { //rotate 180 because this chopper's mesh rotation is inverted\n this._enemy.entity.baseRotation = rotation.copy.iAdd(new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_0__.Vec(-15, 180, 0).iMul(_framework_Framework__WEBPACK_IMPORTED_MODULE_3__.DegToRad));\n }\n else\n this._enemy.entity.baseRotation = rotation;\n this._timer.count(_framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_1__.Engine.dt);\n this._enemy.updateCallback(rotation);\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./project/assets/enemy/src/SimpleEnemyAI.ts?"); /***/ }), /***/ "./project/assets/stateMachine/GameplayStateMachine.ts": /*!*************************************************************!*\ !*** ./project/assets/stateMachine/GameplayStateMachine.ts ***! \*************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ GameplayStateMachine)\n/* harmony export */ });\n/* harmony import */ var _framework_modules_abstractStateMachine_AbstractStateMachine__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../framework/modules/abstractStateMachine/AbstractStateMachine */ \"./framework/modules/abstractStateMachine/AbstractStateMachine.ts\");\n/* harmony import */ var _GameplayStateType__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./GameplayStateType */ \"./project/assets/stateMachine/GameplayStateType.ts\");\n/* harmony import */ var _states_TutorialState__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ./states/TutorialState */ \"./project/assets/stateMachine/states/TutorialState.ts\");\n/* harmony import */ var _states_FeelingFpsState__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./states/FeelingFpsState */ \"./project/assets/stateMachine/states/FeelingFpsState.ts\");\n/* harmony import */ var _states_BulletTimeState__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ./states/BulletTimeState */ \"./project/assets/stateMachine/states/BulletTimeState.ts\");\n/* harmony import */ var _states_EndCardState__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ./states/EndCardState */ \"./project/assets/stateMachine/states/EndCardState.ts\");\n\n\n\n\n\n\nclass GameplayStateMachine extends _framework_modules_abstractStateMachine_AbstractStateMachine__WEBPACK_IMPORTED_MODULE_0__[\"default\"] {\n constructor(dataCollection = {}) {\n super(dataCollection);\n }\n _createState(identifier) {\n let state = null;\n switch (identifier) {\n case _GameplayStateType__WEBPACK_IMPORTED_MODULE_1__.GameplayStateType.TUTORIAL:\n state = new _states_TutorialState__WEBPACK_IMPORTED_MODULE_2__[\"default\"](this._data);\n break;\n case _GameplayStateType__WEBPACK_IMPORTED_MODULE_1__.GameplayStateType.FEELING_FPS:\n state = new _states_FeelingFpsState__WEBPACK_IMPORTED_MODULE_3__[\"default\"](this._data);\n break;\n case _GameplayStateType__WEBPACK_IMPORTED_MODULE_1__.GameplayStateType.BULLET_TIME:\n state = new _states_BulletTimeState__WEBPACK_IMPORTED_MODULE_4__[\"default\"](this._data);\n break;\n case _GameplayStateType__WEBPACK_IMPORTED_MODULE_1__.GameplayStateType.END_CARD:\n state = new _states_EndCardState__WEBPACK_IMPORTED_MODULE_5__[\"default\"](this._data);\n break;\n }\n return state;\n }\n}\n;\n\n\n//# sourceURL=webpack://miniplay/./project/assets/stateMachine/GameplayStateMachine.ts?"); /***/ }), /***/ "./project/assets/stateMachine/GameplayStateType.ts": /*!**********************************************************!*\ !*** ./project/assets/stateMachine/GameplayStateType.ts ***! \**********************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ GameplayStateType: () => (/* binding */ GameplayStateType)\n/* harmony export */ });\nvar GameplayStateType;\n(function (GameplayStateType) {\n GameplayStateType[\"TUTORIAL\"] = \"TUTORIAL\";\n GameplayStateType[\"FEELING_FPS\"] = \"FEELING_FPS\";\n GameplayStateType[\"BULLET_TIME\"] = \"BULLET_TIME\";\n GameplayStateType[\"END_CARD\"] = \"END_CARD\";\n})(GameplayStateType || (GameplayStateType = {}));\n;\n\n\n//# sourceURL=webpack://miniplay/./project/assets/stateMachine/GameplayStateType.ts?"); /***/ }), /***/ "./project/assets/stateMachine/states/AbstractWarMachinesState.ts": /*!************************************************************************!*\ !*** ./project/assets/stateMachine/states/AbstractWarMachinesState.ts ***! \************************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ AbstractWarMachinesState)\n/* harmony export */ });\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n\nclass AbstractWarMachinesState extends _framework_Framework__WEBPACK_IMPORTED_MODULE_0__.AbstractState {\n constructor(stateType, dataCollection = {}) {\n super(stateType, dataCollection);\n this._assignValues();\n }\n _assignValues() {\n this._debugger = this._data.debugger;\n this._player = this._data.player;\n this._enemies = this._data.enemies;\n this._camera = this._data.camera;\n this._cameraHandler = this._data.cameraHandler;\n this._zoomHandler = this._data.zoomHandler;\n this._ui = this._data.ui;\n this._zoom = this._data.zoom;\n this._tutorial = this._data.tutorial;\n this._updateZoom = this._data.updateZoom;\n this._forceOutcome = this._data.forceOutcome;\n this._alwaysWin = this._data.alwaysWin;\n }\n onLoad() {\n super.onLoad();\n }\n onFinish() {\n super.onFinish();\n }\n update(dt = 0.0) {\n super.update(dt);\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./project/assets/stateMachine/states/AbstractWarMachinesState.ts?"); /***/ }), /***/ "./project/assets/stateMachine/states/BulletTimeState.ts": /*!***************************************************************!*\ !*** ./project/assets/stateMachine/states/BulletTimeState.ts ***! \***************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ BulletTimeState)\n/* harmony export */ });\n/* harmony import */ var _framework_modules_abstractStateMachine_AbstractState__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/modules/abstractStateMachine/AbstractState */ \"./framework/modules/abstractStateMachine/AbstractState.ts\");\n/* harmony import */ var _GameplayStateType__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../GameplayStateType */ \"./project/assets/stateMachine/GameplayStateType.ts\");\n/* harmony import */ var _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _miniplay_fps_bullet_src_Bullet__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../../../miniplay-fps/bullet/src/Bullet */ \"./miniplay-fps/bullet/src/Bullet.ts\");\n/* harmony import */ var _miniplay_fps_explosionParticles_src_ExplosionParticles__WEBPACK_IMPORTED_MODULE_7__ = __webpack_require__(/*! ../../../../miniplay-fps/explosionParticles/src/ExplosionParticles */ \"./miniplay-fps/explosionParticles/src/ExplosionParticles.ts\");\n/* harmony import */ var _miniplay_fps_bulletTime_src_SimpleBulletTime__WEBPACK_IMPORTED_MODULE_8__ = __webpack_require__(/*! ../../../../miniplay-fps/bulletTime/src/SimpleBulletTime */ \"./miniplay-fps/bulletTime/src/SimpleBulletTime.js\");\n/* harmony import */ var _framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/modules/math/utils/math */ \"./framework/modules/math/utils/math.ts\");\n/* harmony import */ var _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Engine */ \"./framework/base/src/core/common/Engine.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n\n\n\n\n\n\n\n\n\nclass BulletTimeState extends _framework_modules_abstractStateMachine_AbstractState__WEBPACK_IMPORTED_MODULE_0__[\"default\"] {\n constructor(dataCollection = {}) {\n super(_GameplayStateType__WEBPACK_IMPORTED_MODULE_5__.GameplayStateType.FEELING_FPS, dataCollection);\n }\n onLoad() {\n super.onLoad();\n this._bulletTime();\n }\n onFinish() {\n super.onFinish();\n }\n update(dt = 0.0) {\n super.update();\n }\n nextState() {\n if (this._completed) {\n return _GameplayStateType__WEBPACK_IMPORTED_MODULE_5__.GameplayStateType.END_CARD;\n }\n return this.identifier;\n }\n _bulletTime() {\n this._setupBulletTime();\n this._createBulletTime(this._data.hit);\n }\n _setupBulletTime() {\n this._data.ui.zoomRuler.value = 0;\n this._data.zoomHandler.zoom = 0;\n this._data.ui.disable();\n this._data.cameraHandler.disableCameraControl();\n this._data.cameraHandler.entity.position.y += 0.3;\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_1__[\"default\"].position.z = -1;\n _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_1__[\"default\"].near = 0.02;\n }\n _createBulletTime(hit) {\n const bulletPosition = this._data.player.typedEntity.cannonExitHole;\n const bullet = new _miniplay_fps_bullet_src_Bullet__WEBPACK_IMPORTED_MODULE_6__[\"default\"](bulletPosition, [0, 0, 0], [5, 5, 5]);\n new _miniplay_fps_explosionParticles_src_ExplosionParticles__WEBPACK_IMPORTED_MODULE_7__[\"default\"](bulletPosition, 0.3);\n const bulletTime = new _miniplay_fps_bulletTime_src_SimpleBulletTime__WEBPACK_IMPORTED_MODULE_8__[\"default\"](this._data.cameraHandler, this._data.enemy.entity, hit ? this._data.enemy.hitOffset[0] : this._data.enemy.hitOffset[1], // [0] hit offset / [1] miss offset\n bullet, 2, () => {\n if (hit) {\n // Destroy the bullet and the enemy\n this._explodeBullet(bullet);\n this._data.enemy.crash();\n }\n else {\n this._keepBulletMovement(bullet);\n }\n this._completed = true;\n });\n bulletTime._finalFixedFOV = 45;\n bulletTime.start();\n }\n _explodeBullet(bullet) {\n const position = _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_1__[\"default\"].parent.position.add(bullet.entity.transform.getTranslation().sub(_framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_1__[\"default\"].parent.position).div(2)).add(new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_4__.Vec(0, -2, 0));\n (new _miniplay_fps_explosionParticles_src_ExplosionParticles__WEBPACK_IMPORTED_MODULE_7__[\"default\"](position, 4)).entity.rotation.x = -_framework_modules_math_utils_math__WEBPACK_IMPORTED_MODULE_2__.Pi / 2;\n bullet.destroy();\n }\n _keepBulletMovement(bullet) {\n bullet.body.onUpdate = self => {\n self.position.z += 40 * _framework_base_src_core_common_Engine__WEBPACK_IMPORTED_MODULE_3__.Engine.dt;\n };\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./project/assets/stateMachine/states/BulletTimeState.ts?"); /***/ }), /***/ "./project/assets/stateMachine/states/EndCardState.ts": /*!************************************************************!*\ !*** ./project/assets/stateMachine/states/EndCardState.ts ***! \************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ EndCardState)\n/* harmony export */ });\n/* harmony import */ var _GameplayStateType__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../GameplayStateType */ \"./project/assets/stateMachine/GameplayStateType.ts\");\n/* harmony import */ var _framework_base_src_builtins_adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/adnetwork/Adnetwork */ \"./framework/base/src/builtins/adnetwork/Adnetwork.ts\");\n/* harmony import */ var _framework_base_src_builtins_analytics_Analytics__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/analytics/Analytics */ \"./framework/base/src/builtins/analytics/Analytics.ts\");\n/* harmony import */ var _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/base/src/core/dataStructures/vector/Vec */ \"./framework/base/src/core/dataStructures/vector/Vec.ts\");\n/* harmony import */ var _ui_data_logo_png__WEBPACK_IMPORTED_MODULE_6__ = __webpack_require__(/*! ../../ui/data/logo.png */ \"./project/assets/ui/data/logo.png\");\n/* harmony import */ var _AbstractWarMachinesState__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./AbstractWarMachinesState */ \"./project/assets/stateMachine/states/AbstractWarMachinesState.ts\");\n/* harmony import */ var _miniplay_fps_endcards_endcardUpdateUX_src_EndcardUpdateUX__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../../miniplay-fps/endcards/endcardUpdateUX/src/EndcardUpdateUX */ \"./miniplay-fps/endcards/endcardUpdateUX/src/EndcardUpdateUX.ts\");\n\n\n\n\n//@ts-ignore\n\n\n\nclass EndCardState extends _AbstractWarMachinesState__WEBPACK_IMPORTED_MODULE_3__[\"default\"] {\n constructor(dataCollection = {}) {\n super(_GameplayStateType__WEBPACK_IMPORTED_MODULE_4__.GameplayStateType.END_CARD, dataCollection);\n }\n onLoad() {\n super.onLoad();\n if (Flags.clickAssist) {\n _framework_base_src_builtins_adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_0__[\"default\"].clickAssist();\n }\n else {\n _framework_base_src_builtins_adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_0__[\"default\"].objectiveComplete();\n _framework_base_src_builtins_adnetwork_Adnetwork__WEBPACK_IMPORTED_MODULE_0__[\"default\"].gameplayFinished();\n }\n _framework_base_src_builtins_analytics_Analytics__WEBPACK_IMPORTED_MODULE_1__[\"default\"].send('endcard');\n this._win = this._data.hit ? true : false;\n this._endcard = new _miniplay_fps_endcards_endcardUpdateUX_src_EndcardUpdateUX__WEBPACK_IMPORTED_MODULE_5__[\"default\"](this._win, this._win ? 'ENEMY DESTROYED' : 'SHOT MISSED', this._win ? 1000 : 0, _ui_data_logo_png__WEBPACK_IMPORTED_MODULE_6__);\n this._endcard.logo.anchor = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(-0.06, -0.1);\n this._endcard.logo.scale = new _framework_base_src_core_dataStructures_vector_Vec__WEBPACK_IMPORTED_MODULE_2__.Vec(0.15, 0.15);\n }\n onFinish() { }\n update(dt = 0.0) {\n super.update();\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./project/assets/stateMachine/states/EndCardState.ts?"); /***/ }), /***/ "./project/assets/stateMachine/states/FeelingFpsState.ts": /*!***************************************************************!*\ !*** ./project/assets/stateMachine/states/FeelingFpsState.ts ***! \***************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ FeelingFpsState)\n/* harmony export */ });\n/* harmony import */ var _GameplayStateType__WEBPACK_IMPORTED_MODULE_4__ = __webpack_require__(/*! ../GameplayStateType */ \"./project/assets/stateMachine/GameplayStateType.ts\");\n/* harmony import */ var _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/EventManager */ \"./framework/base/src/core/common/EventManager.ts\");\n/* harmony import */ var _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/camera/Camera */ \"./framework/base/src/builtins/camera/Camera.ts\");\n/* harmony import */ var _miniplay_fps_3D_src_Ray__WEBPACK_IMPORTED_MODULE_5__ = __webpack_require__(/*! ../../../../miniplay-fps/3D/src/Ray */ \"./miniplay-fps/3D/src/Ray.ts\");\n/* harmony import */ var _framework_Framework__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/Framework */ \"./framework/Framework.ts\");\n/* harmony import */ var _AbstractWarMachinesState__WEBPACK_IMPORTED_MODULE_3__ = __webpack_require__(/*! ./AbstractWarMachinesState */ \"./project/assets/stateMachine/states/AbstractWarMachinesState.ts\");\n\n\n\n\n\n\nclass FeelingFpsState extends _AbstractWarMachinesState__WEBPACK_IMPORTED_MODULE_3__[\"default\"] {\n constructor(dataCollection = {}) {\n super(_GameplayStateType__WEBPACK_IMPORTED_MODULE_4__.GameplayStateType.FEELING_FPS, dataCollection);\n }\n onLoad() {\n super.onLoad();\n this._ui.shootButtonPressedCallback = () => this._shoot();\n }\n onFinish() {\n super.onFinish();\n }\n update(dt = 0.0) {\n this._enemies.forEach(enemy => {\n enemy.typedEntity.ai.onUpdate();\n });\n }\n nextState() {\n if (this._completed) {\n return _GameplayStateType__WEBPACK_IMPORTED_MODULE_4__.GameplayStateType.BULLET_TIME;\n }\n return this.identifier;\n }\n _shoot() {\n if (this._tutorial.isRunning) {\n this._tutorial.destroy();\n }\n if (this._ui.zoomRuler.value < this._zoomHandler.zoomThreshold) {\n this._ui.zoomRuler.value = 0.5;\n return;\n }\n _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_0__[\"default\"].call(\"tutorial-end\");\n const ray = new _miniplay_fps_3D_src_Ray__WEBPACK_IMPORTED_MODULE_5__[\"default\"](_framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_1__[\"default\"].transform.getTranslation(), _framework_base_src_builtins_camera_Camera__WEBPACK_IMPORTED_MODULE_1__[\"default\"].getForward());\n const collidersHit = ray.cast();\n if (this._forceOutcome) {\n this._forceOutcomeShoot(collidersHit);\n }\n else {\n this._freeShoot(collidersHit, ray);\n }\n }\n /**\n * allows to complete this state independently of the colliders\n * @param collidersHit list os colliders\n * @param ray ray\n */\n _freeShoot(collidersHit, ray) {\n if (collidersHit.length > 0) {\n // Sets the enemy to be shooted. This is necessary because exists a list of enemies - to allow more than one enemy to exist\n this._data.enemy = collidersHit[0].parent;\n this._data.hit = true;\n }\n else {\n // Create fake enemy before call bullet time\n this._data.enemy = this._enemies[0];\n this._data.enemy.entity = new _framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Entity({\n behaviours: [_framework_Framework__WEBPACK_IMPORTED_MODULE_2__.Transform],\n position: ray.evaluateAt(150)\n });\n this._data.hit = false;\n }\n this._completed = true;\n }\n /**\n * allows to complete this state only when hit a collider\n * @param collidersHit list os colliders\n */\n _forceOutcomeShoot(collidersHit) {\n if (collidersHit.length > 0) {\n this._data.enemy = collidersHit[0].parent;\n this._completed = true;\n this._data.hit = this._alwaysWin;\n }\n else {\n this._cameraHandler.kick(0.6 - this._ui.zoomRuler.value * 0.5);\n }\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./project/assets/stateMachine/states/FeelingFpsState.ts?"); /***/ }), /***/ "./project/assets/stateMachine/states/TutorialState.ts": /*!*************************************************************!*\ !*** ./project/assets/stateMachine/states/TutorialState.ts ***! \*************************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ \"default\": () => (/* binding */ TutorialState)\n/* harmony export */ });\n/* harmony import */ var _GameplayStateType__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../GameplayStateType */ \"./project/assets/stateMachine/GameplayStateType.ts\");\n/* harmony import */ var _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/EventManager */ \"./framework/base/src/core/common/EventManager.ts\");\n/* harmony import */ var _AbstractWarMachinesState__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ./AbstractWarMachinesState */ \"./project/assets/stateMachine/states/AbstractWarMachinesState.ts\");\n\n\n\nclass TutorialState extends _AbstractWarMachinesState__WEBPACK_IMPORTED_MODULE_1__[\"default\"] {\n constructor(dataCollection = {}) {\n super(_GameplayStateType__WEBPACK_IMPORTED_MODULE_2__.GameplayStateType.TUTORIAL, dataCollection);\n }\n onLoad() {\n this._tutorial.isRunning = true;\n this._tutorial.setAimTutorial();\n _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_0__[\"default\"].once('touch-start', () => {\n if (this._data.zoomBehaviour === \"normal\") {\n this._tutorial.setZoomTutorial();\n _framework_base_src_core_common_EventManager__WEBPACK_IMPORTED_MODULE_0__[\"default\"].once('zoom-change', () => {\n this._tutorial.setShootTutorial();\n this._completed = true;\n });\n }\n else if (this._data.zoomBehaviour === \"auto\") {\n this._tutorial.setShootTutorial();\n this._ui.zoomRuler.value = 0.5;\n this._completed = true;\n }\n });\n }\n onFinish() {\n super.onFinish();\n }\n update(dt = 0.0) {\n this._enemies.forEach(enemy => {\n enemy.typedEntity.ai.onUpdate();\n });\n }\n nextState() {\n if (this._completed) {\n return _GameplayStateType__WEBPACK_IMPORTED_MODULE_2__.GameplayStateType.FEELING_FPS;\n }\n return this.identifier;\n }\n}\n\n\n//# sourceURL=webpack://miniplay/./project/assets/stateMachine/states/TutorialState.ts?"); /***/ }), /***/ "./project/assets/translations/src/Dictionary.js": /*!*******************************************************!*\ !*** ./project/assets/translations/src/Dictionary.js ***! \*******************************************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { eval("__webpack_require__.r(__webpack_exports__);\n/* harmony import */ var _framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! ../../../../framework/base/src/builtins/translation/Translator */ \"./framework/base/src/builtins/translation/Translator.ts\");\n/* harmony import */ var _framework_base_src_core_common_Behaviour__WEBPACK_IMPORTED_MODULE_1__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/Behaviour */ \"./framework/base/src/core/common/Behaviour.ts\");\n/* harmony import */ var _framework_base_src_core_common_InitOrder__WEBPACK_IMPORTED_MODULE_2__ = __webpack_require__(/*! ../../../../framework/base/src/core/common/InitOrder */ \"./framework/base/src/core/common/InitOrder.ts\");\n\n\n\n\n(function DictionaryIIFE() {\n const dictionary = {\n \"MISSION ACCOMPLISHED\": {\n \"EN\": \"MISSION ACCOMPLISHED\",\n \"ZH_CN\": \"任务完成\",\n \"ZH_TW\": \"任務完成\",\n \"FR\": \"MISSION ACCOMPLIE\",\n \"DE\": \"MISSION ABGESCHLOSSEN\",\n \"JA\": \"ミッション達成\",\n \"KO\": \"미션 성공\",\n \"PT_BR\": \"MISSÃO CUMPRIDA\",\n \"RU\": \"ЗАДАНИЕ ВЫПОЛНЕНО\",\n \"ES\": \"MISIÓN CUMPLIDA\",\n \"AR\": \"تمت المهمة\"\n },\n \"MISSION FAILED\": {\n \"EN\": \"MISSION FAILED\",\n \"ZH_CN\": \"任务失败\",\n \"ZH_TW\": \"任務失敗\",\n \"FR\": \"MISSION ÉCHOUÉE\",\n \"DE\": \"MISSION FEHLGESCHLAGEN\",\n \"JA\": \"ミッションに失敗\",\n \"KO\": \"미션 실패\",\n \"PT_BR\": \"FALHA NA MISSÃO\",\n \"RU\": \"МИССИЯ ПРОВАЛЕНА\",\n \"ES\": \"MISIÓN NO COMPLETADA\",\n \"AR\": \"فشلت المهمة\"\n },\n \"Mission Reward\": {\n \"EN\": \"Mission Reward\",\n \"ZH_CN\": \"任务奖励\",\n \"ZH_TW\": \"任務獎勵\",\n \"FR\": \"Récompense de mission\",\n \"DE\": \"Missionsbelohnungen\",\n \"JA\": \"ミッション報酬\",\n \"KO\": \"미션 보상\",\n \"PT_BR\": \"Recompensa da missão\",\n \"RU\": \"Награда за миссию\",\n \"ES\": \"Recompensa de la misión\",\n \"AR\": \"مكافأة المهمة\"\n },\n \"DRAG UP TO ZOOM\": {\n \"EN\": \"DRAG UP TO ZOOM\",\n \"ZH_CN\": \"向上拖动即可缩放\",\n \"ZH_TW\": \"向上拖動即可縮放\",\n \"FR\": \"FAIS GLISSER VERS LE HAUT POUR ZOOMER\",\n \"DE\": \"ZUM ZOOMEN NACH OBEN ZIEHEN\",\n \"JA\": \"スワイプアップしてズーム\",\n \"KO\": \"위로 드래그해서 줌\",\n \"PT_BR\": \"ARRASTE PARA CIMA PARA AMPLIAR\",\n \"RU\": \"ПЕРЕТАЩИТЕ ВВЕРХ ДЛЯ ИЗМЕНЕНИЯ МАСШТАБА\",\n \"ES\": \"ARRASTRA HACIA ARRIBA PARA HACER ZOOM\",\n \"AR\": \"اسحب لأعلى للتكبير\"\n },\n \"NEXT\": {\n \"EN\": \"NEXT\",\n \"ZH_CN\": \"下一步\",\n \"ZH_TW\": \"下一級\",\n \"FR\": \"SUIVANT\",\n \"DE\": \"WEITER\",\n \"JA\": \"次へ\",\n \"KO\": \"다음\",\n \"PT_BR\": \"PRÓXIMO\",\n \"RU\": \"ДАЛЕЕ\",\n \"ES\": \"SIGUIENTE\",\n \"AR\": \"التالى\"\n },\n \"TAP TO SHOOT\": {\n \"EN\": \"Tap to shoot\",\n \"ZH_CN\": \"点击来射击\",\n \"ZH_TW\": \"按一下射擊\",\n \"FR\": \"Touchez pour tirer\",\n \"DE\": \"Zum Schießen tippen\",\n \"JA\": \"タップして撃つ\",\n \"KO\": \"탭하여 쏘세요\",\n \"PT_BR\": \"Toque para atirar\",\n \"RU\": \"Коснитесь для выстрела\",\n \"ES\": \"Toca para disparar\",\n \"AR\": \"اضغط لإطلاق النار\"\n },\n \"ZOOM\": {\n \"EN\": \"ZOOM\",\n \"ZH_CN\": \"缩放\",\n \"ZH_TW\": \"縮放\",\n \"FR\": \"ZOOM\",\n \"DE\": \"ZOOM\",\n \"JA\": \"ズーム\",\n \"KO\": \"줌\",\n \"PT_BR\": \"ZOOM\",\n \"RU\": \"МАСШТАБ\",\n \"ES\": \"ZOOM\",\n \"AR\": \"تكبير\"\n },\n \"SHOOT\": {\n \"EN\": \"SHOOT\",\n \"ZH_CN\": \"射击\",\n \"ZH_TW\": \"射擊\",\n \"FR\": \"TIRER\",\n \"DE\": \"SCHIESSEN\",\n \"JA\": \"撃つ\",\n \"KO\": \"발사\",\n \"PT_BR\": \"ATIRAR\",\n \"RU\": \"ВЫСТРЕЛ\",\n \"ES\": \"DISPARA\",\n \"AR\": \"ارمِ\"\n },\n \"DRAG TO AIM\": {\n \"EN\": \"DRAG TO AIM\",\n \"ZH_CN\": \"拖动来瞄准\",\n \"ZH_TW\": \"拖動以𣈴準\",\n \"FR\": \"FAIS GLISSER POUR VISER\",\n \"DE\": \"ZUM ZIELEN ZIEHEN\",\n \"JA\": \"ドラッグして照準\",\n \"KO\": \"드래그해서 조준\",\n \"PT_BR\": \"ARRASTE PARA MIRAR\",\n \"RU\": \"ПЕРЕТАЩИТЕ, ЧТОБЫ ПРИЦЕЛИТЬСЯ\",\n \"ES\": \"ARRASTRA PARA APUNTAR\",\n \"AR\": \"اسحب للتصويب\"\n },\n \"PINCH TO ZOOM\": {\n \"EN\": \"PINCH TO ZOOM\",\n \"ZH_CN\": \"双指开合即可缩放\",\n \"ZH_TW\": \"捏合兩指以縮放\",\n \"FR\": \"PINCE POUR ZOOMER\",\n \"DE\": \"2-FINGER-ZOOM\",\n \"JA\": \"ピンチしてズーム\",\n \"KO\": \"손가락으로 줌\",\n \"PT_BR\": \"USE DOIS DEDOS PARA AMPLIAR\",\n \"ES\": \"PELLIZCA PARA HACER ZOOM\",\n \"AR\": \"اقرص للتكبير\"\n },\n \"SHOT MISSED\": {\n \"EN\": \"SHOT MISSED\",\n \"ZH_CN\": \"射偏了\",\n \"ZH_TW\": \"射失了\",\n \"FR\": \"TIR RATÉ\",\n \"DE\": \"SCHUSS VERFEHLT\",\n \"JA\": \"ショット外れ\",\n \"KO\": \"명중 실패\",\n \"PT_BR\": \"ERROU O TIRO\",\n \"RU\": \"ПРОМАХ\",\n \"ES\": \"DISPARO FALLADO\",\n \"AR\": \"أخطأت الهدف\"\n }\n };\n\n new _framework_base_src_core_common_Behaviour__WEBPACK_IMPORTED_MODULE_1__.Behaviour({\n initOrder: _framework_base_src_core_common_InitOrder__WEBPACK_IMPORTED_MODULE_2__.InitOrder.Default - 1,\n onSystemInit: () => {\n _framework_base_src_builtins_translation_Translator__WEBPACK_IMPORTED_MODULE_0__[\"default\"].setTranslations(dictionary);\n }\n });\n})();\n\n\n//# sourceURL=webpack://miniplay/./project/assets/translations/src/Dictionary.js?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/data/fire.png": /*!*********************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/data/fire.png ***! \*********************************************************************/ /***/ ((module) => { eval("module.exports = 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\";\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/data/fire.png?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/data/metallic.png": /*!*************************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/data/metallic.png ***! \*************************************************************************/ /***/ ((module) => { eval("module.exports = 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\";\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/data/metallic.png?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/data/trail.png": /*!**********************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/data/trail.png ***! \**********************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/data/trail.png?"); /***/ }), /***/ "./miniplay-fps/bullet/data/bulletTexture.png": /*!****************************************************!*\ !*** ./miniplay-fps/bullet/data/bulletTexture.png ***! \****************************************************/ /***/ ((module) => { eval("module.exports = 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\";\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/bullet/data/bulletTexture.png?"); /***/ }), /***/ "./miniplay-fps/bullet/data/trailTexture.png": /*!***************************************************!*\ !*** ./miniplay-fps/bullet/data/trailTexture.png ***! \***************************************************/ /***/ ((module) => { eval("module.exports = 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\***************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/endcards/endcardUpdateUX/data/button.png?"); /***/ }), /***/ "./miniplay-fps/endcards/endcardUpdateUX/data/coin.png": /*!*************************************************************!*\ !*** ./miniplay-fps/endcards/endcardUpdateUX/data/coin.png ***! \*************************************************************/ /***/ ((module) => { eval("module.exports = 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7Svlwc87NRm/VmeIS4Y7+re0KoBthN6ZnW5MLBd6+ysPsX5KPZkB0Cja6wmq65aXLEIf450CGEgDQQJIrx9d6Xa7o7HM0VEfEhjYIwBA7USZyEa+svyKHJj4RByhjPN39PpXNQ1+MOIU2ZOfe+BCe/vqJragiow5kC6hrORrtVomA8cRuO5bxpuFfxWAJNDe6naPu5FYJhNRCTOZTK1Vq+VljBIw40T2ZsyyvNdQdFSyCQCV4JxWhkYWnOKA28reGavbt3YA0EYBF7AH9PKtSDKZjERO/GfIapSETh8gkJ6FewTA28ow94w2OZHM5FGTGYA3e/OSv7q6JOp8VJ65hDByRytF7+g/XWPHJ/+xxsrmei5cLfECTMdJqYsbqGSXkuPJpOpfo5jo3C106Ba4wsHDg+PjUe+o9pcTExNAbj1puwJpycD+18ZRJxvzz/143cbb7epqMTeif0e7BJ9M4rWZCGIxNwBSucUq4xZMOrsnHHBh5W3mvZEvI/9GIcKSMDV198pPweD+7JXj4ysT/b+B86S3NTZm9gSCmBUk9GO8MrSyNy3+hdU9mcfwRMXBsDCnXYPz+kmKvpVCMK/sr2wWw0UAMDPFpSIIUG0Hy+WxljeS/BIJUY85Dhk8BUD08FGhO5rpOwfi8Fg55QpEg8FgenBIx966+PzNLy1+cXW1ZOPQOGm5D63pz2vz8KSf0k8BmJcfACBdlEw26BeWMEipcM7lcUWj0cB6eWwYEJFkBP4jkYksADzTh7vH3SuUdMSgBefr0QB8R0kaFYMJ/h2Y623zH2I1ub7aNhp8BhKmIIrabPyu3u9X3QOguX11azGdklgVoSQkdGbXzAx2XVguR9MPQSST8BYZ7zztrjc2u91xZB1xh3NX9P59eAdtAL/FQIfALYQS/QBwL61WFRyfAVhF/bsqwMt6P7YG1ebbDwCAxy/eJlMIKFhx88WZpfBFvL0AI4rI4pFqLA+RR7zfPT0+vH38LIv4i2UPAIEYRb6oQcA/p0NDRSWj8cj/od9iWVxtKAIAbAQwqX9ZA3g/ViPvmVjmUnvl6lY4lbLzAmo6TwQ6oVRJz2DsYAaMABNXen2sBYBnB8ed0eGmJxrN5fCvo2RBdv7BjXi8X8F9AHB/+DEDqAk6ntosFlAN4HX9/HyNuc9kLs2uXJ1VAUw6ygE+BSFe9uB1kAHQUxxFgShw/dF/tg4DQfyAH2FR+lBJsbH5fHYJ3pm5P//YTwAxAGD9B4BFr1cB/qHT2nqTiIJwjC8+aOIDQpfbymWBml2QQtlScSnFUooVREWsUqniBfASab0UjbdUqlaN0VqtVWPUB6MPPtg06r/zm3MW8DqlRH3w+86cOWdmvjlbtpTLIAB8ncDIlGcAd1CnGI8NDs5M7z0ecLFIgIthILG8HJq+9blAdLDrbPEc3+MKeTwlVeX9yjaWEjoExqI9Ni6+dghsIAJYP1mcE0gIvBuitE4fYy1W3Hs8FwIBGIEB0lOc1+bnv5hV2YNtp8BjxQlTK0Mo0uACffmIJsMNEBAZAUhQpD9yAjwGymGGTgeMb8GUoDdD3V5wsBg6PhniBHDORoq1M6NLj966ensPqWYoQnCKi5t/GSFSMkMwG0CdzItqtzGy2KfkJ+vnykdIgsKPVUEMdAiwPNclIAusmtBzMQsm7MLbx7kAotDvSkx9OdOrNTPpYmC6N3wTi1VL5hK5B7+B8QAaBawfxQv6RE7AaBhbFC15eKAcpA4MPaAFBNr3QKSd5sLxeZyC/YnEIQPcD2P4NRBAs10svs3ljk/uT8zseBdOP2o2R3f4l6d7y0cERoDcABKIBxfWDwcA32BoE4iGW9Cs5+oLvxLY3L4JT4y18ePz76uMgLFLoFaLDVKJH4uBwdzk8Jl3mqY9amrpM4n+wPSZyHm7gICTzWSuceCX4BImE7FKnRMwpVv5Wcvcg0I5aGItkA/HcGM7F6yO8QQKAmfaBKi047DDwzEw6InFYsbi27fntFEN1tTCJ+SAK1Das3u309AhQKmLLV+AsQDgZkjFW7Oz0tyD+QgIWBkB5IJ2NvyyyvGRanpBYCrhkYkAIAl+165h+kM0Gr0ZW1kppNNEID0mCeMIRo8bBGwDZmZ8G5j3BYHX5CyjgEEqvpjPO+sn30XgACKAxwbIhno98Gk1zA2Vx0L1zjlGgMMDHwR0BnuitQL8DwtHbhwMBUZCgZLNiq7SJqiEzr7Y8ln48wvAbaTEfqKyKIo99duaRASo/N59FPWAXhEd+0LgzBoL1e+MABAvAF4ncCF6gSzq9qWbzWZ6zGdybu3v3z/iN5skH/5Lo5mM4w8AH9aVVMHAPlY5K4pT9fejVgQAlX+Ww8dQEbVrwk9xjp+ON+5Uvw8nPOYDhA9oncMO2IULw3uiF1B7aifgQYHuY1e/avKlTD6rw6hCrdUNO8AJwCDpHyACcSJwur6QIQLkActR1ITdqriRDscppaYr89XqPDxwqMbXTl8cnxwQ3fWu2eyl6tE9QumJCJioo3XaAN/Gpw3ADlDcoj9jxbF1tJIULXP1OxWf02FFYu4Td6Iq7vQFOxtaOE0EtEb4avVWwpM4VCNgjs4+wMf6d7zrHUsB0S7znNNvtqGlZzNlzkCWoVUYyMgDsW09QZIYbTcyleSso37yc8MngQAsv5P3BfwY7AxraUYAP9+rd4oeDzzQZQDjTtixY0/K6ks5TfII8oEfyUm1YbCKyeJ2a4/OYGBQhyejjI5Gxd5YWvTOHqi/18rUhCuQTS8ewyHo9oar2ihVNQiF0WsfrxZUj1zrep8bXDBci9qhY6RSRj/lHhw5v0wDJgeJO3aDwBgIHJ6bG/g09l5aOisqp9fuZKAASBYF8v1h6g273fGnNBig9Eal+flqtVCE5EGhh58OfMwgzMgHHE67VbJ5WACAgEvwURCYgvi2GZkPkAG7+EE7IzCWrUyIlgfXP1fQAEuKginSUdYdd/WBjAYGsExmlPZAlWV4oLN6XEUzMqaDHsEpmSSrmWV+V6mEzD8FaRcQ9L7ALZjZJcjwuwSCplQ8u+gVg2uvHjUcEhyAQaJ4jOkD3fa41SXwGQnRrBYRBDp6DOg0AjGXzDE6AUbKvKzw8KNQShwwkfABGdYOF/yLgC+SuXLWa5lcu9aKOBF/9L5C+U0hWU9BoDF8fB5hD2bM5iIR2IXLSCZ0Zp4ZyOmSnSlzMH8gl0MtuDdxEzIwSVzYBCKgo9tg1GIHU40rlaQXXcnlhlVSQICP09f/rpKlAQ5rZTKZa9WFmgoCMECXPLLavuYGsVCT2g9ZCBXIOCbYfmTgwPGQbHewSU+PkQY2HQJU+uGEjl2BA8SptYXMhJU97egT88egkv2uE2qcAPArn2+/mhqB6lIsYgaITD8zo1/0soAx/kAgQKLM+PE5RGKJOaY/EBIgsJDyIMhtAnz9USgy6exS0rv7Uv3pKBvhYgP6FOiEfyilqy0sHhaPzE7sfTPnWgYOKlvUdngisQsUqOowOrcbafddgeVcDlFIVz/LgfhHm4Mo9CAx2rguAZWV9JjzEThAHJqq386W6WWHxeudEA9DKf1TK9YIvTwxEVHEaL3uDxABwKvFAj3V4JnOLZkSBE8zfMBz0xlgHyRrEFGAIGzvPz1AuNGiCLBeuv40E7Fiks6eVpBW/KdavjoaL0cUxYJZbzJUn/MsUxnu2TqM9Q8XZUZAtjuFUKA/wDafXftkcAKs5PcnjNQGov0GAR0fQdDKkgNOv6k+K1skEMiLovci1PK/5wU3MF1VJHZPO+be7B9fxmEfGb51q0ChyBxgNBlGchyeL3+AD+xQfoIECmO1x+kwyMa2A+j1RySbbeST0psPl5ckFgCz+NC84O+JyWHrdtyREQy7Fe/U2qX9OYiw07fmC4hF3dE9Bk9uOZAbd/G/y+bOvA4c4Hwcjq2xHq6J6K/fIleyraQ3/3zt3t0JiT/oEMXdW1CN/T0zOup0Yr7Lhu3e1NybSUgP04WFQk1WQYCZQcbRYxMS7n+We7lhjIXxEA6ES3ALURP5HwTsqUr2yoR36MCT25crWBjAvd68ePRfY7ONcIFi0U0Rb9bXQisrp86tvDVvxf5zk0M5XEF0Hjv4A1T9sDnBVoPdfUgtlRL75RjQmaW0u0tnh4Z89TdPsxOzeXKA15u8yKZm/3JB3oldYiy84siTk3dWTp2ehhTfqTQSIczoKBz4pY9x5SBaXzISPVgbJ8g4OgYigCtYimezi8kh5fmPq/sWrRe9IDDkFZPkgH9PTg9TrWLBScBROfHqa3Vlehz3kdohoKLlPARwWdA3f4DmNEQB4DaMUw3owQSZCDgc9qAznsUJHOqbfHL7WyWvzJIDhrx5OGDTf2bHx9jqRWyV5UZL+/jyFW79EAJeN/h8xkwEsHSYDGTWfgCet0CDdP6C7q1GwjdJ5ezdxaQ49PDHh8tXJpR8EgEAS5JM/b/p+VGFlt8H/PCjRvPj60sQGzy6CwCII/+r6QT0Aoh+dWWLvUCQGtksKlHvzhev79/tI6fmCZ/S0Lr/vh/Y8rN7639NIg7D9FPQD/WLZnaXZmgnkTBDLEfXLj7UaEJ0JeEZaWYkhBW2Mx3lRovYIIWT5Y6ISijKWmXFsPrvet73blFQbav1S09FMYLn/byf997Pt+cxgxKpDZJjE20cVO3Oqb2kTDoIdkQw6RLTZ89SDYADcC+0efsJUBf2Td8Dvwgq5x5/mX9fkYIKjV/TtAbpB36joMB6qQcx/qmpwnSk3Bk+PUNljwV5kstu5cvjCnCqz00AH6dp9wHpM/jRf+olQ2ihL+BfkDADitA1TWnkf6mgcOswqDeM8XYicaIBsXS507mLXc/OnVmSSzG/U330hyNw2QF37PwiFB0DP+pfUzu9+U8l7D+Qe4xfKFSBv1fR5EQicb1dMGKkS5XLw06NvoP9WT/K2zl7sEDCbUDf8YfDYOcg5OnuHKZfaEoZ/KdL6KwYPFWgZv5mAtxJKBam2uMJLAsjpHiQMQtX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/*!**************************************************************************!*\ !*** ./miniplay-fps/entities/Helicopter/data/WM_apache_texture_1024.jpg ***! \**************************************************************************/ /***/ ((module) => { eval("module.exports = 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\";\n\n//# 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QiNGwsV+V37MPSxucmzvGK2QaVYKh+UjmvsIT82g90Y/eTppljfsfRtPqfbcSV8IhOQUjsNUvUehXOuhtQtjoy7p0Zd0emDwl7PJoIgy8G3QhBkBsUP/wo3lpwIwqwDAdiwtAHEBWNzQ5okAnQWAY4EP0NLY2V4g1ank9F8BDyG7jMNwSF8uiR7rZhR8HUTYCRbYM1Oz9+MpRTSFDEpepSnmxh4pXKNgOMQbwwrbDCirwGoSUF8Itwfi46IWAOgM6gNcofqSL2OUKUogZSlTH2BKeTjphNLyOxt8goNRms9rzpQNKYc8Fyj5rOijnZ2sqgcNAm2R0zbPWu7WVHToh6JsL9PHaZbVin7edCNEFlqEuAGpBudVr8+oLnkmDrV/I6QGTn2FUEC+TEeQJ+FGRXzCcFMENUAFgMx23mQUsIwD3h4F8MgFAIDUmlCAQQj+tAsQWBLXwbX2MqYhx30s5xqQCaWN+PmMFGRbf2H+s58PSE/YnZWnSHu3/JXTBj/nIB7Pk7XMpOs9TQ8y5z86AtD0v7I2iABk9MKz7/8wAL7hr8Qe9eByE4uvEoBBqRZ6l5nnxZp6gRfLbxN2nRvbVuSlwW4VbF613ZtlSAuLK20Phx5+N4MFP5cK0VYJlcidlLf+MWNFpuSNPR+M/uqUchnrETphqI2rtt2PrsbNZ1aLPwwMP9F3jQz/Ek0CWQdKtXfbJ19VAJCfJAKfGXdzAWyNAgD0UQB3XI8rFQBWWRDJzmjlTJXDVfD3BY81fmP7yuvAApDJaKegerWxkfjnsmnewaYcXq5qrze0F2bfpx5d1V4Bjnou/CeAn4H1Semfs/itiNrjAFiY4jGMN3XLB4SwggoNhbmNO0dIzanIRntpSy3jRtXKW82G2kZ9538Mbgc0+4BorYJQVwteoGU9/AnG5+b961Y6FEzV6pwMtvjjNBGK56sXk3YuIy39Q+xEucpRAfAAGD4QOiPMekLFs1IFMwKIFsskArD/AJuwH7DCBbCsmgjgBsD+OP2M/7z2PR1LaJUNFsAbGx+95EMMEdbi4pDQlS1iBhwXjt1YABzIPk7g5j15zTs6/6UOrNYJUA3xqnw4Nspx1qoy8k8HGGPIcCnbG9cF2G+echzPOAzhMhykqceAZnVruQtAI4J+DCxtjNne4peH1r+fXWvG6G9GObIAPL9HkYt083SNwJn+DGsxpXrzHFzXIPgde1iTGoTtj7tAzP/6svZGmtWqkJ9J4UDgByqUH3ElSlFsPaEfPqgAZDUAIAddAC+YCOAuADSGV1oAwnmCxz3w3iViswWAcSoWOnyiXUpRg7JRA9xhf0P+n2lp6M2GuEvCHVYpOirde8wEu4knTSXOsLe6zH/BVX2KMvrHykU/1fFtCCFOgZAOOF1IXT3uOeWO1TPH1lYnGJPpb6Aljj39n0IN//hynPosHwJU4astAFeYn6L/w8kWpJBVABbYUADuuXAArI4C6CcCuAUwoQmwwgh4DheFdXChI5If1IVIQwGR+M9hs9gVIPazBTDXpG/8d55+XGnuz5j1jZycNaegv00PcgHgMQaiP3xq0TDqwHt0ZBzzFacL6oB0MSl4SIjxiTd6Pf1fiv/wualI+pY0Z/uH7L/etOkOHgOQDEUswJrXeWzTkdz4YCgkswpABgGowobXRgH4IEDvAtj/1AQIuCjqSODWH7jeAij5f8Bmnr1ngc1FYopaFmkkfWMfgHnxzrz1ffmZ2/7HuBecn+moqclhBsMZj+dSAnYza8CMmxoAeQxDfPceReD9e1QAF/RxBP5fP6IFUHkBEwueen8c/TB90IOjJ8NjpE3ZXv5CFUgbClMMTfb480ell4nXSkXoBcD9L5a54ucSHpYY4KQMDc0qANnChl8RBYD8R0wb5gQqkjmzit0mC0D/ygb9Df081n3TgGTCWULvgV15YWCjO+06/x5Rus9z0t9tRwkhv3kAcN/Am/4jCoFdMe8UwHw0AHDsDz/rlNPH98O4fzcM/sOjd4OARZybExluALgAPGzsx61ETt6y/AWgSJcnaZv0vNgI6RtUO7bRvEnkdbVGpecCkJLb8b0FsB02ylCEcYmhrALgcweW7RMBehcALtP6YUDXAT1sDwMKg0df0Ztdp5wzpHSNQ3i3vwxf4+W8fxeHMasAYOM7a/f8KPxsaD/fC+7PtNQwvjv/cYX6vEpZKyY05IDPpwgExZIT8n9eMAg4L8d3NPuPDRvEDToL+XbR8Bb5bwKwsAA8aZBWEvFvI/3Zh7J8vs47Mf6R7kvqBCD+lgCkMl2itgdJBTxsONvgvyVWTgRwC4D5/zMFYKRGB/oewRC2dgFI2oDX2QECMIRPEzArxjzPR1AAqPKBFIAi/kACKto/GeubZSMlEEvASmZHrRJz6SLQbceTBPhI136AZcl5mN9PpATksAQFSPhOjCsKwI4sAF4SQ0aOmmH8rTxPdvxHYLPtr3kF0ku4PP7a89JPLIBSFcI6FU2Pb+8DKZrwGYwInztQ+ADzL0YBUEwc4KcewNTHAOuplWyKA+CVBABi7PgdbhkxpuHdhIyCN0SyvQvaCchXDfFj4Zp7q98Y7rx3a59WSgiLP9BajxxQKe3tNjSfgIEqIALAtI/hHZ0tAnAGKP954AJNABsFqAJJAh1Lef01Qof475FeoACv1w+fZtGXrO9SeL7TN5gLoDQLNPf3rDZuFXyYsBgZIBxUBGzw3xJ52eYC4IBYwGWFBdD2ABpdSKstgDCUEdAiAAwSgDDtlVFIw/1+OEDyA5QS/532fYvP53fluoBTmEcJbb5lmgGlXEz0AvEsnjULHk0KACtgJ5k5xb0OB9DdpnfDKOQnFQbX4fVmPgAPJQtDj5D+Ezt/ey/AY1p/m8j/k4Yk2j3zAVSBhUEyX/Ch2oBtF4EDL4daAATbJgIY/6fL5VkckPPeYedpsxcgDKPjkFUA9N+cRugAlMwlSi0MlLa5GrlTyrsU2AQCJubkKciXZn9hEVjmhVOTS8YEWZxAcNCBCIBMKpxpYgBVWvJ34q5Fy00QiBZBojHtaRpju6f//59lXt6wxBBi2k5WBQE1ae9lZoDRXY9YdUR08utLJ5MYZeFxP34iAKcaAP6nrC/j/eLbPfo+Lw//DES4cd42NFy6+n12jdW1AzA8Ww4N4I5nwNcZ229ZUmVTTOhEqAgLDbeCPkaoAA0LASgjmvT5EQMUvT+OKtqltfkAbP3DnLpTXazLDND5q2Dfeuyr7yLzg0CKC1UI69D60cfLYZFNQc+tNLV22ppCYx1VONh1DP/Soc8z/76YnxiJrRa5kxx/OSUAkjjmGgBcKZhVBRECaJsd5GS3U0L9Rh7btoSyZdivxYT/pARt2wLepsfly7FczQkY6lS2OesRPsHsJQZGABM0gGosALgA1Ad4TvLABChHAJF50P27CgGoY5Om99hiXSaA7kpwgh1+7RIBJHCpUp02On/KvHymtUPLX7S3N7wLImGsW8IogUGP4yAtWQNY21GIkoGXAQlJLKQBSPGibaAB0ImZCSDmw4C8azABIC9p2OGtCrN77H0Mf1st940/zP5blX5OT0xuGgDoFwTgX/o2vl5X31INDmCJENYAnl4IwPg3AugapgGCEbLkCxrAmQhg7KWD52W/RACMrlWOTAAJbJFUcMI/inNrn7LAI8x8TpgeAPjTXblk0c+NUmC15YKLzEScI4cP0iUK376RBtCfpJwqw2CRcyUB5DMBb37ENVTWi1jwO0DXyh7opFqnBXkkNi/831wJoaGOd3eg3kgAfnt4AFtRMVvWvIYw7+B5jkIAlyFWFwL0txpA11UHATK0lzYAVW4eBjQC4G5dCMBf88G53zQViic+ybJgEICO80uHr6i34zIwLAnqtBdrn5Imy00aXf9NTo+9nib8k8wUnOSQNINxJCdgOEplJZhT7+grGftchACmTsSJZNGjeGcSSAp1seJk96UC/n744DauQcNtE/9k09Difgx5rvnZ/XME4EAA7gnHqXudlLA2i69pr5KIaW8EQJYqE0APE+COC4AZAATQVcYBN7x/kJfWAoAAkhCk4ARUI/zqlADMEcgFub4P5/4iWOTcsmIdwp6SeHtq0T92BTJfqFnPxMH8Aj8rj1amKmMSGQZkurJLscMimjowUICH22HAbC2l4L90oVmQ6/f2ZGEn9p0mXQWKLeLfU+ntpFeO0pdewNJmAwG89L18nbwC0nkENBlPp9GBGI0AIhMAuwA3XQA2CEiCoJXlKICJt62cCASz9gkJkNwHcBiHOLnInepFAXiKLoIA5pUD+tQLS4cvu4W693SgRmJRcBtptqwfdpTaKS0ma36ghj30AdYWzFloqy3MBmAGYIRHF44DpmQdUz4d1nlCc24CfIq16IvAMJi7imMbIMKD02EPTqD3OzwFHrsqXjeHC+yR/Sywh3K8A9LrJoAre3xXmyVU+y6lRaBxlc8hzkYAvWkAH1suAFgASb5uagBfNryA+SniikYCmJQADDLSqf7u1yieQ391XTQTAAxgBAChGgr4A+1sk4Pgkzft8FEwiCQWOGh7KA6WiypzkrRLBGCBQNzlmI6Tp66/Pzkvb3zl0pUAFCFGAFhJ+hlImYAMChXy/Qip3MZlR6+7sH3JskwopAI81z7DqKyxG/2uMvMQGgAa4aQrW9Yxv7losS5ZnAUKCx8j7YQAGPtX2p3uuABAAPL2xC+lKP5LBQB5UEKrD4AJoBcNYFHD+zI5f+3JGch96bVzodAAhnEQDz3DFM49kUV3yGK1JIt26YC1VYewJYHLIOTSzCqEMJYMW5LGEmk14Pn7xfkpDuqDUALoZRiQv28WTy4L0BHwySx5yu+SsLuZz5CLBB7wtbv7ysmCBN7LBdVAyFuVw7YJYMTeQTZ/PHcX+R6pGgPklY0FxHqkYcEQD0wAhH8jgI87LoCDaQDU9H6E0LLjB/LzNwO2OgFXAlgH58fLHJw/9sE5N83fjp2Mq3P/bvgX/NECffjyoecD/pKNKrJ0EjyAswiroGUKe1wJ9WfayUMsNnOp64/+9OvLyOGMoxCSKAjiBAwhV5bpbRUgAOBf61SWrVY8ZhW0VHvgun7g2+EGIsFzh0eUsx/Cf8kdGjARoCQAGAaND7sR4SC0eHTysE0yPBgOEmD4I21KABsuAHt3UoF/wD9HPI4YBnxlFAA+AOk4x3H4efY+zO6H768xpaSHFtVcI4ONTAHjt7RxuujyaRelm88ADwoA8FGGBBfhklo0TWdJ6H2UAYK3eJQaw4hkAQGs8UAgwYMAECYe4SBUrJ2/ZY+/qAI4JMM2KQDIpfcdGdAZSqtzBzLwtE1yDM0l/m4dX5jtSEKgAVQJwFV+bFSvGgFVZvCfLAIaH+iWDyOAAxNAkuWzC0D/se4wgNr2d18F4rM812seBTACEPinwXVaPjPhnROKf/6Ymn8h0IsZzllY/At09QLYmwVIA/+IsIjiKYnVATvICkZ+VHlWzCmISgBnYwCHGJXmBGAJoIBHPoGmSEElLveIh2HsCmDutFNCBTA7JbSrD+5OdZ/nQQAQgYqvqk64jd/AcOUb4DcvyAuPa6rARObA8mEE0CsBnCj8MAhA+56cAAzRQH85FeA2Jw3qJJAtBhQCEPiTYT/y0lqBVDfBRwfIzTglFDCupdD1897fkCsZ/kMOGUipNfAwy09+i6WcsIGErBV8GYNqAP0oEYFow6+WEYCt9Mr5Pe/xsSS0QdlvwYV/3Ff5R5Cpmy4eF3ePSGanqzO8o4XTnX/wxIKL+2MDz93Tf2YI3LFhhiW4YDO4CFeJU+ziYAQwCAH0p4sSQAzQNyrDgIUKgJQ6DJqXAxMBCPw/Dsm1/wlUGLODREP8gcA/XszmF9SXMskO8J+mDP8omVAVhoJyCEwAPgcXY/6o6/xj1QDGeBbUBoSv5oAgubsoFL6/YhzYPlplj2wDdeNM/haSzAjYz0DI+D3IDn+BOvzG6W0C8LsWc+6nABQiGjqfiKmjj4MRAK97IQKIpgFYJ5Tp/6sVUC4AKgQxxCti8Cf8GwEkIej0q3cdXaqiHz6+2XT+KFbBeOA1AhngIQRcO8wTCScV6pQqJOYyoObtSeMiyMLqv1LAsDoBxQQgWef9ymLyDQjl75QszoIhnnMqvaVXtId1uH6Lw989jwf3vwOQulwPd3omFweoQ0AAG/HacqZ3t01fZgz0CUVb5gDEGVNNYIpKAP1sBBAm9Dtfu8L+z8TnEQGhDZgJUBfouEQANFImGgCbAAyhHFXo7+nPxKY+8zZeKJFhHp06JMaQZeUQklQ4QDlj+kPbuehMDQJRWApZNU3zx2hMfP8XdefG19kR96bTbku59bKcwzBA+yMbCqAm2ah8phOAocB2txgBggDSx6uQ2ikAH2A++ddj36rFbWLev3Xz5nvM+xMR35c3eKQ/oBgBdaS36klgVvX6P57sOPjevK+cNb9YYB+7NAecAC5KAMMVgHFsUwVosU04z8OBX9MAMHqNIQRgGsCvOYlHxIH/03Zns1tupGvY9+sa/tTq4jT3kB1fl9dthPt8Ct35xiTbDnZNtv/Y57SLUPmdhERR0Z+PWZoawA8lAFv8MRoB1FcsZPwPGCD5Ox0EC4znCv94GnyK/40Pfj4Kr/Gksh2aQqtJnkLsW0zU4o5xE5LyWMzZfZ+Ins8BQC2bBf304RTniR/fgwDGPszPOqIOoNpsQaABdu7i2yHP9QIoAQj0gwSmUPlfZIvba2BdMh8AeXVQycvPFt14jPCtCzqBGw08mfywDM65BOmiba9yJYAvTgCynjWAXmqLzABnRf8Qz1HUgfF0x8CLSLr93GUn6n1u6U9Z9vsbgBlvUkcHLqC+c/iidFzJ0R99F0ow/lJGbh9O/CPzm6+y8o6hi1q1LYWIs1h5I0BVAOqnwhk08EwvQIwE9KazEsAtB8xJPZep+IP4vHfIA+ACa96lYFW/3byHxwoFBI+4bqCenE81EqUAoO9NmJ+uAcjbDXc+DaRiGgAPN1pbPf+hCxXABuHyV1vQqqSM1w2A7Vx6QMGykh7j36v25Nsf0oDfPzFzHjJw2b0vObNX6K0WDFwUH/zTt2PD7ajfBRUQwNGP5WvBcRbXo90A7UQAqgF81ZGAAfzPoEixT6WP1l8MfYzRC/DPRVbdbLpJi903i4h5e2KYxLJxzzxkgBmFQQJfnLguwm7fBf/T7KMSGkCRpAFQ6dcONgiA+oq930ow3cO1KLZ9AUGxJa0LLpf9ZoFvROQxvNidcfdiBs4cwk1P14voV2DcebFzSZF97zwMaB9HbChH1nirsvXgV8rK0Q7KJtX6chgg/g7/+wQwUcdIwMD8uf4P45oKaj8cgCUfAbwK2ICQ/6Aeq/WZeBfLx/DIhv/IKzJ0fSD3FEIBhn+DPwQwBhpAl8UIoHSkZKW6237REzAG+E//KFFdXmpy9h51hjlVCKoy1gyQ+eRxOFCc/5/UwY+E9D5v/eXcOyMDk5l1rBIojixulVwcoBe8szkgsUBPFCCH4ht3Z4VbfY529OX7AHB3fEPvf/iloIUABDpIcABD8bG7U/XvumLOR+E32dYLbaX0TO3w24fiKqp738eL2cMqwBghDBSxZw7hd3krOKoHNgApF5WMkRFtz0MP85jB8BO3Jz4O2/svolPq5ue4N0LBMiXeTf5VCLUjkPPYtwH6LDd3ICPMyOBn0r+KbHzi2YDEVsHtQQkp3PJzl9GtTry9jFudbnBejU+Kgu2M/081d2qzyp1oAXqgRcn24hV6wkkDcFADewx/CB7A/3ENYOxiA7BKVCEPBTCbl4a+OQyBQN52VNOzzuexJS48/MibPPzM60O33mjQa4zmFKaC/dwXwCgF2/ikYwmTcUCSgUs3qQSwnRzBTX5w1FoIw1SkO/RHVk7tFF+CIIlECgwbyWFEhgb8eiwNkNm8QHmmKjen8+NCQIJ6gAcuZ0mNh8AVt3BpWNMFafqDecq9WXjzfSaOm+eDW8Jbn0sjrUYiix5wljW1/kSCESsZrr8w7tV0phdZKv4p3FXgfyQer0E8aQCNlwEkCsgDAFACHtcA5ieQZdKiwoU2tEnp9nP9f1DlX2Ybn3p6MbUOOWJVBoxD5wCVb2OIFgADoDtgCzgZIaCqU4PFNqoB8F9kDWCLr4S4Z+uBrEzXHbE7cB91QAG6OUiBbPg0/DjmqFHqG6ESEJ5cLEIjQVfgYp5cRXNCKRNZFUEmQNm4D4lO1G3BZZsvwWiwSRKIkUdfdJ8IJ4vkSCEt3zPCiOGbc8PGSIcA8EYCMQsCSEbaden3+wb4wCAMeScCCKsegvJfPR5tAeTZgLsQAN38oN9bANXgN4ZX+PLLFn7y9SXw4nvU6QMz0Uew4gEffNt0hvQYujoPiAe9BvteZhUyUNnEvw24nwjARLsAj1ziWyqcDnKgDTu4SQ5x4At3H3iRpgjJOS0yuR0BfyyJBQq8IqBicAueqDVt4zy5AW6pKhbbhH06A+dpgLQ1UuPihkjH1d9mmk/kObYZjJC/oDndQRUtl3FybzOsKYDClOgFWbSFollV4kSGvVslrgwAWukF7NpXtaaBxxigxTgAvgz0+fPEjr7+O+z/bkhzQzwD++iRM/xPk3fiSNehDUlU/I6sjdoU0HXzsNeqiD0wav89T9SBABC6BHz/UwlAmgB71QBUrULpai65ctUAAIcaC3SPHlglA3ECY3NPF/k50MAF2XHO5ejvnhbYwWpo/CPzSjVAumUkkv8pOMUhfMVz0GZemmdICIFIOc7aUTxIFlsRvMmIKClqsCHJztRkqx0lwJpIaLSaIEJzyUq+9XbKIATDvyy9FyMgshgRQC/AnzC/HgcwBDhXB8P+VYD/ZVeVbtDsV+DHjycSHICVzKBNq8c21eyWNWP9fXxs11WzxK6i6oEc00dAT4A5XGVhGnHRALoti88tuW8nFE8O8SlvZA0f/HOiKtT4OcnEPz42OySO1hn3g2Oy5pYEnO0oQYurht5KphwSD0ZbXuYihOd553SrjGsW8BVh8K7vAWZdTkLLZlQ+rcpKyvVExonxt8zEzQEPdFM/YP1QeL4h4t9hgNQLcPkyruV2xwygwnh/VXT6xqB9N9Gf2+bU/8Xa2U/CgV9yaNpNJMeTtkG3U9BdgHHaLYGoATH7mLaAawDfdW4zhluTgBSH+BYQ1mddUJ7YN/yCwGPnvhAGUZNYCEImKTeiVIBWrKFKon0U4drS3ZotihFTibsKeHGnh53uCAfePLZ7LNrvMMFjwnWuw1HWQLwVcJaOFhK6D80YGJ4dDABGmM6PnMqNbvhbVgWRVH8VYCvdgJftmiJG1dL9J6to/JvNsXZTf0CydOpngybzn4pOSO0ZFimeChFFRAlI1hK4oYwJYoSi7gz+SgA/pBGzufBgebi6ETegksAiUZInWzgaJn/MTIA9zswxYJh3OIA+EpFWfjn3rCCqm+uZErHwT8IVceKS7zkTc69gSjrL0rekz3yoDgLqnbtvEA8sGlGgS0vNXUEcXAPZEpNYCwFrvoqtB22qu+9KiJmIBfiPjf8van0EiuQ7oYUOw5OSdJcAYpWaf1wTMPVPhQ6AsbUgAK/2i0WU3r2QaJUC6LBq5ZZmbQ0mahQKYE4VyoHITiuAhoDvxeEiUwHGgACQc8UKQuAC98qFiL8qDkEGJRJ845QjcMNp3YE7k0O6Ut1wIiIThqIQTjK0RODDw8gZVJLGvYhNmsiQx5QZgmyJhJNb50ScAR9iwJBkmSPBZubFApbKbdgmZ5YJcAoY7rirZkigPxby6ySjvUYdQu1NYUhsvm4VwXzPagCfv/wm7QyX24SBIDxYxHZqM44bPM30T9//LYvEnZfNFzGT9kpqEBLGmF2t7k64vbTuPzggVo7hAhgrT1XEbcIH5uoP+KfDzzV9A7XpRd2fGvwM0lstDtJsmu7q9kN8tZf8nWYNAubUAe4WyDBg6AsogLzKvAV1FQ2LsYW7SF2sNu37UEODqmNANbTmbywIAStfluNMsj1bC9FcWKRyVdGGHRYH8nIOlXg0gdsKgp7sLbYdqRg0/uz01RJsY3Ro2JPisBJHof3ZC3aDAV2sxMAf8X+Ik+LScseGlQCUCfi6jQJEOpDi/y2JJuLv2VAMsm5m+K4chPmV21IguQrKS5tjIpNi5bAZL0yGf4mDdDxEUgLiAWcpgPl+D/mQBACMDwZyI2IDM+rAhqGgpX8hHZjr7gQaCAi1Jh1ZqZwR3rMBkThbYNNMFSiuc4OcRMtWTqY8Wtb5RrqbAVu8SXC4JOGp+SGNgju2xeF6z1vHsFmx0ZG/TRZJeSaC6NqlBNi/TAngUABKBNrk0yaIwvWnxP0V6p4lWqI8RLppIXMP5SnqPIt4LHhURwiPgVyKufoMyV5yckCKgMunpxXUIcBFT2cyhOAOhOOU5nBmA9eouSvXADuTh+SFAd28VtCTYdl2hJTDlMHcwoUx9uxB3pgVQxwY6qlxFKgC+ZWHJFGKXdHF46rhAnWsu8dCv3Q3ZueWd/H9taUrKdBDXZL3BjQ/VUGcva4SjFGAlgq84r/+h0dtpvPfJ8fXjclStqcc+xedsMsi3e8uqvMCJRO24+iqZfjkVtfCbs/Ygz1DyH2CSQDHMb0SpXzx1fGeZSUJuH2JNdgdyl6NvbuokC4wvwkdnLxtd0cnMgy1SSLo+TlmzxKKThNL+506ScfbEplUABQbUY8iSUV2mlQpxrxEfdcY9CgEaHMhykpV0aXWdvhrPXfR78f+X5Kna4M7Ae/HU8wFkPavlhjKdH9NabIJ8MolacSgkYidPgSlFg2gij5/9v4rZZS6Md1u+aGDcMKJ+YwHKlfpmRt4qXkAp0YA6UDU6A750eN4PlsJzagLe5IBAB/4dYUEKABDRK9A/9ElIDRZW3AEbnGOu9WQKLDKwDJb9LNUVAVHVRXyK4/jkTP6bshjW6VFwtgXgtzF/S4AFMrXZg5yXQHQDShC2c3J6HkS6QNIFF8aAWhCbSiAhH9QQOI/gKQJ2grpxz5REB3gpFvnOguf6WX9gJMlQgQPhRug/hkDhGUewGV1AoYC4N2VT2U5n+/307JRSwl7KgCOJht5oX/DN0opysiAc43jl3wAXxwxpTZ0MaA7tHY8kM4TAMYJG4OxT2Vre381pQLgZ9KmB3JyHSxp5bz+farfN49blKLAPVK1Yp86ATPLvCgMO2hTsRqMPnFIzVkyBQD9H7m/SvKZlByeYflPgU13o8vVp9ubakv9PgaXGk/p28qZKiKA+i9NUYBm9YlAjQDCPqvbQ7P2YMZjEsByQeZ57sq7zm0xyAnInhIV4fKmAuh5892XDaB9KW39KH0FoO0+ZvthAtADBgY0U7vWSYNIoQDs0JSdhvNYUNxRAMao/8oBiWokRpZBlKDwRBguz0DvH+cGJ8gQiiKl6LHgLQX4/XUlAM3/1+i/mYb/JR5OpeB+ptaZzkF8K+uAAnSx/Uubcn9prUvJqnVfSb/gSkqhADRlIUKCGQZcXjB/I7GfI4la8/D6dh1PpySAeoxlCx7gXY+Ws7hDUmVjtePx92KqJfnnkl0H8zJbp3RnBNCbWDV3Pe14/wltagQel1kObk5MO91wVwFQ31uWA8SVI6OvDgAebtCQxVOaMtQ/9OP2G6C83paJ5KZiedhJvFQAGgLcGwHMx5wBZP7/fBZnpP1pqricnPbLZVnKDsK3nPy9nteMPxsMTe3dFQrQYwL4PPFGAJcMVE5Lm5VXlIMZBHB4eXv7sSwv95drI4BTI4AVqrsuAO2SAtjv8SpRBQFUCqAPgJ2t8aWLZO0BP/VQxWsNvLkPQJuEs+qqpYzjHe6NUqKREQYfYWkvj5BlDKeofofv4CX9lgJgxVJffC6nZ+9JBVaj4jQre5lHHeEPBSBrBJDTgTP/L+W/pv6kAzChp8Qk4ynFIqhxIS+1nksvI8YztqYhxvOaHajpSe3Hg+Y5P4IIoNQl/sKm8GmOc4N/2OPXtRFAEwCXMX8czSiZCgAGL5ZdfxHA76EbBdBlUgyFkEaOgDsbUBfpOFAEkOEMAKoBXkkbvoM2UF1xKKMwIJvTWyIFwIvAC4j4KhTALuHQ+OmAf5myMmObowiJfmzo1YYAuydEAtDztU0AXAJXIRjijdY1RmrzxHRJkRNPicXv5POklxIlcqxO7aUkA2xlwGLLaH4BrQhgPgZ/TXXR9ISYqDgeyu3lWuEf+F+Wt1/XUyOAcxMA9edPq+3HAOjs71//SwwBJAJMASAXt6tTMf5HHw4l4C1dCGdr4gl6nafjL6rcUwAcShCYoJ69e9sjZypkL4MIKQOsVv0/DXMelRCbuhaJpGjcHQCIEtTEiXxfAdRf+/af233qf5vzF499ivRdxF2VpqCrySw3LX6bQH4yNVRCaZrqETMgoYFANUsNvowtFfgS8Ld04jK11bEcXl+vrf9/fHw8HsvS7Ho7LXYOAdBsqf0N6bfrQS7LcX8vR/7TlmN8zdC92kSvJqiimsF04MiBBMILD3EPQU//YM8HsD9w7vmGQV9QAAzSwAdgssdB3wmaQAF07Ht3gnC8aGd4/2zCABpjZnpvQqBag0W6TwRqBBAKILIB033+9P5pmm/JKOZUBnzDikXAGy3PdTPKfRVOlKpb3Azy6ejxbmM+OShFgGIY9/eYDjzGXAVNv4y1hSJero0APn5urHLAfHo5j9VL2hRAJEDt4p1okKG0jPpNJI8COEC11ctcoQtPR2JantFr1wdAdLKvxXsSNQMGBF0PAdHMOQSUyBQRpjndD80+SLW19399ADSFMIICZBr89+Rlr7+XqUBNdvHvBPAeCiBGAcK/nvGXU/w1g8/6K5tnhmA1tCpVn+4mzmZT0yacnhsKB64WI5X0BMY0weWzzflAkAxiTmKAmonZCODH4+cnW6TA4hE8nyoBRP9/M/zDCBKus1thHgBQYzhkWK+rANAJdmft0AegRdafNEEMohqvBIqZoY1cKioANlQnAQUA3Y+IIBgVp6n63yaAhH8piWYwG/H/KV++nwjwPQWQy3ifGwEk/NMFkO6/w0HgyceStTVDv83vhh+KtxUc1MnZkw9F6xuqdabyenxUP5qZSQHN1gyG5cP9er9HFCCBr9fDUmHx+S/y//FR7eEyYPEHjLX7T/jvE8CuAGA5eZ5AHpgcjw4cPGk5GBxYiwOo81XMbTd/416Gs5cROGrHt+QmE4FIFgKUe/jgA1BtCC6cwr8oANZPnEoCYJ4zD6tmMHBAtO4SgHbaj/NUArhoOuBxowB8wk/gvi7kV33RVJIAPVhWJZa9xT7JCCS1T0xFqJbzFvLpZfeqAP6ydjXcbcIw8BW77hLKmF9Ys2Uvy9v//5Pzh8RFOUwYq6AbBCdjJXc+S7I8xZnEQABDFQCnpACO36sd05aZQFggHaTXvk0+JAIYdysAtsXHQwqAvprEodJykTh4rNXKFmAtz2C13n1+P/X21Jeahu08Ye7yOSTOvzrOduTQfztnoTEZAvtOCuDmdhRvNJ68RAbnGlUmoTHARgUgQwBMBzy8igL4kGU/MQGgF/GvbrPaKecNXdRTwYgrFF/i1/SHv5LsE3eocIWIgEQDNYX5cJ4mJQBI/3Iw5ADg6fB+nO1bCQOI/SiWGCAFBWUKlN+mAPh1x1ineJwRVSxbuc8F0/IUfEgoCvDzh780oWCIpvXAsjXjd5sxwz5K9gKvKwBLOUyVOOZw04oPYL+xZMI8AOlLAXNoQKINYHy9ON3mm7UKIJxEAUAAKP79Pfzlrrm7IeHPA6hnc005+ZUHvaw3ECMtEqBCVFwBmsJwnmT5da0KPlPA4EoalAYAyzriU/YI1GjgbMfXw7yMQrfnwfvwke12uwXvbKIqfjgqz/lRNKFozaHC430YYW0xTdBnwwJomntRX+5j1OvOx3ri6ivTbDGOfgzBvZiH36iXsKgPCUANBfBCwonCFSw9iLl4jlY7bLFfAsBQ6KUxvlmuAkYUAGzah7tBAXSVAOY6uqgBIDOA7PoOixNNSag2Etl4PMq3i2uNSDY7dpQCOjdPVM6ejVhHA7UkoBJAbomqg6nZqWQAvOcVBGsbH0M4ff0qLPArE8DxgFXAVwZWrSu3X7DjxSvbc8tYcKRkJeEXVE0Ol0Ox1+Of70GRqMnaIVl5Zlo3X/RQtjgWc4M/VXtN8c0vKcj5/vOtH8fw9p6OQ27oC5TV13tPAMMDAfSZAHrfgwD6TADKADHvkQgAoGQcWirkkDwrADb2AehuTmngwlEAcOenmUIc+h3BMRBc603tIQBsOwP42TrvEwGcUEULCkDy/2z5eML7YhyHMc6Axg83aNMA56yYiKBY76dQu/2sAKSQIZYGFQrII4DXZAlUp75zYsICU0aa2OsUKxSHZQJwvobzMxxeGP/GLqH1VEJMmxDAkLZyz/loEwH0RABey6bFMcHQKwFMLQLoHwnAeT/OCmAwBNBnBSBeYlIAXuBvFQAogMxijgcDbR8A+yXQkMYT7F3UA5y2FQBHc3YwgMkAIEfnMmBaIwBeNGL7LaGg76wA7Cr/gn/A32C/ISnphCtVsCLlSSJ81KzQoRpKy7PCExBjrEuun6cYvSoAzcQahoz/4gJ8ezvlFhLjdPoxdQ7A4ev7e9YHXxQDzi1J/Nvlck08cb2mrL6bNzfqMv5/y1bs0t8/eOwxGRTA2FAAZxBAgp9RAP2jAtDsyBiMAphaCqAnArBDAFYA0bcVwEQKQI2nFvLcpcYIc9sCeKZCM7pW/lymALzrEyYDtntz1SSUodz4vzhGPRcb+QcG6Dy2IASQd8wB1iU5nAn8c5gUv2cmXLKlINeaHmxRsZ6jEVbtUT9ADDWGOZ0jShlJMyGAAhvJEnJ2tqVCKJzeXpO99bMUohvuwuVY7Fr/uoT7Nv0Rnb+QwKXTt5otxmCHAKwArv+gAIY7BRD+WwHku2AfACkA0ZQCf/YBWA8ckwA9fIq8N3wAspl+k95KgwwctxXAauLxLg1gypPSlFh+RyPsh0OwwB4noBCAKaVdp9YCF6L/OY7KYTqW6GvET5Sx6kUGF/CDNxKgBDcLkooC8MYFUAXAoN9kQTZRrMhon0smvn2J86IE5OC7FOxfvxekFxb4wB26j4z7vNef0ia8cNmpKgDCTADDCAUwMAFsVwCFAMgHsEcBbPcB+Nz5rykAe2Zxai5Tfvg/+gDwPTTBJDHTop0n2Ab/fgnA97NSZQIAN/Bn23xjWJbfl5JAB1H/ajr/TwP/qPNHsVoKmTYfIbWkzG97Cg6mHFm8iBNhgFEmB2r3lLshEEDhsQEE0AH+cNIi9aowQDZUFLFPR+CfZxBJV5/PPH7RR/T+MxVccP2OAMKyAijuNxDAeYcPYLcCcFkBeFEA5APIrSkKUOnhuQJgPcfjQMbEVgVgJ0HgiomYrkUB8ImfJgHQmwuoaArCM8cBjwSwb3UC8NqAMYgTEAOA4gHQtQ/BQBwCZJcjXmz8t9YVAD+H1mNiBnpxgv+x+gFlhDqdQ9QhgMzKVgJAelOxGf9GBvjSuzaGAD7j/3uhgNnPn+w2N7jNqC8HYje3EAFo+gDsEOC8xwcQ7xTAtF0BuF0KoNugAAhZRPz2i8b1ANg4D8BSQjMszW7AJxpgf3wAsCXZI3ubNlargQOgm2zGvxQE0ZU1EQLAesVa23yBrHjeD/MBrDlUoPfSbHVqxoVt6/zATqRNMvnjfI69aun6BIZskjfgbGUmMIGcZJyJlbaDsx7+ov6PvzIJCLjz+UXv0l+1/0+2IAFgYZMCuOz0AcRxVgDT6V8UgB+XFYBvRwG2KwDuazkLjAFEBLBcQQIQozRpHkfygh3YP0P6461GrD+FP66j6oej2UA43lyoDKv4j7FP2fD3CqAPmDwjTIW8RWZPPqexHBvRfLtMc6tuCOcHJtNSpdJv9cUJGPwoeKp9yFB8gLk8kOAfj4TXgpolr3d1xSIjpD5S/w/9DwngdYSgoK82NwmP6W8xbvIBXHb5APYrgB1RgE6dAJsUQLdkKj/l1FnTF9HeXvJeP8CuSV2OzNvkB+bzrsdmkw/Qz6fr6ymivDaj0dBy1hbLzchf3XG4XQGIAKh5L5kAikEC+Ln/bxeEole2p8QD1IR+mh7WTBzmKFJhAPtw/GkKfpSHW9u7ISE547/aPR/TbCv5QFEAw4MC6C7q/b8b5+cTcQO6iwoAMRDAQ8cVP10BdFYB7PEBdK4guu0DaCmA0W9UAMCezNYum5fYh5y6nLOJRbdrq6Lg8ngvH+cWg5BeJQBpUxqXP7Cq3CCbEgBeKLgm/M+h2NJSCAC7WSfrCQUgaG2K3hGCCFyNOqCwHQpAt5IGUBQApgFpDqD4FRoMRXjdOkR6YZJYq83CwgDo55xA6f/LLk7AfpRHiwkEwzCKUrbLTcIcggFKAKU0+aML4JolAOAvCPdCEBb/mgtw7B/8X2OMYd0HAALY5QOIe6IAyfb5AJKt5wEA/5YCKqShAPKZVqBV07oOXb2cTC4nmhCAwrsrQBf8ljbyjxgF4NIOKIvhvKUAhDPQLG9N8APKVvXjtIkWSgQkpwCigJsM5OX705c5DwiJgB4uQIIzGzfa+DZSADw2gwRo1sQHl5Z+a7h/lCUrbfTlELlkCf+yrjuMEjXnM4dsHPs77iX0b/v4fBqEIPIVezHv7/4hqpngGeMWBfC20wcAAtiuAEp3u54HEH1DAeQxQDMTEAMAUgB5NwpA8Y2FIUszUQBgCKsARpEJpACUEqAA8C8rolkCsALAN8ywQTNh3GpMXgJ6XQGoC4DNmQMg7hnowG21JJhFfygKQAkAD2x7p85T2EwTLkTXrB7T9C3y1DUUBzCFAjMBjOU54QkMw6CINgVZIPzv/YLyDSL8v4S/xF3Zoqs2DCy2Q3IOoSkN7X3t/39lvUgeS8Is6W0rCIsxSxJmPJa37AME/CHy/yyu/ec3K4BaFpDrCgU17kWESUTpeuwDuH+qAJaPfADeXVQAMAIYuo+zPfw6ZXOZX4G+dQlj9LMVodAqAMoAkACAAtA+AESa4QOgW/lNH4BVADMTQFwD+Zg5sNPrcSlR33R17ZaXqdo/RgPwmqKfUQD83dZcD4jsUQiAf79ha/z4D2z47Bx9d/Cl7YS2BHrVVWhcL18/FhJp8POVcoC5ZTipADy6aycJAPwLAtAaXxDAlH0EqARY8P/8fi4ez14EQMgaYBmPFMBnPoA4fdAYKJqsCp4oNAWKUO/b6uo+z0N7GL3HyBnIJ6izOKf+2yiNB759thcUwFzOK4fmMwpg9vkeUgG8+PZQAMA1FADrBISpWEHIAoVhXjId2vGxdn0AEu/YkOrgtAIIsNRz/m2cpAswwAmIR8fi6khpH5eZHtwKzwZ1P9CrQS/DK3UJRGTdtMcqjkBK/qFPzW+bz6ivfNoxBPAtCeA7WyGAcItwf9YignQ0BTxvo+zp+JUsRPh3fQCfK4BACmAJgy/DIUgx6Tx9bWU21Ko8LEDMjVFkpE2CtJ2xmdR4CHnTU5CXxoGEXB72MU4nfABQAK9WAeQ1sOwbPS8UQJsFgAewIYr2kDPjmtlmidIf2sPOgfKHHDidW38FnpYfKysAdAUOBYBLmlzcv2zdtpGYG/iLdlPZClnHZPXXRADgZIrFAkBctpzNKgDX9vAXKAXAKT7wnwD+TW5+/3imQUae3/AO5oBEAMlaAgjxs6UAZicVwO32/UxB9LbKKZqji+5zqq2OYU3jXbVbp4nC+DhMdV+r+XoD/pQDaBRAWXuhABJ4CdDEAfXYfKQA8oqu3BCAtwoAdBB6CgBH1RKXMS0Ner2Odh2InAaZ8n9v2QCg2LcYcXktNK8/fmgCCFOgYYAGPOL/Yua+yn2qwlkOwVUUBcD669dXKQcE/Es5ABEAusptu2xvcq5oDaWBFZ6oAED4z/h+Pqmgf4w7eb/kBL4J/1AApMdehQIWyqwo88lyljmMz+/blLjMo6wDOdCsAOA1gsSomx6K0tMcJ2/7rOcVafpsQoN6LUXzhWCOiu0wooQwAp7OBHCNDU6V54z1uasA0qJE6CgAZ0sBZiYWPlaoYccH4KwPAKSrmEI6E41a2uypdL8ccWdkIK/KAgCRAwthonmJAkAQQAyEAPB4TrH+j2zojrwuO8oX7auVAnjFr1ecUqI+FgmAyhzIaAEEonQRbKHrAbTtfJ4EeGKb6cb2LEZ7o+SRaK9sGvvNvh/gNRsy/qmXEmFTANgAZEzSnNzhAMeLtoisBCIyVggCcDDhZWrNWZtphgLIS9wYCmBWCoDZZj5fCuBUPQAFXKC/6wMQot+WDLJttkIUUBI6opsF8J1UvwnBrQ5hNQUyJoCpwp8yNfB627a4P9GGz/pVkzlQPYQ6hgxJsjr6AMq3Uj8oBI6mWeiAfAyB+nn9PWIaKiD1HEDmiSHi5v1+k3a/3TUBvPIUTSZAeNe4ZRazVwySNtHQiCFF3LIBoBamJTgvM5gAaMDBshOilZUwApqkItexBFwogBwwWwXwkgoArHXBBzAf1wMImKwPwGI+zxwEC/vjpra3sQzQq50Cs1mAUwyAm5ZewVfGP//nTADgFEFh11F73fotI+BTth2TQYm6ufgAfvxYQzbZdBBKAmIC6Ed+f6+55fAoqft3Mtb39/QZEOEuGeAe5zVoBVBEABNA0IbEqensi7ttmtKn6LkcQMfri81pH1CLW2jNixsGRJGPIg/jaq7lomi0x2nvYPDvWwUOXAofwKuvACguKYBTPoCtikAUUyoAL/Dt9nwAiivAIvAlWn9KnepFcK2j5sA2B4CDp3GGvEtYRhAA4Z4Vn+yv5PMkXHHg5yYH0pUzLUS/AAlUTADOEZ6BattpoWxyQVQBIWD0VQCwM/g5wR85wnQjBqhzxr/X3TNlH2CLp6m1wIkw3juAHlY4oGLUyPGThmvqa3cNwA805X0WAMH59o11O/aSPgBHCmDWPgBagyFO+QBIE1gfgNvzAYQtHwAtBSGAYoPQRkOnzkybgcC99iQAwN/JA5wEUTusbvUBTIHG/kKxd9rdLaeMkS7B92fhX4+Qgb2MYFYAziUCWHLmWpAvCjhobuCPHIDoxgD7MLdmTMPuCe2/3h0yCTeTAXirF6KmsRAALfjzQuYGFFYnYJ9VgDUwRJ31UZ6iBYqBTVqJa0VDDLUg45RW5/+tWQUgBnOxpQAE//lCKQBCZCmAUgAyVd+vB2Dj0lIcshXfBvybYpqdN/J5a0ww3yxgZ0EId2WYysBAue9cz8rVcw7ADPZj+2f4EMifWgEpYI9fCT0D0d+VCeAVFUB2rutr2KJslg/4hdUIW7ZNeXgT6DPQeWNBjCmHpymufs07Cv+EeRAAIC2QJmR2CsJxYJJBShgPE7aA+ymMtKar4JLjmBZTspFrGNFpeQt3xcXSkXGbAQA0jf9uKcAsFQCXAjilANAYCKUAp9oCgGqkApiVDyBg3vUBpIVQANj2LQeol7+VEKowx2twbJb9b9UNPJscI+uBYQGi5RIk9/3tqiedYLFXsIwGsueM5fRhrP4R7ZpURdsexQDRQiKAUBUAig1MfyzKd05RbG8nmgEyuu9feaIMgG8iTI9o7xT8a6aIxdmWmYR6egXIoPKrtVX/IPnBFhxKKiJgavFKeyNju0RnLAPQYhppTX7GKiXkLWiRp2QVE77yqMC8dUIqH8BM6fZWTUCyn1AKwBIAIAYsd2sCAsY0dXQEOGAQXXIC+jjfSRibisDYsnba24YHDQsTwJRypv57XN4u3hE95ey2VvJztI86RjrQ+ft5ANNZAHoFEj6AOL3W1BhAOVds/9Mdr6oZeG+jT9B7hH/6FBVA+IeVTkXyyCuZY7W5mu4jc19msMA8pRkWYEj7peMdAl0qekJ5O7nyhDmcx1WtLIAzmUVK/AnBAaiH4ghwa+VsFfROx7gUUCiAhOOODyAdSpHdbimAO1MKMNMCwFYioO8DQESdISBr+AFyITTnaC6YUwJ0MDqw2sPnrLZueGsZY/XShRXA749xCTdCEtJaQEVbxP+x7tCldhArVw0P06lVkWwGAbhCAOmfNhdhbONc2/+y6bTA2hDWIgAoj0/4V8ZVi6zVtyTQEhxAK8AeeX0hANgoVmIZH7Rx8gwVwKtcxQDliMC0nHjhfGKtCeFELFD+kLTZ0utEtaycNI81pf6mFKDrAyAPwIelAAcKQKbRVgGYFN96AHya26jM8G1sAB9iI9e/0uklcv8W/rDTtXTBP2F6RAII2QkY7/rHIxLBM16DXWFF5+sOG2ERbmfwTyjlU3bVynB4KYDX1hBOTy0KvdYfhQA6dSzkdQYycYujOlA+VeNf39nZ/wgXmY1fG2TxkfRjLXDOuxN2ysypX3pQQmKetJ9K0YJLj9HoCt607oVkJaeIA8pwl2p5bEST/++5AaEAKKjnA8hQTlA/bgtwXAoABRC2/HrWB8DRaNsKf5tHgNhvZ1rhOtQDN8xq/74GOKkAcOMwVh/AFG/9eI7L8k74R054nv2OLu/jWHgHUI5Qi9o/cxjKYdTtuNQyCzA7t6yLIQBdAEinwhCmkN8fASyJqSVc8IkiTQT/a8RPCoU4AvhXg9AcBqQ0omwKM9wNSQI4i+QaQmfCRZniczoPp4NpQg+oU4sjk/4f+gDKmuBv6gFQ9J9RCmB9AIetAQWExSTpD+iHU4HCcCY2ZiKAoVsPyG5fHx0UhBWhfycCGEO87+35lXIA8ABkkd9K4HPIzcQxdMYFwyCPl03473BNkEJmLvzwpV/w/Pf1mcXW+SHs2wyH4ub2saj15IXhmYwkBPDsBnYE+Fs8Y6JQk8SKmEoPIBeiAa3jO0Y/esTBUboTbKf64WEpwPxyRzUB3XFbgONSAL/TJ2C/FAALm5Tr60ABgO2by+BWTACDkgCiApAdKFC0uTw0/KGpS8BKAM4nAEXJn+A/p4q0Ef2qk+4zDFCr02zDrRz/1AvgAU8j5Om2vv3t15WKo/pVi3mjtc6ost67zS9FN+Z2BbDIgprr6I4jXhgFxUnKfysL2Oz7RkkUwMfpHuQzbnc4OTwgzgNUJEhgnGDzZpcCvFUA19oC5KQeLY8+KwUwrQEtvvmGR/UAeJtvAO0FBSAFgFYBTAC+Jm2d9B/L0y4AGG66TOPX7auOfkEt5L2j7vKsE7yfxp0awqHaB9DXhfiDGTU4AzB3ZIO/al2mpezvFkxqE3kEmKOfSD0U/g2cg+viz2wIwLtCunhHNhA/6XQfu1Cae8bgd4PCoTjXSggVQTOMcn8JQwNeLsdLRnjbtZlFdt6xbQGsD4CzAFoBuEttAdIh3R+AEOpGAfRrAlJgXwEY+SDzEUoBEB53ZD+O+PMU0Dz+BAUwZenFpa3oL9MMsno99w7pPycZlhbZMXSNAOColwgktPoKuPZFfY/cvrGPf9Hqx3Z/YQjAqhrP5+kOzz0IAJxeCSBEw9s0Tbu1cLG9B319KEMPQnwX1TzD/PE9wtYtk/GIyrU5krM2dB2CVJUDwKdmycjFIwdQ0F8kgOhGQXALJ/gdM6yHbd1EC8AVl0PDC/WVJamCVOwvWFp+Z0O6JtJ8mkUI750GJ26cKgLdvqbaGhDf+pWuCMQD/sMHaXaBf1IVkVuSxY3ZX28LOCNFHdQYRdypV6V5Sid/jIyXnafUowEwljsEAOBLF4DuQulIAegGNdNEn0ALYF+n0Rs2qB3vkO52dLgRAVjbmnq9qu68P5QlKe34ISlPWBjyCmhGr8v8hAArSvY5OndPIDMWs+e4fAgQ54hYxwk712ygH1PnhlhNCMPDDvK58KFT1PAHecmiX7YFUuaxgl0fHLQQwNePRABgABZQ1H+plNtXnI0xIuWBh+RKzPw7OxqpMtd4uMJacC60IaKCf7YmN5g0zTqOewSA06Hj95pWdRQAn8NkdEoByCZ5vXI15c83qAfKeQXzzesljh/rB0su/swJkABovgRY0EKZc4A7doUNdYIi0NEI8rgmyIOii6sNvAnNODBRNNawlxIQgdDvGgaSz4tv27hF/K4NgyAA21Vdf8efRyYUTFYA72ksxhr0hU4wNd4vFODlgoC5WMK8j9h3rhBAXnq6y8kmBblIAupIYU12SwOSHh/jFI7HbUDpxH4Piw4qXymAPIMqjxUAQ7tYU9I+4TMZgd2vS+/7eet/ZGeUA2gCWpjKFeKsjWHmB4XVoYVR7Z+1yoWhbDcoo2iSVwhnjEDwDp0uJkkrqFYP6VAuDwC7xvC8+US+6SDuJMiBDjcMgVjsyVeFZELo86bdq5C4NDhocgKuWQFMaYpWXSjQwvBslbCzBPB6JXmU4L9kzKfuqf9a42IJ8ZPC+Dc8676cTdVDVQaQ51yGTMgZswTYJ4ABIoCZtPtrdhUA8g3Af18BOBcEA6A9niza7zj2PJJ/QwY0b9lwFfp8o+tsIboUODYp+NEsk19DAdkG79gRILMHeXMD/07mTzQp4IiTzkwDbDvZ560LfQ/6xgCZkQAyyf9UAKjWCGls0PciOgVNwUR9DIVqZ3IaeOgM8tf6119Lgv66/lh/JONxoxZK4koXhI6gfKgq5pccVoExh7cEuJhd+m7kM7fAheEaQst3I1oFABbGuT0FAHcQo0P7/UR5UprOgdjL7c8tmA0EnDgxtLYTzz69xIZEKoKtWaDbAJIQtK6BbvDA8+A6d3GbZoU/oE84tyofp9gnrT3TNCkOIN5pFXhVAfDrVVwAz3Vkw6ggzju+ISRyWZ2A/zwXqb8kuCfLy6813i3be31HG5MtlOChydgRA6TqCds1++ECQMFtKApAOAG8vQm8iEeOia4PwJ9VAAX6yjE8Zesk/Gjf6Fvnnj+N5usWQveIEAei9mxo/IK7DBCw7uPKSRIoQT3Ksz4O6w2BrEdoJ/JFY0RD3Fuvi/HH4JmKGR8AvFx2bDBsne4QBNZUSMwEQIUA5AWYiAG8cmzVNPLQUfcKCf0pjc/IH8f1i/sdeiT4Px6PpDxu97iOh9d3poHCAOmzTwCRXiiWrbFbR/KZ6xhB73HiF22PAEC2cMAecoBVAMc+gNrtItOw7ARIYwLZYihP+Wb507j319Lx42M2oijXJkPU64wE14C7aIP70IbDgG7viMWx4T62hGitAPYHBvPaa3VNAbjUGvi3dYRxqTlcEukjMXaQ+r/m3Md9VvtfEfp55NH3+zE+yO5YxWOpFc39vSafeM127F1f+UhRzshugAJ9dieHr6m+gnBk7o9GdChErisAtpAN0OdFL8fv2dl9wtt3HdCfm0UCVI1oE2QFwjkNsENeHusDG05dUuL3EmAtHSD8A0MWwLe1bgD47cSfPpdLAcrQeZEAKgPIYUESmArmZYlbr50OKfQM/wj8dV1p5GFg/52AfycKiMs/HyUgRxqJeqJ1v0nROvPQprK+Jc5stfHHKxIAFW7uOgEQfqyk9nwAQH49UPsKe69ZX4ECbP8T2lC2taV/B7yCP5ERwrXL2EoB0DeyrjNi9PMaYQ88Q/egl/HkznUbQLWa7Y5/s2H3xiB631UAvwgFIPCOBUKx032z9YGm7uH6vv2m8R9Q/jHoQbolAWgG8BH/y5qGG0n5/PWhLKIgLoSlYBqa+LEWhwCPStgf3UbVBcypPv1UM+llYOMLLWZ++bk2qBabY7IyENebbVwbAiilLJsZ/brflGhv5kpx7OcbEPmJAetKEWBP5x9MHJgu2LiWVHsV5VQFR3/8Bc//OHgMSwF9bUMo9lYBWPGPvWsCQPUJ+DdzV7bdug0DI5O2o9i0omO1Pn3r/39lCRDQEBfRpSm7PYW1UNQaRTMcgtt4/Ab+UexcdwlkcwFAvcVAgd80k8tvzEbIXj7vAv0V92tH+TmkkeWYUz44PwQzQNhMp827UXrCo9mRpAMRALAmT/o6ESzZ5si2cJhBfVqEAE41Ady3CMCalr3AxacLJCYIYd+7Vb7BY5fBtyHbvtWroz3MbRuaEf5Kg9Pp7RS8TQr976YtI1R3BxGUrvGcxb2XAD1OQPAxE8C8EgAac/Kz2Gq3ALpJkOH5T1PM+H9kn9/neYTgp1mwzzNhnxYa9ycH1CVwusyiAX4WAdZHhwZK8OGtGEqFAGa8czoKXfPsNQE9F9yDAC7UpGoRApi3CGC+0HnAP6otNdrObaWN/xeDU8O3LpCf600TgS4L+x6weTVshFeeJTQUSvz51CiYU0EJBeCGBMVsYgCXVh5A82pMANerEADBXwfZX0fDgxsQQ2+4QnEOhWnO9rif4OyzdjSGjvKZAtg0O8D42CjXADcix01hmbWOJ7qOHIXWyEBgL1hcCSDOsSaAqFmAvBD8L14BXOYZCkA8lWqmzcwgcfs/7v7z9p+r6Ma2gb4LsBlmaMM7NCOikf8DTd2vAKeEjoT89Xcvw7ptKwCsYSaqQwGoxWX8umr6fwgYEl+KJBPAvzEUwJCogm4Kh6z9xzHj36Gf8K2IlzXN2NJZGYDmjBICrFcBVZkaFQhOyY3fgWajvCIFoIZGyrsNsl9q7nG4BFUBLL9TAJFrQHEtyGCT/CD2btz2n9x/OXj4reo3gQ3eiC6igX5sOwJqlyD8axZfPimsBBBcWwDDAc4hGPoqAuDG8XL6uj4KAazl8Bg8048N6osBp8T1/ON8IihY7Neo/8uMoOPtdrsxTooKEGeAr3sENkpsxAJVsbsyAP7f44KXLE7WF/EfD1UW4AIFcKkVAAjgbBUAM8A0zZLek21WQAnv+hxDC16v52ijhbDOvssij/Zow/F92YChG7ABq/+UVeF3l5rl+NwBdliwSysAmhq3oszL8n18LCX/n0+7jsuVQIQS+cHjz25yfd+Y8U+Wy/vPauO5GhpT4M8TiAD+wBvh/8gU8AkKKBixNwUlTSmVpsXotjQvFVMqAcYFDjfAf6eFmgAy6msFMKsCYBL4mQBiIQB6IjQC6XXv7xeZb/+M41Y3GDZoNMHGFWKnro5tihj+Z36SxnNjEHpa41vf9v87Rnhy4J0IW+7f42W5MwF8fBzv8zwf2dWOeoD4+e7BWSvkc05EIjn5Z/gffY5fUX9dKYADYIEbGW2gUCAbA+Wwmbkp7Qw5HzBAAaAROCepMjowW3wV/8EqgDwrAUgeQLIAhgA+fyGAGKuGKXD099nr9fhf9745N79Ebh9md3sd8DID+MoS/yaNeubrqDvpNgNaAwHL6K9+SwPAJ/i0Apii/pbl/DXOpN5ZAfxxmuN0rDMdcLU548gwk+N/uY8Z/vl7B/A5ZMGvAV1UgQJ/msEBpW5QtqSE6EVAxj5PH/rmdFyzkvwXApghQ19zAARLAIJ6+ABipQDmnwkgFp6nRYX/Lbnen45ELF2p+7+R+4e092IAW6CIRqlj3A/Ntwl6nPBfZgNC3S7W13X1FYAQA9Ojn1cAy+OWCYDzrkwAWQFMI10C4wKFvNjqDozq/VG5/z2bzfWfLfYF9mS0FORzQAlgpQEpI6xdAfww25XxJ24fME3TQPZLHzHjGKe3VAWKYSWAqD4AlgBQAJfVB2AI4PMTX7jT/sbdH5x83mft1DTYrV5M+GH0aNbwjwfGPsESXyrZQw5gaEL7/RiPew4S17utSbpKAJDA9iiBqIX+fCnAafwauYnuaT5kEH0t8xK0Tj1jP0ciwfUt8+bHuCyn4vizRXzQ+reryQDQClRAPyEAWsvplTfwcinjP9riRzMWwNpIEJ1DoJ+WxxiRAr3k/Tt4AmAKUB9AnrUeQDbXdW90FfveK05bTVZiu6lQ6IGKH3AEmzCJxpa/TGcGoKPt04Dw76oYhh4NEF8iKOzxVRZDNqDYMcBWMSCWCoseArgcv+5Lxv/lNDOCjtfAAgCVgMywABb+KUzLQ5P/8UbwNcIfMv+mQQE/R9KapiIBsCx1A+ALIOillIJhgF9JkjICWgsgDVU3USsBkMWd4Kc3VRPAgQkgT8QCqgBoth8O8ACQGBs2yrJfdOjFZ0vF4luEMWSAEwHRafy44R7Y33AZF/I2uOcfetnOW3yj/xVWMq/Q2raRuh0KGGGz46PbCUgEMBKIyTmVGSDv1EIANAakpff+hzQdSABwE38aFl+SceD+dqWZg2UW8MMRWBFETQBcXxAEQDibSJ+k3w0lGqaEmoBVDy7LeJkAvx3wl55maQkCQDEgx9ve77Qk0g+p0TbgodOCA2TvJzhsXrR9Lv7Q3xQIGEI0PgRs6Dr080B0iaqH+oAlYoYeqnu/J2AwTkDfws6l9BsRjNcnfQATTdnm5fpFfXZIRUC5pn7FZhBel/v/e56p0c/tccsLzcFfbwA4FADvLmG2YzkIuQKmgOsNRYbnI+oGkqKW8j6HfJ20RXBpkFD3ELWMM0ql+xUAxsq5HJQA8Pn6nqFsp4QOGq1vzMuEsKda/s6KtoBChzDGDQ2YN4/xDLBdKagLkdGCWpGPGOh9D/q3cgAWHaa48zmAD1frB1bv0pPaBAAyvhy/LzNaAkkGev2Sky1ZxB2meVrGx3gbC/xt8s8hZQKJ5rDivwQqDQCNACciVMCJ1AnnUExfQH7MgJJ7mcKEjmPDfDxVn2efBFApLQt6QTXcTZtdZwCEL+UO1XroLMRrf64OiTbU/8Fv1+Hz7f9a3QXolj0G8Xus0Vf6sLvuf/9D9XssoVMk4eXipu0uAZEFcMuCiTYBQKnFy/WbndeloRoeajqEeohMY4l79+TkPzPAbTVF8rUEKEW/QfpTpAIdh+n+OufAGkAIQDQA1Z5hBnADDgL94gHBgPIHXjABwLqk/wWN3Az22/lvq/+brd5CIwPZzwEGbO5ME91uruKpC5jDK3I0Z4Y/bHCEEz77Oif2Qj8gKuhumymAvb3NdWzE2QeQHlE/Ir5TdCuFabs+kJwSepyA12/Cv3YGJh8rdaUxhWR6AjD4n6aZW/0q8vOcJwG+wpjRz2uUAHLQlg/ymoOoGqQUgHqBdFMiADPG6A9vKQ350eECiHE5ng61dTSZjgpmaRnZrKhvYe+3YNAADWD2WHC+d+eub5zfqGsfNgSOibA+QZ/j30i99/rWcacNDGNtY3h6a1reLC+IMm9eoCgAWhkPtwG77xZcV6g18PzIQKfv7wx9oQAdZJ6QM5Ehj23wn21aHqc7EQBzgMh+lPfdCpxvBfhY8m7jCVRCAPxXGlglwIn9AIUBoAFqB6W+gzANAQRQnHPjQoEeAogmWaPLMgW08B+j7xWn4pHYTNMgqV/uvkfubBkg9vmvn/7OXTkHljBHQu4SXTf22I9IUU3pyuCjrbXj9ucJfnwFWzSlWYAACJsaAJh58vbRJgCGDIRZTQC2R9DidfP5/xxLvfxT0eE4rtpfxL6t8acmPIDs/7oJV6A5CT0GkBdAGWDhTECqU32UmCgFTMMwaWKdmFLjcTT/zuYoSlDsqK7H2G9bdMXiCD9v8bVvz7WwtYN695sV19vYrykAgVaLPZwRu31yjYaDwRf9OdSF3lvu0WfRBDcfOrAZAhBAh9aYAHABtLvtRBaACeAaRQCIBphjJPwn+iV5ApQDSp9/Wf7fIQDI+W/wyx79ovhvBd4Kf4QQWWL1fCk61IKAT7ETDyUwHZJ5OcMvLJlSRQAMYSYAGCfoOMApgvVLXIdw6ai3Uzv9EMbK96kdaH5RE/sr4ba6GWX2d3qp3L/Crv3JolUR3sY0SkqHnp6Ph3Vzuw/loQ/SwUu1Xtdk/P1lpYa4VQAfFukIygQDX3T4AD6/jzFqj0DEANlKU1VO/6vrAv9c/LfcKw+g5vRvqux/lQG3NWygz5MpEJQJlQLQb+DCpYHhoFxkvaS0Cgz+BLVOy0wAeO9QAOv41ax1Itk8r/8jdEf/JPhsWgYAmgXMqdFYBbsZABfE3WP9NGIb6vsZ5Wo/Vp/jt+Dfwv62exOU2WexCoVGv4BPO/vi+wv7fU2oaLWKzwLg6/YVgL0kCOiUPnQRwNcxFi8g8gA0jFeqSyJs4//psTwWavBO0B8V/nm+wgtAMbRFUSUGS0W+8kDFGnLYjX/KAOgtjAr0mQBS/WjyhzP+05Bn0zfwNFkCoAONBAgZ/tNBCMCYHNDuOROYMIgX6AEc7W8K6mH3B2iyH3iMyeUA/FDADt7bPAO0unt6B4DhB2v+oGaj2YaEGXi2MXhyKwD2O/Jjh5fCKye/xxOAmtf+W1QgmrgnC3CI5+8xRskCYGjAjPIADxs0RUqs/6kzcdL/UAACWVvLDxIfCOdYwB9pvzoEtE4gmgad73dtH3w5xPkwmNeDSkCS+Kck4NbBXEclgCAEgOpOrABIAjBS+xrCbkMPIauKfWLd7w7z8tOncyAgcEDkyZy7u2JuMHfAhbwPwLEDLt3pX8fEmbj22/I9qgn+QyP9N7u781+tLI6PxYneB1BQbZN/LwcQpzn2lkXNtcU4ZgK4xFoB0IMkzmpPJv9P4TLcF3X4vwj+r2tqTwEofdpWArDtgKH7aeINjVX3gWCfFmgYJLUVY9Hwtg4QykpCGKagWYDEr3ccLwcYnxAgAYQAxH5MT0LTlxWsMFAgmAGA3t7PrJfZQ4nGZEceNBB3d23s3EoDPfKx0l3WYdDWLr+DIbp70It62HsJAISZmCYDh1f+VdHHGMr0BMVWp7gY8W7bEeg1QEsAfFRJwPH7LgoAQ4MOaklEgFpxAI7L53I/34pRki0KwCT/gmvj6scuRb5uoJUgXzAvlAOIAEQDnIoEOKRk/kYJIu+v+E/EAIkVAF4zH4+hGxO/ddqfDHb6a4MGgf+2AqBl91fz/KBYwWLTJrhwATiR7mCts8/1IwJn+4IP0IBsgwJh/foHdGw9M+0KdghxuN0DU9zY0+q6KGyzmXcN+RuCAEyfoB76fqwQbQr05Kg2pibwwgSgbkDKZdNR4lOn0DrPpQCA27ifof4lwRdDWo70X0zTfACfQvjBi1CSf/UB3M8jUcCJjIso0OfJ2vyRhw0X/K/J/yQKoMrbr82H7cHB+aC7oTpsJ2fghYZilPNwFJN66MygAm8AJRsq7G2lyTih7YwXpE98Zd8aAAuURbTk86ZSwqaviult8DGOTAeegz0Yj9pWKg308xz9eVsnBrYUdEgu1xYwOMwjFJwCeLotwPHrZJ2AihF0MlYLgJnw//kJAmDhf+VVMdT1E3kPWF8NBYgKwIq1f97Ia2khLHmBMxHAsmj3IAf7ZNodQJK2wDJzok7T4THORgGQoWof2Yp/fLrdNUHp5ubfb9LGnV5lyQ+2zw0ew9ZHH30C7Z7L7o4NlpGfmKEVf35EjG+fuz3ScfAgBmWH4AfW44Xu4ACIIwxN5rDSqAhFf5DFduzRh/5opTPBP9lg02sn+WXbx/QpAF7kmsCniHpAF8pli6QGo6AEYCZvARPAeDxCAPBKgqakj9ZGAgDv0AEaJX5E9QPK1WkxnsfxsaDNYrBjg6XsnBiSFv8P+E+nA9loCKCWAIMlAA+KoaVV9RyRTbZEAMnfPvzrVT9CM42zaAGIjVKnJbjJnwgQu3ggR94tRMZqEqdk4y9qo3E9pOpul6vQh/9vDgLpsoNN9kPfITzURDOUG3v2eXsn7Z6bcZa2WrcEkKcnswABMai13zLw/0wEEHV4cGKCeAgFJOJdR3vARAQQhQAIn2Ja9qeNgWyjP97gHeUwHIRcAE1ygaIEruoC5Ol2HoUA0FVw/YpI/ocEH6m4APQtP8YF/2F0nmbLAgGYZ6Sd93aHIiwq/JGBKXxRWvuL4quGigBCnZaVBM/TgsIc/JPox2GIkxr/CgNrGF/NQEHXwP+EP1XvbxM+EEK0bFIoGGYbxptocxjtBKgRGAbZOWAPzqoPPGAn4ozbwN6dI15qPgzGlE3AngJYJXzctj+A7b4AEdMmgMH6ADIBzHABkAJgMYv0H1dLKU18bOn+q2B/HBmmJR+AhsCS+sO9LyaIx0K3+Zj6IhLQu9xpsOE7S4BZR1AJK/51PAB9Pavx1/84PioFgPaDYIrkx48bgqyfHBOnvPrg/D2Y9lgYwCt17UQOIFXjDUAmTtMPfkTVRMGMPQwzLGOTUNwNcahjjCJGjk/81uGJ4dnfUy+vX7W9eg1WPR6H09WB9YNGu5/iXgPQh5Y9ICssKWTzfzYkB026KY/It/UjOoI+Es20EeUU+xCHlFTKK5Q94L0LoDE6sBvKD1/mLK2BRQHM84UYwA91PzD+l4Xw/3mWDsCgAAruFbla0R/2q1cQ+QAci+aDdEGaigYYWQCM90XcAEwAppvQVL8oAFt/iyGAQX5yAlrz61qujn+P7EV22pA6nItBkYr8vzOvcINHfT0D/zUkFO/ACc8qaSY6Gt8oei9A3ln2Oqukr16UFkZNQ7FHRTivsLdaiQbJASPFkSgDrPifwUAB1ZEp/4Tr8aMNFynx5qY8AXk4N6jpbsThCrwLa4E+ZlENeJliCGKPoxl6kajT3/ABBKxhH22zCuAf7q5EuXUbBlqi5ESyGVmNPU6PmaYz/f9vLAECWm5QP+e9556wrIOiDsva5RK8TqdB2wLV2erdgmBYIOeNRRoAnQ+Cf7FxRCcA7rYzFnBMe7LueHfwA/3gAIspX14RnlH8T6/wA8o7Irr/Q8eJeCmoy451OgNmGhUP1v/A7GUBeEV8gDQA6wuNOcgHQCQRJAVezkAAHdJeGALwqm7pnxulenk7S4/XNLsSoNP28cUP0hj4IEOaVk+fc8YeggkBAc8Wgl0W4QZy5yjHkdVMJrtt4dHatD/rcUSa2OJ8A9CPY+gBhGcIjkAo/+hGSzXgF7izboUCMEMEm6KhNdAnDdnYw+koLgABv6sAawZHgkLx/3697k0ATE/w0ZcUX7+acBvOoQDI+49eATj994hyMjupbUwqAabKAa+aB9BxdSpTKupYK0lQowB6bw8MBeDwdwrQh94HKPnHFwYoVbVshivKAWgodtNbpxM4AKsMARzAN2am675fNhFEP+i+4XQOF79qVJr+lmLR6yKbpQ57E2ITrfEp3fyQbChwvjMgdqCLWuLbMEDubhnIyy/BtIFNwKxdJg5gmvBzsiEI5koErM30in8056gAduE38ePDKo77dI9Ah2MlALXqBRhMBO9IAUgNwGmSwX9qI12rCCizreJfdAGS+icJwOn/i/PHi2f7bTGV8Nrt4IsTwF6bK4rFKsHOkm76I5frvsn4WlRysLRpFIMM/zxEReJyaTbfDyx7LjVwi0OtTa4z4MNJVAr5wHwjNRA0MpVt/SR/TC6BcOp2HksfjhVwU3T6Os5MmdFwfjuEse+mlIzw7MhCivbh1B87ztWAuoEVdojbhdQipjQwQMzvDaH3u+ULfxIfhKUFffDab8HsBgx9gN3KA+AB3LGmycpxHCr4y0cnkwAdn+q6rmfpPPjZCMC8gNogsALfZbsxAGGfOgDXNcL/rKEb6F9g2j+g4P86FTsXMwLoLVmIfSeWUKDVitJMqqqBL5quBPoFQOY2l5TW3rQeiF0oG41ldFOBBuQrG4gFwzqqiFIPsPSv1zh+Hk4F8YMaTG0H37gaYAYkxQ6q2fy2OLX1N3i7TwDWUBahRQ4bjwa616Wt0ORxmg2P5F8PxNvjwcQJiKDbcDZHCsBxCEIg+u2kUPsJvvTwGwoAigSGHV+lALyC2DQZ8tWQBZBb4mbAq3YC4PhXAoApquefZ672F1v+6My2zdz77+k/zAcLqB0Pl2u/7oUBhoOPsJW7Dw2DKWtsoJc4ZSVDAdBAh3aczmEkEf80/5vdZdWF9J9yfK79ZOWzRgjHxvbqAxykZXQZ3w1eAVioAZkvt6/u9zPj0vcMlGTLwCSyJPxjzr8fN+A/tT2OZRy22x9EIQ1dAnrMCfQEcRlbx2aiGFQJB7SCu0KGk3Fu8TCn0rfgBYzKFIF0z/etqcMinivXALUqYLF+SYkUgA68M8jwf8919K9pdIyOmI7z/PPPimiGP5J7DBEEE+Xv51ArAW4aPF1H7XtYagPXksBhqw+YG/RDRxoQFfMaJFsuA7YXKCSfnCQhgGgb/kHyHjUC/EvtNSkpBxqIjCwo7thiJ3pNfJWQjbQRBuzUJZ2TbwZMQeDg89F2wgE+A0Lo9DUI0WwOmNghuFUYj1VLP5p0BTN8xDut0WznOvLGVcDIkCZ8Rnyo/8o2qhjdMO/obimAkBniNoK44B3rYbskDOAawDsE6IMCSMuyP+81B6C6HLUAaykA2vy5CjDUe65AjFjBrVYi1BnsCAbQnMaTlgM8n59ercqiEIDcVGKm9BaBLgCy1Pfe5Zy26jAZf/UXsk2QFqQQkTZFM6JMeGZuyJEG9DHE+WIhO+tfUIhH4QmHeGLO6REfgSV4AGzxgVyQRiEKNukm46ENl7b8Bi6LDyjqEjfsRHQKDfuC1EEMbITHy/whgZGawxNsQpuoLDGIC4MC4Jcvuv8Y+twc6L5tReRS62/YVQLYG/41dV0oI5IK1MQJYC7AYpP1BGoV+NERMJz+1M+nA953wuSIOeT/R/IG6uhDKgEkC7BapwVJqybRA/fHkbvNWddNabfkBMN7pkyvvy9dl6Fx6ekYBKijLZb1SLbwbwM4LtA5CQI0gS1e59jMEojX4CkkUzgCBIBNXTDY+HosAIAg7CIpQ6KDER9pgIHAjzBoIaYDwBYfBNLRkdXi2QMf0EMz46dpxudEBE7tEZPZimv2WAzKbXDm4E4WgEuEcNxda+HQjV3fW0HAUCYrw8oLfpICTZoBlVx4JQCIf1tYZUD7zEj3bdk4A8Qg/48qITz995kHeJAMPvZazKoDKwMsvfZb+CFFQMlRTfSX7pK6pa0Xkyzu5oTrk9RnddEnlnPKTRkPCq0tsE3zoeqRGwyA9AmKHXEIEBH8HCVC3TcYI2wazB66YUhL6WlJu1pNNRxXYHAzB9H5YprG92Eb9CX2urWI4iO6+7BEpKhxgkJisDMX0CvEKT2fkPIcmBoFEMVCSND5FOw3ZZcFu4UxZxb4vBcAteTKQWNZDAck/+4EzB5bmwEr/l+fqgtA0NnO0BrA0nyX/pjZHo+GXECBt8gApPdq09G2R9t+VQVwlerA6qkcztJpEQ0UQg0ntgJ7IYCc0OLEJICRJoYThkBNGb4/L4pjJwvS9kAArMzJgUWQD7qR36JIAjGDjU2mjuDOZALQSOpFmU4yGPwAJONYUil37EYMnO7+CSKm/QS8wc8QsuoW3yI0qgu+EHkhIpHH7Fq8JvYG+U+3ALDiAVksWHAB3OwWhMsGPpcFaCtK7saDDJ+x5f83Atg5A+Re4K8EYC4Ay/7bzDrwOFa4aqgDn9ZAAzRQiBCAHml6gh0AzgEF/WWqtQH9Tq3hNHE/iqg9268EoPDXj0E9cZGK08Kuwj9UtePm1oTjLygActMR+jEBLGGN3iimFCeWZf+6X8Uk11K+ddFN03JTAahhDQDgTqhxz/csIpwLDtP9U8RrReccjGDMCuC2sIi6ovWXxD8UJMgMwSjH/REv0DcEGWjvKwDUBMRESyx8PRAym9F7WxUJBFBHunX845ev/fouZYCCPyUAxaYi3qlA5y3+X+Dx103UFDCHoVcV0jPMR9tjPoRJIW+Uop2Pa3OgAv8yWRZg8GZxRJbo7scUwNC99ZUAYAJ/KhzvSGyhjNt4hBiAFccNBQALCTwnN8sq9r7Ztdg0jcf5p1+HyCOM/t1tAsjrbQUQvQ5mCGK9cx+936sAGP5x32MsDCrHFhRA4ArS/6EQ32JEp8KtTMZtBQCatgjRUtjG/3v/MRAajvuaBbAeAQ1YzWuSBf9GAFszgLEtq6+MwMP8H+c/VQA0UIgX/UkoVMVxQu0COdNUZnJdIYDCALUcEON2LLHEJHVeDFCzALoOsxj20aecwnM2GvGifkoR+YqHNKglsaHfS32JAuJxX4y88fQWiIEArhX+RAD01lF5ESo+5RwYR20xFgsKACAHSGOqiwfztdCKCuBbT0FMt3us3XaXA54xIY/OfzzH4N2Jm6F5X1QAUQAgOssAlgIs9u5LNLQHS1AA3idwLWLHk5JKwOIBEBGuAsDbAegkX5uz+H8xCWAtBdws+VdTtyG0v0UtB1YBILt17yTdgqlpXcC1CgCXALkFlKXh8AEkI4DUGsCPTCUD3xbmNEg7TxBiTtAJ4DBIZCIAMUoG9EvT8r4WDhDkv9ep4L/Y6XJJdJwvAPG69v6ebROfKrvt9wUFAKEb3+0N/zjw6617fMr9YANyo7UKIFYdYK2PGf9TcQo5gDsKgH48AzwW/mH+ac5mBXAwJyCcABAA5ZuWayGAV/XCSTo8WYJvM5swDrAjeZw9uYcQMA4w08NQhmBRBPHuBTAGeJIrGwMIqpwBFMp58WdF+FeSG8wJaG3h/Yv6uLvgmkFFXTeJlPzfjQkcK4ADEYAY60FdgWmSr6CXmXxPavOcLBpTACNZbhIqgf1N0QcwFNM2SyYCQ+kZNDDu+X9pX84pkwJAXF4n9Abs8zGYfVIBREmXGPnRHkAAGBUA+WrBvxDAeW3wD/UPJtAVpPEv6BwUw31ZIo8SQHgQfFlL/Z0AVAHUXEC5suL/tSEAMW2LQoWw5ruz3uuVAMRy28zenyR72cVifxLyjRk7rEoE6l1oGM4C6fH0bMbF6Kwf8nvJXlne35wAUzm0WAIsMaeMJlxSHIe5xrW8aJSDEUCuRm4uXwsZhe9CWdQEj7fugdGAuCDgw7+H8JjfJ1cLK4D7PoAgSEIBQPQGQtB+xrxTBNW3JygA5ADQzCL161V645nKR/DvlYCh/Q38shCcmxg4VgkA8z6/Ffxqetws8dGjmCX8TjDmJSyXLugPCqDvdSBgq7JA7YGQ4b/oDyUzgHMxM1f1rR+3mJVDLfn+hx/eLpfLfPpg4+TGZc1kFiDAL1SgDFAOMAKImA9eRURhFzexRM7rug4HKAANWHOfU206yC0gcm6Fw4Nw+XgKANIeTRpUChApgJ0BNxQAb/A57iiAkCNJ9+oBgwI++dORE0797rRPtUsA1APskCjmrAMBa1U8wf/LBPSj1z6W+t67x1zWAH3k8t30NDUK3ImKenMObLmNctkyNoi2B2YC0N5hcpuOu3wvu5wAtCvIvH3K1JbphRJE/8BREBMx4E4IwMAvQl6V/LvaulkDTDL0tbIWBliKVTUgDNAMzJSqfqc3zZb48KvnEwhAHhkUgFbqLldRR81Ub/xcTfy95yyGyrf/0tw8KPWx99H6ADDFkkZ84kNnRqY1N4+AExP+ERQSfzKigc/9wJokylwJoK8KYK/viGStkVvJy3ottp6ftA6g6f8Jml2QCgWgWEftQFP/XATgGYCjccIs4XArahZiOkJemGke4Pm8RzFg7VYti32sNpmVARoFECWAPfqYM+PeG8RIWYe6OelNCWCcrqbjw9PP7+NzzjgyFMvKHS+5M0v9UlgEL6CYEoBfkSwkGBy4EcCqnkonAO3Z8Tyf6pOpOZdCP9ric5wv85pzHkytPhLwDzxZh7ZBDzfg8O/mtHgnd7MACPr0bWOclJRcASgBHNS1BnGS+5L+S4e8Ugd4HMtEdXSoK1AvC6DBAW3uYSoEXALYAXqCDe4SZyqfGuomwqMWA+7PaLOoAiAvNoo5+3AV9IMSgPRX9dFClRHyfaP3juBXibVzk8r/qebh1yUvZUGpgxFA0AB0Fq5CWNwuG/4TFAC/7exWiLhnBbCSD2C/L39IkQDqueRBM4bxcim/Jo8DNOm3WGjN93CsfmMR4b9Y0kSL6T/QH6nhs48jwfrdvK/1gPYOq6YnFtX/V6kEqDUAHZSTN91xD74P6ulDBFNXILquUgClgGpNx9+T1QB0ntBANAXQj+YATAF4DqDPknamAjJqa4YsQBICiB2/h6x1dAOWKXa4jgUOOs0nlf3CRFWR1IIDe0GdAHI4tNiNuu3pfdH90CUqADxKhBkFcDYFCkC6f9Vynbw8ayXMaT56hUkxWQ7DML/N5VGPoyuA7oFFbRrwb3AC/DcYoNt9se+VWClg97VtAYQADkkTBxQCbNnPpP2AredKAGpNAYBV/vcsPzoFR+dAM7UKwPhARACVEdC0UNZ16ariSSigfCchAKsHgDxAEtx12dBfpw4jfu3ekLrBQptYWaDvN2YAQlpsxD7Oov9L4p9QyxPMAgKoB9yu4Q90F+LtSZcoAUT0h+YAAReNAujFrMvEYd6Px6enYZ6NJzHiwbC//DC+Xi6FAJxOvwcaoXHrfwuB/zD+5fvREqaEILeQGtzpDyCnogC4LUCvZ2kIQPHPXQABzhjzzxa6Yn6/+Wf0+Ks7DNbmBdjyDLPvxcDgzgdGNto1eKEA7RLsIJlZNFtcpLWidw3uqaa3/3MF8LGbVmAOWQFIAOobkKqlmTWB3XA6XQX9QAohOzkBAKg3Xcco3vegBAKIWYjYRsAMASCApFZ/Zv86Tq+FAo6z8EL2Ib50cXx7m6bLuF6z9xb4XQr2f1qV4K9lAK5tzHxqxp2BxrJi37pfD+AkBFB9xFUBwD2ZFnFqF/xPhk0U/olhPGBfkhTQcgAxRDIJYCJA0K3th91q4q9mnQRCc0gpROmQqBKASQAXAMuyLgYXL7wwBVACLn2XvfN2KB/HB2CE5Dvgnx5wqI+bxqmnzqsImVAA+D8ij6CAFjyAqk2NAvh0oTq5Rd6LJbUalPr9adr/+NP+cpKn5AP86PLywzz+Np7HM5TM1xuXUPxbEuzd7r+Cf9aJsZgh1P+n947tvgLoRQFs+E8b2aRBBICOy7NhscxscUSC7cm3rmHYr5dCAIZ0qiC84d2KARsCMAYwyQAH45Ph/3lvPkAVK4s4AfKiBJBpNFXvcl8JQLY+GhJJlgCoCYBnG9J1Duqu14Q9gY0bBYBwj491cDz3b6WMBAXwWTBxschSrHa0X4OEDsfT+nw8zTaOgcQYZHF++2Uax+s0ZNzs93gAbfF/hP9f+osI1HWVGx+S0evJdl8BHJIxgNWv3fKVy3quBGDy31Q58HmUABIDClo1iV0JAE7AI5tJCd+ysNEdA844auIBeC5mQ4NsVQEXhX+xBXjSF9wHdCsEsEsYvKbPNsUeN7gukBqTsFlsEPy+yEpM3dkJGMU6DrJgVvYpNNeje/isE87ITPHv0q5Yvx+nef6hVGP6Qe2XX97EynKeprFPRgDfrAAgk/41Wfbd7r+Bf/I62SdWQoYKYKb9GiegKoAhifLbygCSv/N5vVb8lxn3AKS6vcp3ePd0zRaO2xnMQB0ByWQKoB1KrM60oNA5xAcIFzeAEcB6aBhgyUkJYFm6Bp1N/7zaHFgimptbVqIE8ISXOm7n5xnVLEoCez1JyJqzAohnMwOFYxf967izb0iEedhEIwC14XiZ54tbAX9dlMCzVX/8PgMF3Cet/2jjg7+SASKbP8x89IksmeFZWwOiL4At2cvapmWSeTtctwIUvQGhyN9XTBXA82fr3i04zJ2AsupBelbLNTQ1DiclgL0qAK+zbEOYaH9F7gW0TIA7/s0HIOtZob/UlWzlALG3Fvb/R23FHgALImzGVvzvpw8ROHKxXhoFZ/AAlAHpk29685Cz6aAAqldEFYAJALPff3+7rEns2xUAd6ZHrPm/gv+dG/6nLpXuxm6GJBcFgCyAEYCNlnHVcXleVQCgsw+DKDoF4hKAGuNokVEisNkLxgWq54QAqAvliXmrC2gaoJjlAFbvu8zrAmoWIGdUDvOBAVTzvhWsW/pPE2VTseIMQAIg9i4bu4f0KLGmCssJPiVl4fioUNf/i1CKLiBsUke+MvmoBUIAs9ml2i+//zzXGpbf/cLqNf/XLoC/UwF0n0/e70fJyRVAZ1kAVdXcEmiZChanaykDaJv/VAjDGzAiyTZCQMVgjPrPLQLdXFU48NGCsMzsiiCAZxAAxpzXcoDVFQAK0gX+mw9g1y8fP0MPQBOQ0bTKdgYRFlVBs8InxRTO1UTVNs0AHDsefEa3QzEi6dx2BxqzCPpNAfzB3pWoKW/DQBw7sA7Jhixhabft1/P9n7GWLGWsNSnHT/+eCuQmXJnxWLalE7Xyzmf6nzkUARMAJyl7/B63PSz/ndX/4jv9zS57Q+WtyO+4yQSASrVfhilO5/ZwiGSvZRCwntdRxCto037sy8hdWgd3rdinBIL5wsYRKGeYGOHJaDwwE4A6ARG+cGACcB6gygTQZAVwIgVwyYxINSWyrwnAVeWsHq5jauGYddzWtgQi0G0P7sDVy/XB/4RXgpBg7pI/EjuVAMhAABRvjeev5+9/O3Ucct3j/IcMsuVfrQHW7K8jhRv6bppYFx1npV4CAi9VzWGObZ8HtRoBIA9igpIFUP7rsD7bC1DXbL4AafIvvAN6klBA5Avt2JQApMVCI/lTO0B6DibusjgBhQDGcMFcHXbKdrC6dRAaNk0YCbeC0MaWkRalg8c76AJTssP5J0DZNRrSELvWW4MRyNKLQDp1bx0RQOTUK5yF9fvvEwF4sscJoI5L8DerUP+rzfv7COBEBBCSaVZAHQg4x5gIgHQhOv+JblewZ6RqI0CuE6CbMFgB1X/aEMDTM5+LKKF6lNUGmgEZ/qoATOwC6QlEVQBnC1XvxQkYNo47upgpPYBUnllvGbe/39DEtj5CBxtWmE+jqdhhdaB5jI2NEY6NbIfDT17zNd7iUsMKLrl0jDid3rosAHa79CQGIALwX0wAdRic/yH+1ew2BeCWKkBazQzQgADIBTDHmGAZk9min3HcIxi4FtlwEqZ9PK/NDhUEm0D7S0MCWgENAbwIAehYABkQTM2AgyvQkvPUMwF0wfl0ZmWhqZDsqwy3V9EPkMPQl8eeL3OU4OZF7ASgkUWNgeuyVDvE6fbidIhV44N3S67EcOoyAezijh/n12gUwOPQx/OrufjdLdBwz76q+7s5EAjeNysAlsiZANAK6MQFkICvBIBMQIx8rQCYEb/q00+TLpQCdlUlQOfaFSDLABynl6sXkCSI1AAgARARgIMWcDIv54wCkCpA36R1HeySLeSZdVLX2YFv7Oli9f/1dq3LMR/yaCF/7rpm5T0gATY320+HkqlAAI0hAI72kixXAb7rLQE8rADAfl/D3P8CQ+yeKkADBaCtgF58YSwAOoZf+6qFutTOpZRWxGoPQMUyInzuWpicBcbI5b5cQPsE0yWUZUQfMAGwFxBuwD0UACcuHAlAqFfriGDnXCKARrsC2qctZ50YugLeFf3Wj+dLoYMu9R4e6lZ6jmswNn4cu1MnR9Y6eB/ODlRip6r3/vlw0eeYFYAnAjiwD6CNMfsBSAH0ORHCM9AIErtOJe7p+Hf/TTeDu04RZcqbk60CLE3Gc+wPBxIACAGmGgCDdgsWaHtU/m0nID7lFet6iK+hlQltCnylJ89oHvm8RADpJQJ/jQmmaQyTSWoMtAQOzn9SAMIAg1naFLiF3UIApnjmglnhZ1Na+eo/abCFPEYjyZg0O5y64Y//1S5LADciFfnyr3lvQkNOh+J9IHS8BAIK3TdEAPMxih2PQgBkz9C4NlTmn2nO/e9WvDlQGpJeJgyIAtAQG3IX+4GD08Zk0hpfVgBsoB949eUovQB769DgoAWNIsLrGAZM76MEsIu7Nvbdd9913AxQjQZoeCzQNA3jUIZdJfSDAC7bKvwzkO5JgBG6gy9SBJnyXraBKY/DmsMkfQe2cwrH4S+lcthjNTCDjIfDmTjAl5Zb94L37lxeYtwmg1/eN9oX+C0TwPF4JhJIyzYRQOvZvnAoADbuus7fOPrIP8JwA97kBGzcpiAArlJr1xQSAO0xRqT+yVjFqD8IeRO/izUCkoJC9BszakCjBmRywZBjkqaJAWhvIgBogIR+TmPUhDFnCWcFnUtOxAMRAggseWGjrqDOYAmgrgEQWNis4kbZk/zpo0cYwYtV4YS0cWNMBTnjn/MDtAn/MV361Agticpvu/TFo5UG4cChDtR4FbRVfogxaiQA+XnEDbKnjoDRWM8E0DRgqyeNBvyzzf3vAzA//XUFYAggiATw6gB3TXugSDe5IZ6eKPrrVj7x13MlAOfWqN+138qaLvl64kWgl6vMWChgl57kjUgE0O0KH8B2XvKYDWxpITd42sjFqhDAxo/sBBjliZWlTKzL/ws/2MfHx8E7652TE/3pMPGHkdpDXRqF4Ob5cKj9A/nXDlPPvXG7fqIXd6e3MiDk4a35MfFHJ9WJtfgfK/H3DqEKMiuJE9o0BkBGAmA0QHdEaOgn3INfqZO/q/f8PXzyX9Xw399JAA0aAWQA6bbtu44hCfe/SnMJ/RcJ5hoboDQtyk31ANCnCdu9nIdeQZlfaCPmKkBafEcK4LhdnAAzvIBOGSAPCBxYEbDfjwGZCKDxK7Zk3DNWy385PTWbv3k5X045tZFQnWru53kaZTRlbf4QnNvv/cEK66L+MYznLgavDDwdUKX33VtOYuSFAVZ0Npbm0CSrIRm9XkWA837ql4EAPGN7Dc2znIAOZPnohR4/1f03mxFu0VsIjAMfgPQCUhfA5kgE0LECKMp8VQCaxCfSsueHDRkGkSC2kwVPlQwQ3GtCUEkKwA2QTAAUXWxpB9zbAYGNb8aBLN+zI22I14/KsWOzYX18aYIb3mYEXSPMd2EAhGA9zdPBEcC7U3dI72P/ADjjtZtx9Jfx7ymp7ydF66RKfzgNgiFis8u5QnC5dTcQ5S/U7CmeZFSz11FKCIY8+BD8F+rpetTTw+a+Fv7dv4QSbvrEDUz6AcAB6MSJRp2ADl0fyywgglNFOONfCIENowag72E7fuTZt/yQ2ZIb9BVXz8bXjztaFB0BmAP2iwRofIa/jAfkLgHa7uedC0wAzWWjF1T1//pHLcX4my+DsP7kVEQ0Z9sPuLQD+gY2OConKwFMn+444WWPnr70LiWeBofrLl9kHXEh7L0yXiKAhhiQaSaf3rBjhd8X7/Iw6g03fZ2wYM5u3csA/5YqgbsjIIglAIcRY0oArSh6m/WHTFYYvWIxLyzqBeDGeNue2suku3BejJySmAgADGASBMIHQDayLQrANUwAK+Y2dfn/h5rWb9/eGocRw6PpzVvlgyUjlqgvhXWpAYzn6l8KFMvTDVW0UbUz413MSBn2+V1SANpRkvDfbEMTtu/vHx90qt+S/fjeOCfM+IVWk6EDMJ9vVU69v0vHvL+hAQAgAHH7LD6AtqcqgOAU0QBovuxDBCBwgGnx20lJj1yivZwlm8IQtm1QL7mQiBrwj+QAeTxQ4zwUABsdUQIYcwqxemKcWFuDP5rQiAE8GZ9tU5IYBX7VEIFonOJPlgC4aKavMf3BQDvPuREdZ/jjaOJsP/mfFP/WxAewdAUM249kiQHe096tEMBHPvwogiz+6jgFzn8dpLm/Ud/cr2n+kSpAUxKAUEDbJZMaQGtzAMB64QBFczS+f2BbOEQNnFHiv8eQAiEBwJ8WWgcQDtA0BhoAXCPvu5GM4uAPVgE0lx6fy/8bCho/Ozcw5j7RRSMUcHs3cuenhFduAWzP9pgbfxonyhLY1K9blr6dGiWAnMhxzJ0ixovvrQpAk4DsPz7AAO957eOHrZDiF3qfbdjEr4Ay90+vvj/F/C1fvciU6RwUgKlRMgG0MWIQMBSA6RsoBgIQo8JfiUAyie2UB3QpfgHDArBYLhYFYLoDhjEIlsdk2gqglYCGcgZ5UgC8cenhYLeWTZJaeaj9/Yf4E1lMI3Z/Gr27QSBzRNOcFHwerdeBjsyx3+3dOgOEbdveSgAYJtIIbbrtD98l6xPov9u7jx+6tNF13ccSGe1REW5k/4PtAO7vGq3jb26OnvdVAZyOlvMQsc61B2oEiOLx1xD+EPOAMUydgqULYKcAZ7TTCZLrC8d3kAuaPEx27GiS1XJE4IswAPcAJmxzQ8CoNWrUARIKqQpAWOdZPQf6b9em59HTq6ukGU08H7hL/8Tjk6+pM1cRAMxbAgBsC/gzAUifZ4lk2ngxEUZNoHlOLEg78iGtHX0wAXQfH913+ybNZEtco4/1QYPZzLlfq0kOF/hvEgZXau9yAnZLzzDUap13u14UgKpyDAMA/HkdZjX9jgWAePBoHqMSxS4SL0Q5lBZoEACD4FIC/+ORNQCaAnQMwMDVZXQF5IKQGgmFAJgkiudQrN9e/sOGAzsVTNd/GUH9Eui6pY9xWV+6/ean5OVdM3/xkAIYVhNAc4EA5IomP9LmnZK3pTK//ei70PR9z6Jv124fzrzt7AoiF90nAuSH/ZrF/78mcpmJcXe7AvgkAXwigPYgBFBqAITqU1mfC3Q14HcnuH3fiRH8FfKRZsoN70IBIAGU/aIAxIgAxIQB5mniIrcZuS0Q7eqE+QAn4GDHAiXTbcD/dmd2aoQUAjC/ss+der2Ypt72RYQBHII1tTFMab5yQqDHQJOe5NB7QAyXzwRQvKl8HvoDxLrglWmPu+0T03Y6rH3NlL8PuDD/JX4DdFW9SQEoAagEgAKgeGBSByBMIyHAqrWvgntbcPOMR/XvaBbbKACHMUnwTiYFfa2u0AM1gPeXrRAAZwoNI5XjI9uAWnraGSbykLECYMRf0gCoA9zKrpYA8k4tcQW2YoOuFC2EJf4dP9Sc3ZGLdJrniR22oguGQiPIuXWCQ3ouRq/BW+sXflEKTgSwdW2rLOuek9ICq+5mUPIHe465f1am8WeZu4XNtBEMCiAbbiXnuR/AIUYZnS8AlzU82fQg8Cqlt7be7Ti3Fz+JAEQERD7E8H9P01JdUOrAxdiYAMS2x5elKTAbE4AOBtDOzePotQowShiAARogc8Ifl/8xGSi1VgDkdBRoAdh0YFH9Jm0gcOl04nWbkxyrYuZsFf5KFyAi0/0ArwXtqMkp2+W37dwm6Pod3j+3ssMW/bd4AZxO92cfFQ/oFyqAfwsBbG5SAGpDKBRAgBPAbYgAeDiwRgMGxpEjBKbBO2CAfzJa0mDzVI0/Ksrl+VIqADYhD56BSdAV6J1mRw0OxJ9bCWApA3OgY4a5EMBQaICxWB88zKDjlCy1jPEoWdllCEBRPgxAl9QKSvBCJmSBBqTzqp20W2CV9g3nohLhRDSQ2XQlIAOkSwYL0KrcH4z641Y2lLW2T3E4LxcVBsCeZxTZgL8SgAnF9lAN4F9BATeFYEM/mLoKoAlydkoACPGD5IAgAFm3+Ie2F8wm1B8jwZ/tJT0jZxzcvafjdApcBcIPwgj2gkcwQFQ3QK7e2oggjt2AOdPZELgK4K+Y0zlb+oAnsh9++KGNbWIAwwEKOTmd4QwsVsm+ZNFAn1urwQ4r4xxjEuxD7FeSGyQga2ryLXFuHdbY+8c1tqsb/7D1TNMfEwSA91l/s39bZrLanHlcVwBwAlofQMJAezCtAJr+l2e9ac0H9qUSgL67VMILAewy8I95FjnfP5x6mS3U2Fl4UU+wZlACmIkA+IOnprRpbBR1bmzCmGMGeTcFxwTQrEzeQ5Xr7EgM8M3pm48fPn4gCZCMuj0lS5pgRz+YuttEgQOuxTh+m194ygeqpI4V4MUQ4tvqeQgEvC/QbsAHYJucB0wA/nLzvfMIK/2EQIA2N8ozsY9RFEoA1u/4WEb+f0GV4IZKF1KDUQ1Y+gEEGc6uAUFif+gOHBBQEoEKvuEJ6JEEqC7/Vfszugn58hQ4sQbQU3ZKAeAAvo52JlqqBWx0ohDAkasAZNP5nBTAojX9OGquMxeacZKWsYtPNYcVSICPHxIBtEIAr33Xf/zysftwTrgGiX2rHsPuc1KAkxKAL+Gfb2bZo+fWeZ99SQB2FcxzCXJWGCNyqd+6xl241cFpX0YAgKP5LM+I7IvvVyuAlfLvjouy/YMDmZtEdWsGn5USQIO0QDJctD0wATDiEfmjl9aAnOsbmcBphp49Fv4ggOMcRQTw5i479Rcj/L9rA2EpAQr8v4sGiLstfABNM54TA0zQ0CMLgD19o7B3kzQDXHpmDW9c8YUEUAVwPkaWAN3pQwigvnsczWGfs34faA3Ogdr4xw/tfiJlM9Fipse2bZCx0HgK8bJS72Oz+EAVLKqaAPCvHsonuOBt2oUvr/bXCd2hAOpkDXdYqaoAJGx9bXPuyyjgSkx7qv8jKGiOmi0KYBGLQgDEAMC9zF6TaRz/MsmPKPUW8Bc7phuZ8D/NZ7qlZzJigWzv/NyxGIAx6mHwDbwTC8R0UcZ/rgOEc7JZvrVk2w0hK4A9RwRarwFY6KMSoAqgJQnABBD7ngngh20MaN6HhDRY5qE6o0kI9Mk/6KuJzuOPKuZVSeBkq1gcSusG6gH3rzHUB8hC+3L6+ePj9N13stcoAH48pReAEQM2m8KD6gL4twrANIbemU0LZp0MVcXjK5iowuprP6UXhEsmuQFpagoCCFAATADJ4nEn4UCUAQjzGhMIBgEgJvDXGF7zC6E+EcCU8E/GBEDHGPuwDG+yiF4AaA7M0y6xxevLUYMDMgHM5/NPE+7hZgxhmvZMAIFzAw4rT9MYj1UogI82sm6JmQC6U9fPx+S9mMMUprk/f04qACg3UxHkI+f0s7AvwYZ7mMwWBJYuYPxKPZmvX8MeDkM5r2nnJpBNc6SvkwYD5OBLEQSgQuOLSjAQUTVK6E5XHepLoI/aBwD449z7BUDBMti6ITvz30cBrH4+fAeCvxR+OhZACAB3XEwSn6KCa5ZujfwDlyCs7vlz1JId43dJz07TtjQ6RsN7xN7zK+AKUPiDA+Q9iAC4DqA5gqaJ3ICLxywzGhOAD9MGHQHq2OAKJcwIMKoAWnYCxO1CAH1kRROpy9z0OsekknCXQptvKgJACyXgbw3lGnxSywKGCyh9GHFvFAbOhEOh7eIYiR6nOT3J1SME8G3abJN5NHE+cK9h17CA0YKXZzdfCYxoC/jaB4D9eD4IF/zo/8CughX31ftMVLxTkRjII7dkgv6hP8Rda9IC9Zr6p6WZGJ0TdchO3LEtkCaYU1U2Q3+POYFfl2Tz0hwgFBDFGSjFftkriKomRXzwZkzon6cJTWY5ug3H09lzUNAVw72OGZwATAAfRyGAeJz6Y/ps7XbbTce2PbpvTqHvWuhqi2WmVW/vstXco8jzgRu3bkLDLlCBArt6B28mvUToTmN4c00i5Cac/JT+nEi0zgTAqk4uSIXEF5Vgw1L6A7/uXkVryREUUPkA7PH7NAB+fONGuKAA/iFDh9yV7kE2OSjBxSoAlwmA4oLvBPsSthfZf/jBowAME2g1HZ32s03TJMjf03wPEUBTMhEAbDs1DgZkvIsyvIBbEBcFENIYXOoHIH8et2poCnEigD9oBvSmebxyArTTx8ecCCCQfjn6/dv+5bWdfTeH9LWbZvZtdwi4V0tsu4EJwLaMyzmoY5ZiXk2uYgcL0BLHi3fUahvU7IUJt3J36jy5RnfH4N+8287TGL8bp8O3OyGALV/R5Wri44rVbQYDYBTe17VDjX9TpP+RD+DRpkcgH6X9P1QBkLm14Sw1AfhMAPuyIwArgJYIIDIB5EIf2b/6vKYmbno2A/+s8Rn/ZDmpX47nRysQA0ITnx0BkeafBgmxtXGHXMFMANwPAHHvKd+5NAOEsEFfvcocDOCXOkBQAjiGpm2b+fjiQ7ONsd0200yhylJVIHbdDH1vGviHpXOidSzLyTrYJ889IhaERviq4SeStqSFGOJ2KzxACQb3MP0Ap1P/Om+JuOe0d7vbBQogsH0J+9N2ZgLI5zL+/X3osZQwwDVSwvMaAWDfOLrFDPxXfQA83a8BLouxpyuAj2QpvU2yzZ9o+NLrTQMYeeKqKoDms5KuwLudpO9ECDDZquP6YdBONsZ0LvWnLbnkAj2yyRKugDwtpl3/WAKI9kdjQPu6W8QFXZfbAAK53KEA0m51Ao7a2FdPpknd9AcUAvj1vYnztPUhzEf2bbR9T56z06lLAmmamrZDGBU2lVGeoxRUAYB51dAR0rQIC+jeRheKe1kOeYPrFyXAUAEA+Bt6oAbQdHGeDhwDnPyZXd/u5nl+TTzgXfPSH3Y7JgD+9Mlu9i/X+0sF4OEHgJvtmidgtARQO0ZqH8DjEqD+AO6pCiDdn/PHLz/8QgTQPpsCaqxf6RzgSzs5LS/VB8AEwPjvj7u4DAOUDEA9P2kN8cLQa59M3H/bInjXRJYJIE36sBQwvyxtAtrYx4amACiAMj4gufuYAc5SKkiyU54yAaz7ANC5zgpvJoCPd09Zx4d8FKX4KvOa8krewHitBQeNxb7LiwYG7Iuxz1LUgVAAmY0FLIiQb9XwhI+0WsMeAB8zcHm4xAA3i06HzhH4lKCqa8MChuECAait9AR0AD4Y59F2uOcpgJiMCIAYoOvYm4XO5c81h6U1G5zZVIJPjuFiFECaH6gdsD0mBaA5QHvEBDNVAJLoWj5X0XvFUWfwz++lVABnAJkRALQQq9sZ8C50uXP6heMMBdAEopaJvIDTy2ZQpNXmSvMlBYRJIQ9D0VIfQhVfuaLRprQCXrRE/2OH4YNFWe8remDTZksZyC0vMO7HS+K/wZDE6l5er4Prm9YHV6ikyo5eskrpILkRQhTbDH2j7Wuwma1SAEYwuIdg5J6iANo2kr3GMzEAKwAStNwp7goFPDdPst3v1ZQA1AngVQIIAfTHow4G6JAGmLdr26kHsArfnSeeNcXEexJQxWaeS+MBu/pkxheXKcpOHg+IRIGxbdNvnL+kVGkyAQQfiACsqsbMm9IfK7wOlPDcXUtCV/W4aeamrv5v+Gc2k75xvRvjBqFYYMIAwL5pIRT5LxeviWyVAXgmb1ShXJZXGUBEE0YsgABusnFMgdLGcUhzsp9KO6tFtjYqxZkJqw+A6AkKICajMJmZAlgCZB8Aw/+FZptnm7uSkBUKANM3TgUzlyrKfjH2uScQHP9I55tmpqOubGoXoHetALDDLxf5ebQBP3TKJAAGKN0A70UloKgBEAFYPyPBfD+3rQTVc7kvHTELaY6JCWAcavTLHJA3iGO7/8e3N7mneFxGUtKaV/xbA4jXD6KGX3gr3Jrr33mTPPxG/OOrsNUYR2Wy/vKWAQb52gBUNUxSplq6umHwkW7AxOtBHdT2d5FKU/jpPA2mH1VlDzLA4wpAin1ObMMMpRJACYC6wc3JwubZBsqr9loF4BQCSgDIDciP8UgM0O926gNYsgH3rxr0lxfFsF2V7WUify35Ff9qwgYsAayhEnAsawB5/kroF0cDPbIXMDIBLP51rmAw8xAB7MgJuGIW87YLzSpIIAaq/aa49VALqKiTpq8g7mW2zgL5ReUBWee8PsvBhkt9HOQdft0HcB8AAF9Xf3m4OMsvXKp4D+4AnNZyHDqigBs/MHjXXbb74f+4AohsIv0/S4BxjG0u/9PGFMhugfRzFAAswz+hfVEAe+MEYBDNuSNAjOj5h4TAtIW6vyBU8G8D94YACSBheMRoU5CqrYF50uEBxgcoi8hv9A4JMFOmUHazBCWvLGimnDjAh3YzfJbNmLvKAK97u1nW/V6PUQ9BACQD38gDq3IMK/Kwk9njtftfIxOvNeYa9wa7cCoqlh2AOGBdnL0+NNKS4IU+TTBsyBe71ZxXlluxr6IA2myRJp69RiMB0sqw6VpWAGQh2/Pwv94KgBpR6Z+2CmBvvYBuS0HBiAAy/pEOXJ0AqJszSjFWvyz/c+Ufpb80eHvhAKkE1BJAxwa9I0LQTgjAtDXMxACM/2nS1MbNSNecJ+4iQAQwmqBdMJGVgJn1BlwdEYpDJhJAXTpCAbiFdSzQsVEeEqsZwCxUAhgGYA5wJmTQXX3N7XggBBeSVfjlV9rdERQBqhKQMkN26mQq8rI74fqECgDsPgXQFrYIgPYVEoDWYjx1m4lcgFr8j+mJN3kM/5aKr0c4lmoompjfsgKAF1D4f+auQD0pAI0CjPSgKP/JavznPjpw+ZeNW0MDhzc32F92A+zQJVDxbxsbxeY5/+BzyLeA1AC47xF3E351gv1LkzNmy9a7Ms9X49Fr/LtytJ1MWLHa3mPbHLkkFHyGa4OJN4wr4N44OXJtSH5gXoBsJHwVg6QC49JPwaJpRZrAcXGTeeHrWgI8nGTgdgUQo8lwyRJASn31AvDj8N333eRCPxP+g9ijdRSa7vFMyGlQAJUTkCkAnYG9649te+hYAWjOXhkR3JcdgLhbTixaAGfCPxoAxdunTVi2cTtZqFyBWgdAlKDCyfBqegLQczufswsgqABo5HLc9aiZXrkKMFyeCEV4WsBdc5Vbc249JhVUs7Y0QsCb6n3jvdmLTTJb+IMtRLCDATzNHM6DLrmXAeq+ddhj+s9WwUjWg53V7j+3Mv7vHrQCFubxcIiwdQUA0xKfFhgfAycAUUCbIdS9nVrC1yZOxwX/uNvucATU4VbkKETVtZeXTeKsAFSoh8YLtw+uzUHBYNIKqAEC84LWGP/iApxF/0/i/0MCT4y8w9tn/LMCMZ6AZGZkINoZY3Y1YMgxDTXiX30exSGe8T/TRwhhJAIYV3MDKqAA/So0xO30unJHl7FxUaiXEqDy7VeV/SYfRLFu/AjeKgBx/jUgC7J7fQDKLfbzr2SecHjiCmKgH7hI7XinNfDdbFL+AxmP4x/2hwqgZ1PNDz+V7LASoD2c3rqt5GMLcX5R+EN13hnyV9duj7nuyi+AAlgIIEgnHQQG9n4+UnrAmPP5LemBWQDoZrI25pD/PAT4KG3z9CT88yQ5/CVSPm7/QgKUPQJeeKYUsGMrcwXRJmNfjAIMEC3Fc8OOZiGAiSVAsnFqN8PaYCAU/L4KuHW/34wfK4csBETkr3RQ9pwCQI6qTqCdmCxx+QzX4rAsgf8rMKiPGeleJ/sHusAL2M9WKQDzu9pS+gsJwDkbZgATth9jgBVXX58trWS4Z9yrm0wEgLoBu2++aYtkUf3c7QD/2xSA9ZzUEsfd3jPQqSfa+ADCpOV1szQDRCEAoL8VBWDygsU0adReAqSofzgAsvSHtEb9NRk6BOyTLX6Ad/QJ5jpGGQ2gZQUQ2ZvKBDBF9lUMPAbdcS/AVPpLAIJxbt0SFrx6OljdwlY3prirFawr3Fv59KS+LuW8ghjo5T18hHbyap6gVdQJoKjHBEVzdynoEBOkltRrY85tYXldATjM62vdRwC44Eot4BGzBJAhj9p+f8ibBHSjkne0T6ztE/x70/U7zN1k8H+N7Cy3YQMsegOxGwFnBqCIE3DPJnUAbq5ue04QnlU+zWXWi1eQHkRxRALcaM8xfqQCAN9/aBD2BgYGyPCXT2D9ABojLCLuAFGBdA7KooMIoKW/4uxAAHwdOjInAuiZABqTIXTQpSOrXe+WAK6b0Z2r2gC4EMAXaM1wbUjBFPuFCHx+Zm1fyACVU5UXsHQgoCi/w0CIdUm9rgBkwiVqH4CvhvZedrPeqwAgT2rsf0EtAG6+HqrfbBkJICYKgLzob9+0wQ/A/+A23bl/se3AN2ky4LdkdJftaoug8RmqAC6qAHtptCuSg3REAAdK+Z0L+jKHv1jMM60DHLX+vyX0q/sfre1DmSYHyTLprIIB7LhAwr+pYEmzI5POy5EUQKR/Is5MAFoD0Jia0zj1bmLE64M3xrxwdX9cbF9wn9yfWw7MDQJQbd8Atarh8w7MBMfwnhIpWA1AO4UAwACZ4u/FPwzQxbeoHYErbVE3+gDcersJTY/nJcXjC0fxRTWGPDWKaeZq2tBNQrviH5UA2n1Inr9mKPuh8sCyc7cZhsKZe0MLswUwflG1a3lC7A+9fKCSAAh92hWAz26zBGhpPGBEbqBlTJDaOU2R8X/UCoB1/+EeRIkhNUJoANspEE2BUgmASaWAVwj/5znXxGRknJfaBOM/2Th3HBHM04OePNO5lSSQATy7dejbugO2ur2X94G+10Z70fC8D548WlHLvV8dKvugrUtVAOssvBNTDqLtc2XTVbIGFGC/KqwM4YWXXVFNf31qb4IxTSj0D70qgHZFAmBP99ZFiP/BDzJwcdPFaYDctK5iPGEgNOP9lRv+ugL43Ny9EQGgBCDYo0dBAG6OxACHPqr4Vw2A9EAxTWwsAeLLjOE/IAC0gAMnvECP7iAD+OEF2CI8UNT+gNoBSbe5SwUEQL6k11bAmWyapkwAvjRsmSJfASOP+yTzFQmgq3g3EQCo3qOCr7158746ckDhBxQTBWAnb3oW3ZtkFr0VLL3V3nXrjtZnHSMNCmAF/vYH/Mr4d/UzLv78mBvAFPK6Di+AkQDi+D9MhfJfloS/uUfsRjBuWQYZLvYIN0OG6hkfBIus1j4FhSCA0t4841+D6xRBQVrWAG0U/MvXTismJXikNdXjgn8J1ZuDbjpbishcblvUAszYQFQAQAD6IRAhhCXHzH0tzhN6AWhVgvAfxokIIPc/qifrAjQPq5qv9bEGJq4UZWCcXNTnIr523zXCDwgaBsunyM3hQCzVVb7EB1D4betC36IXC8wv5TirfAB2AbMbf5UCiCoAYlnvzzLUSICoEmA58XD65hBEs7lFAaAhIHr5MeyNATMEIAcvFF88sA/nrxU9mgJXb2yvRgKdFAAV/6zc92Vs8APXAaQzsEyICbiYEAA55ID/wPBHkLHaOwtWa0QEFH5Axv4x7shetS8QCCAb9zsg/BMBBPFdYoARuQDpc3SbaXU0kDP2KffGHQOu4Qe7xTUgsGy8Q33fTnmPuP20e4AVAMqjIIAa/V/iAyiCpaAzJ3pzhyC/s/xnqv2yyUe61g/ABuGEzHiyTWQJrPe8BuV/XqrnP80qCRB5Euup9D+x49+gVmcsAY7ps1j4rxNAyAQAzGbvnQCVN7NGWK9Ihcb6HFEEcjMgNQLq/4c6gHexpfRgLUfgyjUAzgsgHKDWaysAp+qYJ2n8Q/UfELBzDRfjzR2lVQDx/9Ez8wBqISCA4zxP5wP9QedBLpYrAPKFKDA4KQDvm8u2Ouh2HTPrCkCxeFlaLoCQNWn142q9deChlYDmF4IHlZzvlQigACwDPNwREASSR3NqdvWs2ESwVQSwTJv1noAA/eVEIe55absntZ7tXgGgz7ZqB6glgDDBgav+pgdnk7u/MyRykdgfQXVFxD5MOBIaAQkcZjyTotrndb3FLrulpsZUc6EA2AfgSQFkEwKQuzTQtzlEBAXp0eNRsgJHmQkDFA2AQfBfELtdX3BhWwIwJoBMYgNHxb0NEMqDqs48ZHGWolBbNDQYMROA03u3GT89/2hQ/r0KwFWhZc3Z3giAsisQbZRNgh6TFP/0hGW+IF9u0VulUgAmqsgDCgDOJvhzqBlV9RoIYHuBAGgw5i39AP5ETT+V1ovd1MeON7Qtj0BdtQPsaPOSBBDtL/JpARnNZCgsH2yOr5bvIIstMfgt419bzDP18oxY2dMJ3NXOkGWlPjOovYMCGDw/AxNACBKgV3Jtei2m+hwW7HikopcmJAJ8LYwZ4JiMctrxPWDc/5f7bIAKfLJLYwJyTwAyGgCg5T+tlApgjodD/xpnh37AImc0YmjnNtIFYPycGASVL2OCmrtySNu41xUDGO84SgdFOAQAWs9xXsNzGO/XWFuqPGoGgMsYMuxWmJWDjpTR5We7qAAgIfmxn2haI4BrqTvco+EvYJO1frHuOgXwsrUVgJV2gAMkQPb7n2Kt/bXfGfOn9AWYZlcpxAtd+5sYaFF2mZ2mhXBD4zeu3dJB3GWlOTQDmFFug7olye/85gCZvZEAPn3LzABLYMA0R5owsUiTEIB6EiWES9XkUyVvG0Tf2KbAnCxgyRi60I0AX1TAjhoBzkkBdK9xLF0AW9g+DOkvD4HxXz0gSS7arbdc1TO7lrjYLAW+V/RzfV/wDzGnoq1uCWiqvFtXfAArTW3reAMXBlB6M9ykAKZ9ngoRsEGblXEHrQLfPYp9oB/Ww7rupguLbx8SYKUdgIzPzdp/K86mCv6DdkTzucrup3ktOiPMtSFoQ5mifyZLzu+ky9sjVQ+6lglgvVZatwNuvJfxcWHYJAIoqgCZAXRo9RRbxAXTSgCHB9IE4VL8R1EAs4zAI4P7v+6TBMwMInBE3JQVynJIoLj/UAcAAcS+6/qzpKEREYFbctoTzMdw2YwHD8+1ajPUqxpWbe3GvsrqAWWApbe/UIHG8slRA4tQP47W+RQrAdC2utIVsBQBNw1rhhUdVBjqRTziP/YBiP4PU1YBn1sBTBrPiz/iOthRRuLEW/H/CgKo6wF1eDKM60c94GI7wCFNov1PByo8YQjlmvYrBbDfjfxVIVR0FxAtL8O/pbyWbqRcETmXG+eoXFip74/pIs0BCsCaCUPrYIUCSK/3O8dVAA3ghzHBzg0xstSRyIDyQF/A2EMCcBLtRADsAgQBgOCM7w8yUAlgqAYEcB0Ag4JfXzUEia0BtG1H/YDdxnQCSNMSlmSKU6ZhmGxXIyldpVIUv1XQWWs4mSdz5GIrgLb1ZfnvnbKBBg0HBWi4H6sAgG06pSYAvzYYuB5BZg9VH1yCuar/H202a07ASTQAz60CYPvzWvS4SJlWBIDQQHexGmAleNGhF22BfdUOgCFBqfDfqaMfhqAXqAQoNHwIn++l/a86bTd+3516JoJhnJqwneccA7VVy6k7g9803T7ZenDzUgFo5spGLVA7og/4AyWMloava2emgEjJsRX9vVYB2qIVMJ1BxTHS9TbeKIBKBdsE8qjk0C2kiQJQB8gEEBETpFcnYCbmOGf4gQCOWzb2EnbtlIcCQP3Ltv7thpEeNBBIDSNr1mXv6Kmw1qRcTAagACcywMhLdAZxVTNAGU4YDPCAWQXgb1EA7ACcaEnzSb/z9nTqyFKZCR198Tdkuyk7v1YoSvtpFz9ZX1rX0bOmAGgLxb+iP1vVDsAb/GW60ymKaCtba0xRY5LTsnO8jnj2K+wtoT/I39bMZ3VDHJKlX1As/ZRzkwjgd9auRMtVHQe2F0hMoIGG3NzZzsyc+f9/HEuWKKsdXi+3RQIkIWStckm2JULJWdkHPYdAX+7wkyyRDlIPIK8xIYi/iynFSB80PVJXNL/mAshbXtkoAI+8ISHzHP82Y6z5yUNocoMIAVyKBOBXVRkABbAJUU+aD1zHAcsZ9k0IQCjYXrxF6vfh3463ts2KKc5kUviFut+ffyxvEoC7mgIAfUW/MLVrpgM2mUW//9GsAohHPDrGPpZGv9dhVysLALPoJ28JgO35pDf6E9mEwm32QEU+SJUShi/LI1HHcbWUlh8+QL5kO1Eegv9WAZh+ACiAbrhTS21G1nh8RZYEIl+OeejFiasI4N/HEoqaZX9wJvQdoLfWRSWA8wndtBuDmece1frwcuAfs/gxGHD1N/q1qCdQo/DjKHsIAzIVPBKV/zcewHnDgx8uIxdRAEQBoQEo9x8P/pcXrXKTZMZ5ME+/og9Anr/3avlNLeMatBNrMus29mpnXH3BBIjN3Pv2K0AQANk7nPcSALCNvKoAJP6F8fFV5Z0AH6BJG/QnCkD7nhoH14vRjmLAswTEBZz4hABIPD//Jvue/+sUgqaSADMK11eqcZ7XDPm0GEu+tzbCoADy+lwB2OR+4IB3EmDktn9YZY4JLbxT4z8q+BX/URrHpxIgwlhfRZ+PeqQK+vQd0oWWbJkBnL8LAbQDUED9cAH4njnGuRBAt9vKPNoPIP8X791ABLBv0g2nEqAs2vzn6UBd2rgJwBggRdAyP/mJJ0XXPPsX5HhvJgQgLeBrZzsCCwEkTgXyWOn9MpepAICtuxJAa9qwmBHbk48kYGM1gudzHkBbGQSqwKJfFYBgulYAwZhp5oMTZSCTCIzGMgLAY1D5N1NjujKZk8xMm/B+5kc0Jt2vHJXmcGzeSd5HNU+mn/5MAYxGA9gS3USLt0fqlr+yLE9X+sNCEHhjBv2vUADjeBLGoXcGCaDox2BA6Qgch4WqRxvpX8CPoq7HalIuiPEYCuBemo7mHlbUuHcva3b9u9E2/7JHVJDcyxsd/UFFcPwXaFMxTTe8toW8/MG3YXH9UAjg1aQGLiSg84HJtr3nyTeNB7A8/irVwhxnKADVAP3NJAWgKEB6RR6yy9EJkGQegEcfID15M/0AWRbe/HMzA6/UQxPKDl+NCdiSsrqCIEAfgBEAOgoABGBc/aqWOEhBD8dAKxsDkMe8GQjwNVPKVCXnHhnuD7ak1okRpMUgeCdetGVtCWA8lNzJ3MnPW5OPCKsRDoBVALT7pLOmyBJIADHehwIg8L3dhx5l24UIYJAAin2+kk3yM7YEYI0JwGsXQNGzbBlsxLiJqtO6l+H5UGCjaPlXRIp4VOfphtRfxforJID21YzBv40LMUDSnMAjUoSpAkgExQw1KIAqAjBEO9omlIKuOn5lnQUVwpPGCcBwQMquaDoDx46DPWM3JowC8jqtCe1/UQD+TAFY9j90wATIfBn+Nvt9kzpD8Y+8HbrH1/cVgzHkL8jDwHnAu7S9AN7ZDOPfYAB9K1OQ24lsXJ7aQAvv3OhZKP+A+EdLANKzTvapfAt2gTmzazMWDKbxZwMBtKEAGeCjpo0/7UABDANJ/04aFeD+2KKac70IGcCTeiYBrrUY7yMTgI4BICMiWEng0iYTQMo69e6yfTBAzTtYQwBci8/U8vFe55jF6LLKWhb++MLaKAxe5gJmatio+mm/r9maPsDhcGpg86oycV5XiXGJVKqzhCv6Xy+cm1yqhF3Az69cpOAR+VOqArAGAghm1SgA2YKovt4GAWyWAg788dpKgKDTApQDKkPWf7gAiB/Ct29HAqqT4b7dCaDvxk3lK/JLMia9Pnte6L+6c7Lr7r65gn8ZbA1AnroAxX5qBLCddToMQP8TBVCsAn9DAAnqXxQAoX/oIpRO8NZcdYdgHqXwUP79QwlwKwogkhGwKPv1vm+PBAWWP8UeRAH8ZRkbpIcrqvFQI3HMBFAl4RUKgA/gRxfv/Hul+hcr8KcvhfYeiQlgZwKYGwUwR7KDAU2UI65rR30CUxkKQMYPrEyEygCl30EIQFwBxn8a6J09+H9mZwKiFzC7AOMe/DN7kvCm8pS+3gsIlfXkfkAhuBrFDH0093YkWVWtVcQCPQb8Q220+Cfz33YByikmKIDlMUvkqARqZBe9AJkRhmF7cVWY1asuPyGAER5leqSXnzGMNCecn8cAeMO7Nu11/abSoQD4Oiz5M/SK4Mn/hUmDBhmgG2YAbyTAqQ8Qw8teIgDDE6MoYOfcbzr0L5OClCAghpVWCmAcOh1yR2sbBchLGIMbFmr9RQGpbCvtPylzumzsHfL0+3llJ6dVABFcWIzgnwlg5EqQohw1CrBaCZAVgFYfU/+DxQf/dmmXH5zOYDUANVJMAP6pWcWum/BlBYBqOSb7DtZs8BKgAGglEwKlSeANDBl0lCVsxh95gacKwNeBX/flrKAiAEQkTd0S4yqD0dfS/UeG7zpbJgCnrRzDRN7cqQIwBED28oM2ZFPYwwN4TgDw/KWDAin/hQDo+N/D5oOaAPyJOclCzRYrDkCBLD5A3GDYO/wTAbjD79K4H3cASJfAklyUbsC/nLuKjiFu2g78MwFo+5934AQEIacYnb8zAVw6/WbgBrBvTj/dVvC/ZvyXCWPIJbUo+Nno0YMD2KkZke0AiUH4P3YVaqJXQXEAeXGZpJk3+2pGE/hYuIMuO+cMXsb+jADOTID35WbHxgCC9KZAATTdAMj8qWAPxVAURE4BBrcC4OlcAD7W1jj5kjkNHE9Bg6FpKR7e2hd6ZvTDrokI4N6HynwViDongBEE8KMMUMBt7YkC+MfAzZqygCGAUZv+cRl+3+sEX/gztw0/Kl81kQBhBDmo1Zk3scKzPaUCmHcKu+a3dbAAr3izJP8Shz0bM+25U8QvhT+2MJEoAMG/ugB2RlAYnBuGbly4QMCoiYEkBsBpgWl4suA/UiOhH05QMdDpYpSw8FwwqhRgCIAfsWHAIy+opgYsK+4DeLB79uh7XwMweI8pxeSkEgGsXyIA5No+wflnXAAnXehmQBYIoI7Zo5IvCADFv9lM3RA87R2t+GrREwZ9P98KAmgQ0BEBEL0jQCM/ktzct/TY0n2IhTfE4PZ8TgEQof8w/iEBPlIAiAFgzbqXm/4xBszewgBf2YGZwGDDAXq0Vsl5LwFWtRujhAggzHFemQSSDEXglQ4Fdn6Ys9l/ZpsV0OS8ql2A5VAAtIUCOMIA0Tn/1uXjtuJ+Iw5IKJTaxw+emd/TRDD9cEdochEBIIQp0X5t6w8CcEyaen9vCSClpPhnK/MAOBHI3l9txhFXJECpUPJOAQRcafN8AiBA09gHsdY2+UYIlgFMVkA010bvh8reJRETA/6rkiNyQj0ztt8LAqJPQiD8n+Uxr+Sz9cB9VdN5T9vW3QfPH1DbQD7RR70AbEkUQN75Ofx/PgZQLogBQAcM1PTvHrn4gkcGG1pD5xcTirCdAbJSmyoR8HQo0D5kLo3Bl6iQnyNPA3yYfsn87javk4HaQsuhHoFi0kMaAhgrBdCDADAWwHfOXYeRpgSS8404IOfmYyn+EAIgAXDom0OdjmkJXjvY4TpNHA+cOQjIplOn7JQgNsK/2K+8MBPkr6Mj/O/X+G56efDHk3shAPQCfKgAFHBfTlUB/JuK2KEqi4s8ro0EkMyA5QjFucIfgwDhArwf5mtGFphCgt8tkK2dEuoSLMscyQWw6CfTGOAyJCKAir/cZ3oBRhAAU8CP4X/5oBcABIAIgBJAtqUCfwAFezHqzXrWuLfNv2UA2cJTrgzE7/wwRAbhNFF0e47EvTLmiivwpO5yC4Sv0CYGJdfNKABTUPpF3y4RwMg/oukKxJRAln7Ohd/L0nVNT2B2AHQa4JaRuGomgMlX7o0b8laGSPFGKSB6ZoC42hTh0k2g/QAsAra0Mfavl8O2veeSwPvWKyZd8CUvWCEA4bOvxwDk+/xG/xObcbqDYB5iXagAEqBEAoOO7cO4Xtv6IykIGAC0ghgADvt+XRBbuEHeeShBAP5hILHY8lZigDuFMWH4D37QC1CakaPX7QfgPw7LkyCgVQD/kBhAowDokDs5/dEHa9LbDze2ad+PYwIaHcT/rD3tv0NLljoOFFJhAUEFKTAJwtz6641Gq3W9EoDBfzSBbW/KSb8cpMQKoG9iABgPnM2vzsW3TAB1dbBSHixdtgs7AJsMArzVIx0gO3mKqzUdKNLtkf/vk5N7J/QEahNDMcArFADvl2ygKQsAL1/Xf5b8o420SwQAW9N5L0B4JgE0Hn9q7hMKQCwUJVZB1Tj1CP+Z8UA2g7A+eOh/jyNR+aJRANAMwP9XOtuPqiP6XpaFZR6EGZkGkHtqCIYhct8WG+Wb4Hf2QRBQPQCJAcAw/g6Gepz6wJNUXwxw6wF8QQFwZ9996HrM7kdhFtuya2vlwQHynHY0oO7ILiRAOEkvy7DYKArAkZjjZGyetwTRcPMNAfBbNbPtoiiAdiCQKoBf0hFgJQA/mTT65Y2bf3A2z825bKUg0IOj7awANAQwHS1H2UzFyZ9pFKBSaSACS5HBMFUKAMkBVQBQdvBfqgFode257lrarioAOEb1uC9EAJGfCQXQbf6pBYflME21fg78J49BrdsWlyneKgAJDDhkBeId3tppm7aCOJJ0Gg9ABUClAGwYEYz0NUMhc/kJ00KCa8XvIgHa0nCkbIUA9GmTC3UxAY++7IJgJNor0Vy563sEUGJ1QDYUANnrZ8YBJOlm6/pblJbcWivsYy0FiiF1b+sAYB/Thoyz2aRMcD4GnSujlXzkpZifHIvrVgEE4F8VgDsuZi5ARwQALq8mBEACzM6FYVCSxHwAVePslqyqADDdCc0d5vuoMJXivHjQQRjEbHVioG0TLyUbiQB6SZ2kceUWltp/P/s4P36zwDHjqYoCCO0SqsGy6CR5kRjWkyj/OQHgY9gIYjmP3kMrZ5yAoPP8UR4g2IXZAcCmrRnq496PAzAUIGf4TjcAgoDy8dZlyZ09fb9rbJYuTMicnT0l6QQogo7HU9cJv/2oiu7fueFQbNsRLotu31tGOG/1kcT2CiJ5TwCjkQDnvQCU7SbvLXfipesNLrwhAM8rGHr10aNuB/riPHqkYQM1CGXLAB49S16UoBpERsDscUMAgD5Ogr/6CQH8ghuAEiFy1uSoJ2DsylzAERX6yBLn5XkQA1TZAKfqv6kt1IR57k53K9e5TqAUb3VHQNqK0MS/bjtGaPbyAstcmHjonCgAmd7cx27pnroAqH1jo2WuCJgW/ucqWhF46Hk7JQgKQG5jPKDH7H7t4bMMIJSAw5qU3xi4Jw8ZD+DbCuCIPOp4pnkZmAAwQIt/DFYARACPDKESxmT8u7yqp1P5KyAAq/cDzJdVHUsX3YsI0bZz/El7x5bFYB5iA7auXCpiI/eVHrtn/F97ussXsxjzfHG4E+hnFMtCJmRAZijDSoDYfuRWAgRa6hzScCKDmOxprzH05ZnHKmKXV2Y24K3rOkRzSxhQGeAGCfAgF+5NRgGoSafcxhV6KRmYYQAdwFY5qUhnhaGvmERTf80xggH2fntsJS3AwQKvSTRjdxGYhS6yreMQiABkVgU7M2npet8aE5Ea7wpuBWxPmkQ76+fpyDmlAVsNjMI4mKwGBSDArq2ezONpl/cQ/2sSfgk8UWzoOBg/+cdDAcHUtDbdD/oDBiKAbQMB5CvvcIXG9MgEkPiVMOjcKAAjiYED6FkybD5hFWQNQEWUG7vx9TbzYxidHj3fNPQjrGNqaFvpbzdihaQajwH6vxUARYeeVpLQbuM2JsSLM1k//ooBotSYAQGoZfJsKnLCCVAUs5u+/B7HxPnQoQA2rs9ZYkOSDQQE8K4YUNH9kNoYKVKPBJpk7rQywE6jjLer2EWkgAw+SFuUxvnxWDOTU/KPDr0AEs1IY1r168aVGQngP75bxAC+FTWHGfGTGcCmGcTIHf7gdRd/uXjPWymdVBcLhQQoZmoO0iOwjyTAOStg2iJScCxD90hEACrILmKHB/DIh+O92BhA9KHBPcbSAm8G/0ak8WP6i8lBzqgGG6gD2KIaPHaGIzBdnaMK5+vpn8Afu21PP+RLjftjXZk2g60FUzFE1i8W83wDKvM8ZN1bx9C4AEnIkUEj8MdwQB3Mw04AOUzpEAHF/2fGEALQhMCT94qldyl3pcnPeHBklQIQF0GejuGAPM2MdIkIAL7ujP9Hxrj+v5ZUsgBtQywEcD2CGUQAvYzQhjEug7527b6XudNfQwv4WdnNVsTNNuFnZJM2XiU+wOoF/Hwno18PEPjTWkgKrIJJxgZCiCl+rqy2Xg9WqX5Fx/m2knbNsAbQ/0DPBHCPhQDEIHpodUNzqHtnHoDDFudC0EQ2bNY9huswSTypZII8IR2rRQD0KpovF8j5Bvw1suvgIe3hOThGOQkk85QBFODYRXvK+7Ze+DMiQQsc8XHISppHWq0pbRxMJMhJs2k6AnQ0kHPcFzguXYcwwOW6bUoZq6YDi1AATfpfWWGwuVS3gIdDAgAK4Eb5Zo7MANWIpQx/0gV9OD7lsrK30N3zebUHgYsdggB83f4rAdhMBVXo8hv9Zg6SG2YQqDvAP/L98u0g9QI1rY/nSwD6bQSgQqdlgDYI8O2yu+CYdbmnlDRjO4ZkSC9gdqmjywY2rDkl3AyEdAMTrAHIjRlaMK6Ca7ALrBuUsrXt8pkplsWAfewAzTAbA9DF0J/hmactS6jxbUH0JJl1SwA1W0Rv7CUeBVy2vQ+iR+NNFQBdqwThtHT0c/ZvHI59RRTwykOSqJkmCoirEAC0vjR64Cz8nbCLbgLMCNTEQPujF0Ovs04+4KpJQpBD2vK7eL1zDoNDAXBQolMCgDmFa+EhGH6Lr0NFtSnwaeKC/DOBboDWcgDvG4xL7QDtHbCl/6AyrAtQ4oqu9QF+YJK9Xwaa93VkaqPVRtfMzV1Ky7B4yLpAS5VsH40kIBFraLY9bWeOP7bmbpj8jWqQ27Y6tnuwlpdgeBYkzJOnHHTGZgkP4sHmzjtnAMe7lgJwwRji5iz6B3kfeCUCkGXvqZ/x/o/71ZXQ2bWqEgYnoPQEhP5tHI/qQAcBkE6nC2IAwc8TfAAA/0kNyEnugwTwPqJEgAgAWjRxySWRZfyTA4CCit146YaxJAaEAqD30xIARtvJdCfY94FSPsChzQFyTPuy0/pQ/c9r8E+Sg2CiID/kZO8Z/tHC4oxNBPCP0gKDqMNCpaL5F0HhRhDAMHQl1iT4t5HQpv0/bYMBKQ2SmqERAKRo89aCgZ3dOdZYNfjnxZzNPFK9//bwIBu8ufbNWH75oN1BaLaBvUMI7V/Z2iapqThSNoUAeLWRin7Lg3oGX4+ghQQQLV+cAH994yzhHRvzv7gARQEgJXDNa866LbYkxQTFCAWg+F81rwc0QH8V+O87OwAORBd80PLAR14lej9peUcAHR8OAvgD/OMDSRjDBVrpyB0QgAuW6YBV1ezOY2pwrQjKFAFbPhix/WqGARYjAdyfagBkM0/LUnwACQH8Oghg6ygGmAKblhaWr1lUKCBUAwdyHDuxrFVFNmAIfOi5oXnGtqyxauU8tmbePoCNI3DiE2Q7S04RS0tWEt/8TA8N4N+QARFAqwAK7LgZty7AYfvqsgBIVP+bCAD4t8XCs3X8L+zeZDAWTchh92+/XiUGwKyiBGAj4WZQEHYE/5iBIzkBkBXATDnjDcGfhx31kZ9p+9eRFQgjmtLY9fWvee/eKYCrg3150pyuEaQGFnUHqTv0YcU7BkYwwgNfvcAW3X3eLmjZ4ScC/lZ4/GltAP2CNQigEmC7yiAwJoDEBLCW15RRxKwFbAiAfTvDAhYdwCgGokHy6io0M2v4fDiz6aCTPbmFV6kG8yuo7cO+NTxc7eOzQP/bfkDLb9Y+MVbTPQnVundhgSHbaa0zslAtVQxgX/OPdKfy22PwsZrd1YYBRobX/fc4dEkq9Fz0aGUAzAZERM3K//PIs0qAySv+QQDXTdv0QgDsbZADgQiCPJ/xDwa4eSEA2MAE4GoCyHfg2/qefywG4DeLwzutevzRYNu5/Nr88x4eMRIAPoBRABhJgOWPqgOxvKKVRxTwUqw4AkIA9ygEQCb5ROUHUgI4QGiaZWzNfij13q3NxC+NpMcFMD2MX9fccdwJTtDdtrs+tMN6QTPoVGxw3eoRHAZDo/Gx0DSULIu0f//Ndua9Nf/Jl9thnE3jjSZARIoCXsVqAtDkQPLv+v1b8wNeshVVvpf0u6gie0gAIF53rRLAp7AKoOB4xbTgY0P6nxMmGEaBd4i6tZLe0Kcu3Sr8D60C6JbkvoQRHIN3fwJ77Nlhz/Dx+SYIAKmC+ErrcwmAhkDvsZnBcWBZf+GTtRRHUcAlJdJ8DPvc9G8iA2h4yH3w6uyUqUAhoEtRkamIw/JcmAsBgFyhaA0BxBqUADPKTFUwv5EdOAcpYGspCda8N8DfvOAzAye1oQIQQPgTF01cgDPXoflTvpTqbexk75F8gPu9dz4ecbZfSgDx6At00hcYIjFA96otANsuIgB1ATEAHRRg1T9MJPw0u0kUgPx2KPQLH2ATARCd7SNFiWGv2cbQC7BF4F8JwFkCWN3XFID1ZIoB6zCv979TAJjjozN4GowfK+fOJQA8KDmjHiEH6Ysc9vVCnABhSMOQEsdkC/SvjP49PXgqzSI/fD5cYmDvxwFGNTT3TTQQq3B4siAS3n1HJZD4vMamlJoUi7yXaUCJQo+o024bKlKcWqpBUw4qq6f4GHTbNh/d/1hXnZp/mv/gnLqDC5YAVv1S+rTT9xwc9Z4rAcAJsAwwuqIB7l1iCkA3AJkOBBACMJ1Utq03fRooIDzPJjXoTcv83CoJsJMHQO2/nnreV+gc83NJ5UpSAPuhAPbhRAGs8QsSANgHOBTnNmAntzAYF/gX44Npc7q0d6AjAW8aQ4exIDOgrL+THLRWAPtwT+mBKCCVht82riBbYoBOst1OxUCNGgLQuea2qW1aV8QATJkzkaKNg19DH9gni3mBTbTSg/UBswv10Dr+uo3GlE+a52APt3GEK1RRTGZPvfykAXCAfhMDWLeUZunqZPwf6cEQB9SuAA4E8r/sbUicpX+78CB9MIB+FYFNwWRDlo2DUg+OnWfkBZPE4RX8aebHg5KARs12MPEI9AAJgLGfpUgQEQBNd1D8HwTgGgKI8UtuMuJvaGCDYP89JXjaoC2VEL8lAYvwUO03QQB0MIhpENBSD7oZDFd8jQLsgMY4ZPJ/7Bv/7twhSwSwsQJ4W/qgpURCsajfEwhAGECxD7ABzri3iGOYK8ZHQ73DFM7a2pfGPsPe3fiS9wF6YQQvu4HXKusBVasAvPEWdNVQAPSNuRO6wKmnrI1l6T36A7RnO0tU18QAMA4g9hlPqMhbzQok9CM9mOYGeBgGyIaaQnU3oAx9dU1/hfUG2DCflQlg9mTw4FAnjDsAS/ZxL/Iha4bJz2k4ElgcY4ln0Wg0tTul66b4P1cAZf7Rvs+UZqDrx+GfOSPM/e3t99CN//q7d2Ht/v73ms0Q2DTwhwaQcUHCDyAARa+vB7tb191UDQ4nEQA5raza/gIcQzufLBFkHwVn8Nc7+ft9SdQFu5H6T1IZfqMCTRwDFOPBVTHb8RV5JgDg/+mQOqsGzobnVm5erMfl3IzB3cft/9G+I9SLOaMMploB2Ei/pauoZzd0wEvNGHqe09TBMHEMp+8TgM92ot1CE54CAZACSDGimx0lQq4mDuClQeeTEQNkAgADiACQgAtcgBroVv5bAXCk1J/mueoIsE5AyQFA+I9ylmkuf4gHqvLoHLHZh2NiWOquXUsArlUAHxOAUIDtgjGF+Bmf8AQAVTxJ7jXOv1KGly4AuP4t/OHgk9kYAI6p3hZCBl+sEWBUA7fF3TB0aadG/0JVIbg03JaXrhtrAmD8zzEew1g8m4IHQTNAzO7YsFnTJquEt64DYZguuoUucJGuDHl6atED4ABsK6jbAYughYg1dMfJMAMeGEXblgLMwGaVOt/VAAgCWquK0ctVYgCHD7CnLsUe4p+WHjEAdAX4AFeTNMD9tSPuJy9Ahg83tcGDazsAzRgmRHYxFIigq0Fe8c56rvb72BLZvu1R+eM/8hUScU6V0qGzBDZuGVK6joL/P1UA/yIKcKAwhMf4Atx5RZ3iXxGFPABI3o094YBPLcorDglGrEjQ6J+3AQpTs+RD+Q9HkrlqH35THrb9ek0lM3zelOLxHAMUo/kYbPqCLtb4R6uKRQxhQeyL0raxdwQByVT8aXvOpoPdGNxFInjW/rBYjnb6PLwpg2ZQFV3Q4XDojqYLs+7IlLCgNTPtCeD89oDNv2X7q04AX/8RKgWw01xZEf8mNaAKAAkEHpVCZIi6v//mxIBJpgMhCMAVANAL0CoS3sXepH7mwQCoE6wRnGu3l/Bffrk+6hmmWSMNfMNVNkH4Bt9v+1C8kulPFQBRgJ3YRAb5nQ3fNBi3+ibg1aoC0GA/3fHFBX8YJRbzGOQHCgSE952z5+bUjmGOwcflbSkKIJtWhn5Qesa6bAZNP2M7voSoeowBZ/HSKGnbRw/8+/ZWNjSbTjwBkACaaP+/jHP1USEJsjkv2yjcVNMN4G87McAGR/Sw8QE4irkLA5DJjmsYQJpnVXM/5AKgixwCwNPaBgG7bmX89wX+mBFIpp9OnQCkivPDP0sqFvgLmAxgKgPRIhcYbkwFjJDwxQeIpiOg0/IDPfD/Mmtwki/zPIE9Jwfzsc8EwH+K6UcVgDKAAdkBfw8XALSOEkbN8D6A91PYR9k/KBF7Tq+KSI6GD3D+s7xnbLQi+stQZczHvrH6y2tmgH3vuu5t2CFrX6QMzEFA0Qd0AvhWZiusqpsKX28fAhMgo1Yk/5P+GfQi0w0CwHQEetr1fL/nsxPqC3jLDu+fDUsga71/IRtoFzYEMXXYQjOuGLmGXD0U0H3XCWi6EaGxg+2RZgWgNhMB6Fxb4F/hT1cGYV3tR4KW/vUtZes2PGvtVzpn9IBmi3vsG01gch4ZRy9S+L+UAs349ziRi/IqniCfzelZmaXQ5y6RGDrksi+copTLD1BpgTVw6cRq9DRBJ7J2y8fzA3557H2ME9CDSY7OgEzB/14H4PMepIEMgID059CPKEA96ZrZEweY0K9YsJWCwc8f1dx3mrZ1oiDAyBLgkYoK0Jx8v4d4pDfTboCjOrmHArDNJZLp8co41mIRZufv6X8M41oDM0ABtxII49vFfGHTO/lEN2tMAmAAQzX2PfHN8lIhr3AgGT5NkOCWdQCcTX8CLxGD2s8FmvtkLwCODVaMWgKIfTcSASC7cyX/0RF4M2pLzuLjG1VOIlQeLkBf9QPgHWHU37mbCQbQrAAggLTtiS3DsP5qHtKEl1eYMgnklSQfMnk+Av8ElLckzUxh87o8dNrq4qWNo8086TDruJJnmc9Ip/Qj9T3qfP6GuQTrAD90gOkCVKsnAziv268scOjI2uKgdcZj6BGEAc4EAKxy/5XmyPYla/113zfqkEnFtp2Te0ZFfYkCEuL49QEAaUCftrEC/3IDMt4Y9DdK1/WC6tKyZwaI2sMFEUCI1Rs4nIDrNB4YXdEITwf9VW+JL4cmgBzwdoozBjJ0RgLQFQmBLfrLgr0vlUun8z2niialikkK+mACqAcAo98dYcAq2iKigi/+jeoGb/uuBMCDAVEfPFRIcafjFJFmr86/Nh1R15XkZtH/K5Kl8pbn9Ub8k6cJ0wrQ0GkYuu+7LrCnuE5mJgKBMKZEBPZKma+jbydnjX2Ms8m+ZhwAgNKCv5jlbtHT2tybtf/s4pESqpoMgNYf5QZ52+Kfr+caACIB+UbIYtb646Mkgt5llTYbA3SlGyCbzkc6UBEZ1fCscTEJ9hT8DM6GBpCpxh1YLk3+yj+lUQ03mOcHeEc8g1jHAx2/eBP14zVv9dAJp55ENJiBPmY20/CiEsBpuuGaABwv+kuCkvHrfMsFgOFXxyz0ejZgUgWgs+djxMhbNRk9BRGgxD7cE3uEFzsWaEIQQAFrPwseQJQZBBBQPZCEOpUd2LjwUDM7LLh51BusAvCgCYKEQgB9l0nCzxDAOBkMf3vza/ht3W38jzeAFe+CBkAGwRCAc03HPyQAEP4RG0gqE0wLEyKC96+3USm8TiNqvyeY041ejJAsQYClhGP3YnkndaPGADWaFSKZSgLFBRzt84Uu3BI7SHO+KCsgW6VKc1xWpzV06KagvbTagDpfo96YIP5Nd8NJhOIZIbWdByqZ5V9kExYGKwCgyKC4nroA7lsEgNa/LQ4KAmD8y7gLZOS2kQCthiiZwpkBrm8LKcF9Q1ow+ADh9KPYgQFotsWUTDkBdIb+zjONfJszFSc6z9evIbf9crnk3XmuH8QKyss8AnOkcOwnsqgnij/kALBn4zpmPjBfQ0UDBvQf+ACm9wRpgXmL4gFIU8YrQwDnDIhH5adBhsJuIM/vnY3j27D6oJnfSZfB0bWdABYzWKGt1QelA791033U6Wks+EUDrLwpEgBKn2zSSQC+7EBlAMNlbd4UEH2YGW80CSnhGVbVcBCUPVSHjIXvhwGoDwcxB9n1RXPP7xWbyLWWy8vBUTUB3FTfV2n1MTH48KxiDw1Ayvq+PDaqDFkOZAIwEgDW0BkmM6qDEhADiEruBf7S/AOmRl6cx7EOVtnJU3HTPLUypLX63LDVliGtFIBXKsA+RgGcuADMG+e+f/hIAZixurYwQLOUlT5ioN9+Tng5xt0Rgl6Xt/v9zdj9fh/uJQY4afBnzgA4CECjY4obutkk6jEmd5bW2uHKzy/+Tx/zZy7/kTXGUpcmL07+NxIInOT11AmYGOy0muRs2LFj+rCfDYxSCRKwmUkQjLUgykgAk77UDOZu5/n+hKlEPVEASYOAfc+h8OBdvmpKLTscKBbt1JuCl86vFBQihZ6Pk4iMqXhwGm2qM3nMEACaG1jdwQJ/3xboaE7bIhvz0nayMHnLSF+jVUeS1uJfDb435gIhQyCoWPqtoP8g3M9FvwvP7gT+EQOA9y8tv00xbOPN1qFpmgz8RCZEm9LdmtDBv3YV/HThfunLJQQPAcBRPtOtZyfa1aagOwbwR09XHa0nGaZdOIDJ4pMndMAtgI8fi9T3x20Ih5tqgVaa2EmAcPvVJsfuih7bjl2cGAJg/CPPsEdu07ZjBtsvGAH1r1wAYy8HX932gwB4gt0/xjSEF3EC2gEBeRP7XvMEziWGH/ww0AxdYoG+KACpEeiynfcx29QGE/9HJygA+crX8us7PO3c2kNqWUFD04PDQ/VhnyIABq4JaFi3H2u2YBUAzBJAMQwiNn6AEsu5BICA1NFIwLq3ggL4t5kY9GbbL6MPQmOEeKEarLXRTRou8fctxnAIv7xzIQII/CTFPyS1dbAxn5dhqXcxYL1/5wPEIwIaBOtyZS3g6logGvrTgcPq+kdjvjDBhHC3bviizomdVoi+ADunCc3/hKRGIXherNW4hLSE/QwBmBmhTXHQTACpQJ26vofusqW7EwlwtYFAmRt07VE29CjLfV/2dc92W5W+J013+kFf84RwugkBmH9DOMGpO+m8Bj4PsGkP4Z9ZME6aWrDgt+W9CuSshcOqjOBGvn+iS4AMZ3fVs5wGI5r8AbUHgDWugn9MMXzfT+PX65C0ICcX6xsWrhYx3NP1b9EfTm1mChDADb8o8K/dfjBQgIBO5+Yx3hAPKGXzNf0b/ijkL3rHUFVS8IxW3kUyEHVoxW4YLkhXZSM7JlEnH9RvJNqqQN5qgElGxEKGVgVgvIo1BUnb9/ITswFRlg5OgO0G3DIB3NgDIB/79+XXr+tdMoSL1RxAl8talQyShsiF9Xfa9/UYMjDpuKFTxY24PdpSQwH4VX3l0H8idy3OoqMWQvip6dZ4DVqbEIDp0sOEXvnGYdCDsOO5FW2cRAbbvKCY810/wKbPtKEAm5DdwF/1vtIb4gEyD/eypoV+aFpi3Xbvy3C7dr+81/aGpolpLTjkA4y6VoybIT94HPI7G3x0xzuaqfKAH+pcxDIUCJKgPA/DAhT7mDbMW324Uvu6xi2JI/B7RmdjLWjMNGB0h4e29Entj9mgGLTYT8UAaWWsygl4BQFwemAmAK+5QaqS4TeVAYk+LIr/qn4J3ZLIYV/nuuqha8P9MAhxiGatEAoB4E1X4jxP85ptzjaB4M4pMV9Nb8SfmbIVdiEAYF7kP9Bn39YBfxgfCApASrDTxdv6wMj/RSuTZ8xMVoBiaMpMAPUgAX28NP/7tY/jWrqyZ5slf+2HFMfxEm/yWmMWAKLq1NuHGQlwg1nXgNdom2/qsaNkDc4pcPcv3o4CZKyy8fPN0SaFAK/NO4ViEXahxwsByFXtffn/qh9AIv9Tjf+6wB8Qb0ngW4kbn8OgLVsHBcAxgF1cgKzb7pfLGCU5mKD/avoDmQCEgTEfXuq/L48YCZo6ZKDJ6QyzrdCB5Lq7tLT+plduasLpFAbq930l6/cxR6P/waK0SysyLn9u/utnDmkrnMBCNRoI2IXqtpwRrPHtqq22+v1sJlCA+yjQt71+eAM2MaAsaPrxS8IB0LX6esGtyfu4yCz9ODNEZdpGiDENV3+9dpfo+UlbtrF8UoUHRL7JEK6xegwRsqPv9REGvyJW5wFwbGdWUJMAOLqrzHgAfm3dq9be3mPrfcIRheLRhz2OfDK70VYumJgLJAhQRWvzEQCuCQP8mAsAf+45AWwUBNwp6S5jLdzv0TlNDoTJgVeQwCb9/M6ow+LZdkOKM5ufY0QX55mZUwQnX5fgf10B/8kOpQ/G/VZalWqxkogq791DMXybP0IByGKAYUZWAzSVvBoGcGdVrzS5qSkD7p85A6jA60wnQFkjBgjse1pD2X/WJCVwWFfnYhdlJEvJ3TLxteBm6WK8/vq1e3YMHxn/Y2E6GwIQ1JvQulpQHPHaSAQcJ0RBBxQKQNVwTheo+vZmkwTBDOL1IKENeeUSh2gli2Uy7SJEOONJNaIiAKCK0TVEz1PgW0f2RC5/49/rKl2HCz4UK4CC7ihTYqrsoHxBJIDW+x7BADirzmXah2VWC9wN8kn2Qu4cZgD+dW0KIbyUqR+LASYyojFdaIbCPoeXXQ75JP7dZykADSe463CFgoPzDRCDLjGspnUGHJxD05+PXTW9EQ4ZLyLCnADsg6dVhkLnx35oL0QAZSz1GoJP8p0zAXDLRkqAf7A4RO9/kRSjzuSlG0fRIiuEdZMMiPHntZ03NXyxaF4qj7n+B/54nE256RAAEC9AxgAC5bRtGGCtJINJ9GtDgM8zAuM+PshOCZok+F+jH4VA6NAnMP+Wrwq5DTOyov6dKwLou6UaCViqLB4hwF9VQd6rEEDqZfaTnfCH/+G6jOQFzPNEFoLBzVPKel+hX76w8pBcbQIe8CvqCBvb0+qnl1X8YX7ajzT/bdhMwaz9X4LXswy+ssLnbfsDsDwvMFAwrfjX0cBF+4MsTGJgjT0iYYllb9CrIRu5ELnwj5LXjxiKQQEw+NnSEjPa2fKXP45j+VgEQIuldqhtAbZJtAMRYJBGNw0FRCZBDA2+yUKGkX9tN6PVB7y19NNGA6BPTpx/7LFNZujfwfrUScoE8DfvT4N3XyQBhJpgjWPRKoB4rQigl99JswOT0Q5zAAgAwdLQagvuFOy6xH+PmbpBLGxac1pIVoU8mXemLJXtKw0oHKBDhbSAIF2unDzsMU9uVWx9iG44GJ/VCdjRZpxPYFL8YVsnBrd1xIF+B8TbDW5YUw/ACgCjAORW1dNqntdeWkMmOKKHh/5CmNFS1XRf+hgLA4SwkgLgg5E886wQQDZx8oGs98X87LNsxFALi1qAyyQAPdaKfxPCbwcggZnwEBYUHPB2EdZSE+dfev2QkUtq+TIBPDcEZb+gAM7O1M4zOIZBgQCyaWd/iQAWUw8ACkA9JRUBmMyAljpQQFCaCBOIaLsFVdTL2rXTiB2sHCxu5C1W5cOuxjh3+OzUBfg49813Aq5w2Kbp8HXQhD+L2KGfrW7FLW7hsp8ZDoCqQLsPvkB1oKP70SYSfjIcoDFEkbkTBokXw2Ec4Cpxm47u5k6a0HedhAB8DOgubMfOVK44kGY5oknTYVS5KQMCDpDOOhjQXEUIYcopeHHzpgwDaUaBNneYDQFo+B8/OOomkQK4fag2DWC+FQIwLrRsrAKo0gHQwjdg17Joj0BXJ0ELhgFMqZ4QU/egAeF102OjHc4mLQT4m9JmRkQHr14eWQ/8b5dLyVZ/3V67xz5PmqLmE9GTL0zChnJGSBJ1+ioFLsX9oQFU/xuc6fj58AHqUQPUwF/vB3s82UGkRV8dBGbXwbUX/BOrSYXZdNjmsefDg/telADkSLqr9p3ZAH/hczXAqE0bgIsZqAMZEecK0P6mkwHowHwTasBEG2xvAM6IN2UhjghAG/9/EgOw5C5s/Mn8n18a/+ra+4wTgKUlAJH5akB/JQJ6QldKWjocFCBmhLGSwGPlJtJNWje+ZSz1AFxo0I/HQTNByv/C7b9SjSqUqiEC6LrHf+aJHdYpfAjpL2ZfsC4PYCv4rBV4OCb1tVGAUJMAgnrvhHq5WCoHjaDlZtERECYAA0ABwA9xlsXwlT+vaej0BXTfwXWZiokqYAngZiUA/gxMABhdgxYeN2HyUMsAyg24x6YIglMIEwVggv3e5vUBxmVrKxdCaDwRLZaJqmpH2FP4o5HDr/aDNrOd8ALkuV4sAYyqn3mrrX7d/pcVuwBdutkEASEbBLrpdVBATGToswLgbL9Y2yohxl5LaCYAhf9Ohcm267bR9aKWCSDtmQA8t03nFGoGI7RE6j5LAVYrYyxP3XfXOgEOewG30fWOV2omieEK3kEScOsONP3AtqyB+UEsBZnqgybHiu3ImJS9KNUSdwISASj+WQE8HQiEPkHgtPG3G1DRo9jFcSABH01BwArYJdaofQP6yiYYAGIBuNvFPyljYm+zSVQX2SJ80/T/RPe0L9Y8zVCACQIeLlHfjSM1ohnqZKXJN+2/PCTZwtNWlwt4RwHNsHJ9I36eJo0ot5lo8CT8Hy38HSaZsAsA4U+Cf78SAeRdsi4vl+wCpHV2mQDIPgKyFS4fO13Gm6ogbHs0bMVflQE2LmMNKgLp4XCxpI56PZjzZMYB28ihDcQg7xRO2XQC4ASY91y9fmPywo+ZT5IJwKmBAGy+b7jb8LY9WlZIadvOA2pNyywoxtYWAS9wP1jAH2EJKAQbrcSp7PRA3/gFT0iBJJElgPIcCN2fslnMnaV0Ar5kF4wHAuDWnraN/897EmDvNpMjKKKPQwUryuXwXotzgFvflBEFLf7ZQACOCQAl6juV/x1du452uB9iepSpl+cCAIgCZ30iWaZerAIwaoYXAB9ugP0aGii9GA/dsqKhghb/RWY0YQCIEzTnTV5Q3TPgl09iooUO7kQdzKi1g5hTYwVw5i/LSrvvgCUE0uVCVxCCPYuFZjPkQAGsYwE0ky/M68rbpx7W5gnBxvCA7ZcwTCwUwpr0J03jHnN4hn8AElYnBU2dEABb2V7KVZDP90oMoE+pV9PewMmbaCCQ3gQHGylSw80C8XA1J8Sc3ykAifuldNmySesvdcvHLq2TKoDPiizjHX/kAqhgN1xnE5y7cD6JF60woAwOkR3dWm8d8gBoxOCjCv7qdJj+R9naCDEWcAdYwDKirfhYRyKkQ2Nmg4sToi2S286bqb18oP7ImlFu8srW22zYBFgHkWBVFL8/JvVZjvCAux4NXcCGA9FR0DICXZ/N+5E8BZDqP2X7YeEsuA30NwRwu3TL9VAAYheF/xX3iQJICRMDtQiAUgBKYBvEm12rSloXBQdXzb+ojPcuQNb+0vhvfCkCgHyAjQkg7B8RgJML9ifaGHQ0ZsgLgG2rMboW/4h02s9rvyx7n11ZPwsjkZBluIWv0WU28I93jnPZxVIisK9NnOcRH3vqliWta0r3CxtmaeWD0Jo/M4tiHMmnx1iDcsPU3oY1zXGzVCMOJmQJAPJtiXEPhDT1f+3t9oV8lQwJPoAc+OP472DNPx3wP50OfLt2i8T+rnoBAVS0QO72vgkBXGllyzyjQ+DQpu0FrNRmBcHK5gj3wv4cPFECWEsAkDz/jexClhj/GgRcvds+qwCAqWnCzTMGAM4LnJvuTaTl08XEAdDAWx2Ey2liWBxj4U/X6hWwQAFAwhuuabpkmwVGxwcf/s/c1agnbsTAeHcNGHDAB2mu/dqvf+//jrVkybMTeY+kTa+VjW3AOASY2ZF2V7oO1/tQ7mmYgT9dLsN5dxICOJ/7OR77fO7VoIZQDl8sskAGB/CsWYd+p4f+crcMAw0EB8FWHnXohoBBaPdD40/DEUP2UN/DAP8lE79TQPnH+GfWvlW2rQAwxJsVAAoDiAIA3FX/y0aP8MRsc6RdCcATiIMbi2UAuHQwSjtpKwOFdqgRTmU+rdbvuBCADfxe8X872CrwNwEwr8NZBgLlhwTQhUjgOEbQRQP6wn+FTjlSALFo/2fMS8YE4Djzz/c8fRIL/omaijfwT1VFZXK/9rHcfVL2dJuhHwgAkcpOW23BBnDsTOANpYEHD6WMaCbYADl15GJ4oOKUsZIGpNlx3xMBYk6fHrEK8NEutiesc5ywpi9kAmEXYM0LWNJnJaUw62sbqeWPEVv0QzoJLgQwYOSvmjOAqQI7kN72+23ol053I4BTVdEhMf6bIgDoimnpuO23H4ldHwSgAkDyUSsr3ZQA1DwGMPT9/ZK7fcli74HyCt2RHmsYCubqnRgeoFl8ceEBf/ZCGOE4cgWf5wjBbGIqAwWoN4JDeKitAOzoAwRARVMWZFRK3swd/QTwWJMPIwog1GeYM0tSsz2N3a/b65OZPlGrBHQdWtUfPrewQgjTf0vNQmP1/uvsnJ+UkQb4b7sAsSyI754gh8pJkwLO+N477N3ojna43aSWlqAODFDw7eV0QSxQDIPe2Om3bXR8Ye7444MdlQCSKwCxuwQB7iYAtFDxTTlANzIbsE9Z7RGRRg3+bQ9AwIDXRHQBwI2EPo2h/ryEhL5ufBbg4ifztLOtgmwr4sPIi1ZC4bYC0KzwdyndZgSgIoxDjApP53V9h2zegte4Di8Y8VynG5xRMQSFBkJ/AWIAEPJU93fZG949CbGKBZztBndDf63QMPom1jdaffKfFf/v3k0AgH/TBRjOvSoA8fz35PuzSVu7m4le4b8/3IwBJuPOS0pKAPjFkMXOs+CLVugX0w9Sr20UHlwArVI9325uB/cC9s/D60wAt4Sv4J0cwFwVDa0kB8RZAQCIIICQ8j8iPSzhMCzgk/T21IRy06xRogJg8qJFra0A8isIQG1RAGEeijWDnHgM/hKMJzjAMiRPiK/ZPeKCOuZISh/VSSAAEAyoEI7knwA+0hiiAniGqDnsLC0qYhQkeD+p/a8uM5LF08n7h6SsSGy3Py+NugiAfdAAshr+99LMGgHcBmUAGgygNjbGs7MA4J6t2CNeNw1Gy6P3AkABKPqlJIEFAuVmYcB+uKex21so5gH6mYaamZmZVNs1CSKIgH/csUMg+9GyKQ0qavEz/ISGAmARRjEAXbcoqK0AdOrPcO17yQs6L/N2MSZ422GhNbAuzok3Y4zoBmGTQsCQewEU1wA/BECV2UNVP/cWYiQD3AuU+fn1110qRgBKv8ueQlyf1vp/gAC2E0EgxHmaFcD1Lj18hn9ngDgeQBT2cOuVLLwUmCcHcQvwh21KbShSlgAwULjNSkE34F3soJuFA5SkhmeJAWg+gKHYRR5/nrE/omWOC1IAZKTSq+QAEdKMM3x4liaYT3aw2/0oEeyurZj7EwTKZvTF7zP+v6kAltpf6X6dC6mflQKEC9TeP50ipCXgFiLucXaIibwVASg07YaKQBTW0yPOVKr+se39ua0Jf/nXP2UHAqi+sxwaic9mgHNt27/FTM1/6Abc3fqz9Kf7KNq9EgEEgO4d/3spBz6fwEEAoH/TDLfO7bED3oFEg+OreeeuAMa1G7BM7gTI5nCXHoG79lLIvyFCRXoBn55TZ/ZYAbAebn9v2Sxxu0RGbjpmBsaFHaakm7fYDl0KAHkgEVyQRh1EP4VvtI09AHiPkQDKOHbCAceXY9+DAMAA7zV6ozEWQ+1HHMAkRullSURiam9lK4qxkwUTBKrc4Yj8x/T/v7YIYLYHWvITvIGHBMBzy2NOwGl26883CQIodGYeQCiwlgRLuP0wDMIRFgW83U+FJwTWniVUY0g9i60uJAFGeaj+5XkvD1wAqxgiJDCvd1nmVUyFgMwGHIb7OBNA9caCxaQE75l8uVbAT4m+2Sb+YzMPSGGtygqEJjhBE/iyGSyYbd1lXGcjRBGET30Y4/94x0wApgGsZljqr9f+vBDA+e8wgNyaSgE9y9GC++Y3hJN9JoK2/7YWN54AhILiSDvkaEHtL4M8CGDBQUK+fzF/b/+e3fbV0j3oBPCFgoBCAIe7z6Qz3OtWDsAGB/kLM/7PFQGoAKhKG2y5d7H2Ju7y476qJ0NiQBPPpYyKkLOtM78ntdUnECUw/0+vkxIAuO99MYBHX1c2MwLYLuiCwH1YYBSd4bIC8Xz44kgvEhb66bU7EVn8s/yJmQW4AQEB3GabZkspVxmOpmHanxcCOP4TAaDH0T1oZb4OR/giQQFIJQTj1ID1xGMkDcKTxhEz5IsTAMb82FIwBNBy0f2rEuDpVttTtO1fimUEUonjCkDxrriXI2v/f4QIEBdACEAVwB7lxL1QO49r5+p5fhj9bgYhbxAkztZlrE9ZDoq0GH+FKxNoTlBXAM2BN1GXPKDsXAehWS5Ev4ugXLekjy2yRRQV9CCeG+t4oT4VwEK3UBKci4vXZAYCEKI1Crjo/wtL0kgIAfQf9GbZrQ98JZbbNSajIagBDUAckOESyBH16+NnVUf9y26XNd6HGTAwG/mRqhRvNOfjUw2XvN1efb01XAAOMikBoEKKEEA/CAGooStAacA4QBWADLcfJMautiQQW/CPwCuislUbrncovst4x12uT+FlAEwDpOyvWA3hHrOVBe6T+OjPiTo/yeL4vcfxWuqGbncYBqzTIdhRb5iE2zB6DtDkh+j7VYIMzBe9gE1b/C3qR4AZAUx3MfnJzdtwobw7Dz+ejzMHHI9/I8cahYZ4lhLBn85vfqsdRECBCEgYBiQPb2UqpdRF5ddfFe9KAJiekLcYoO6hxK/+0+Hv9lrZdpMlxkKAugGVAHRWjSFeNqsH8KMTwkH7ABcC6J0AFvwvKbwdj+unMKpd5hsJAkCfG1w7dOisZrPMvNIq96m+AdhoXC8mCr1PXhRMNw3XMUTC2vjvqHei0Q9gUNmyHIPaPFlDyYAn7ndNtGY6Yl4k2MIAMx8mwDdMvaCL+6oEMInd76YCCiUTVxOw7covv88EcF4KiT49NhpVHb1H/3jacIjWQQIsDLAxd5jTiuAsx/8PP0ihCycA9HVRZ+N8AwEo+m2hwMTnGgjgvi4b8Z68GYt6KqC66T4Mg2UFFNB7m+8k4B4AJtvIogRQiubylNDIMH/R8/d9ra0fxGZi+u23S8pvYaGJ5TmXCCqAILqdkv3s5IA8ddYS3OdpScXPJZNFCeXHLAPGbfwHOU+QoqaMIevHQD4WBzpwQJOq8Rru0pHV9w1rxD/wJ3NYTimjihWUIymAyWxhgDMP4ASZSLPw0+8LAfwut99/fyBoA1Ao2A9SfD/+V5VlQA1zBvlI+/SRhljHORoBJOAfZb7XIUC1BEgV/vE//Xt2q6xrlAuAE+dEjjxLZXdzAgDkZYP9j/L4YT/IiRIDsH4AdQDEZzyV4eXYS1UwpFK6XBYRcBmz3KhWn5g1U968/zbb62tfk8fr68IaFymeYgQQ+9vCsBZKeHEsHVnbfYQoCR6BW3ts4xbAwP0xJRsRB54iWeTcQCxDkMdD1ReLrGJ1YfhG1DPYSRozn3o1+qgOJoA0rSYMMFRlXWCYx/3L14UAfpkJ4JeXxVoxgECkIS9sA03tR+2VoxUopPZ+I5tvhvwyAijevjvyExQgCGBRA0Z8aGshZ/49O1f2FI28R+QlhxKSkUA2w+/AY/8gB1YF0FsQsO9FASz4f0rl+rUvJ+dVmH1A47xgRgAYPWdZYSbTLtPrMEjZabHrRZNKCwHoXACyx21Jn0JTG+f0YwcDJsEswVoXYSQz6PAUeIKO6XBjXlf9SdL74iH+uEgXMzCCKpmTTkIAnoHHkhWrIQhoLenKAEN54kptHDSUs2cdsBDA8Rflgt/Fvs4WOJO/Cebhx305uBNjHeQCwMm3xbNbSqvllNnlpAbkZ5L9rvwxpXlLAjCv/Su2r6whW6vSlV4novrfd7vbkudPPQAzDgR4st1BrNfZNioArPT5/aXf1aYBFjHnAxREAyfnhKfkCY7lmb1eZwqY768KoF/chFKShBge/iLuAA4zACMizgtkcCD5N22A6zCcCBD04+CyYCVWiA1gbBxZZSDdB2gB+iBMvyKE0bs4KQHY9OsspnETnhOQiQJeB/JJYmjS7MejEcC8CgP8JATwy1e1zXEAoYCxR5Pf3QuAK+Jd12VF5Fh28rvSGqdOAPpdjz4ZlUJ9kPve+uMY05ZSpQD+c3M2ZhMCSIEADjIKCOsP2gegqwB+0Big2n4RALnKa5EI/8ii4MlREFT24l7Zn6FuWkvi6oWcL/fjcRICkGqjSV7LHypHia0I2zlNx3KfkoiTHIybeexIro1hcmBpJctkTAWVT2iP3R28ysLnkWoKQUsiAmKYIC1CtC3YyQlAKUCEm/d18HggsdE54BzmmscBEIsdjgsB/P6LEcAvCwHMYuAn0QTfyrv0uBcgGnEH8pAsP0tvo0AAsh8xCXGU8JPJfDT++gj8fyYGhK3QSgSC+nwjXEcLfUZGAEiAuIMLYJJf1qXlR0xAOgF0usfzknFjFgASZ7te5jdQBJmlZoAiC+VGfuu7xg9wnW11qi9UXo9XIQB5Xgng/flUZnE6bQ2DiKostL5RAZRS4qVis1UjnMBI4MeGPILtx/ECbsip05yZAcTB0gO7TfxPp8kVgNa0cwVQD9SBChiFAUreavyZARA5Tz/99Is6A4eVAF6EAZQAlA6Ov4c+AyrB2kQBHUN7cl5RWSQpoDJAKiAA/6+4eqdZ4h3nK6i6oqsgwHdVAL/DNkeus1NmRAonaIbb0JsCMB/AthYOmG2ZCjyIuQaQCIBcp7PBRj5uUo0/e0T6q3auEgV6jDnZjn+rWFyGL69KAGNS9XB5+oBNKeK/If5hUM5YVI+ES7ECkVtMeBg2sQg8MwLIgvb8spDYP8polg2LEdNE/K8xgAuS2obMbbUjUHZ+aecBEACPUF6pYHcwAvh1IQDB/1sC+OHX42ynn37tf/rjJzGnnuY4oCRGzr2nklHQ6/8kqwUCFPlidRzKjzGYxS3pjTd2o/OcBxNmYn62RWrcJoCOhq7H8RyYJK3jAG6eY38254Aflx2mAg4qARb8CwEI+LWFeOl9XFGp4ybjsunMGBg0zQQawFM2IO9gmSMM2WIA71EAhOp72ejrZj9dF9g25GxU2Ns+tkYvdsBvHHAY1XtQEKHXICoAbGgN1AH8N0SAFYqYUMx+LffFgTmigFKSBFkaw5UQBpCbbv11p5UAfpgVwEIAP833XioC+KkiAAGs9dnLSJx19ok6LU5GcCLtICc3LVFpvo3nAOBarFlWqoWiW0T/oP3Z8G8BYzlRP/HnG6P8Fxi1A0QA3GsMxrQYwH0hAMV+D8cf8wB2MslGRQATgNy642B5AZIhfww/iThhwx7ETwbfJLkBZTpes7oA4/tdgG4lgByt2ezjcOTLYVIYR7nIMY8oBpjpNH6cHuEIQMS8blp9DsAoyI0FAE4jU4JTBZDcBXhaWriRFADJcXPi5JnGYOW6WjnaBSeBX1cC+NUJYD4MCqBNADlvEUCVnCu7ArjIBr6NGsn8jlxUNFFyq7zUiPyMsm64b1Htf50AOlt72MY5md4ZXACzogTQ390F2PfP++fnfun+JwI4KP59KJATwHW+jcfbzuDfCfQvWyUtecqm39A6jZwMTH+RKgJO0/EIBQBsPrbcJIA48jSqAMbH5L4NGgnEpBnieIjcZ7r5lhTAVkwx1O8ISUvCGEZ6J5xuEFdlW6a/7ioF8FTls+FAG02zK37xjTwI1Hw6KBlFv+5WAvipIoDdIwVQ7EdtBCAEY0YKwB8d3+Tpp9hE3XrHwnSgCCcAvJ6yrzHIMAv9O2iA9jgARZ+TcEcqOIEBdodBCcBSAjw/P5v2x+RAnQt8AAFAAVxVAey8UjjLXApgMz5iNBvjSSoOUDfg+IJxADOjfWQswK1BAI8SgzDLZFMAy3gwUgAIGvrC0KUHGbm0BgWP3dYBnxAyLdD5GEjPkUCYdL2YAhi13VQFMOrC74RVwJhzzObhJQMJ/f65Aajrc6dfQQA/VQRwPH1bAeSuVgCZk4LnReRzhv51t4KCik7FDptRo9Vk7isQqAj/ioK0Hv47RqGfH2GxfwBV4ogBQAA6F8AJQDRALyLA9P+PfqDtPwhAo4CLC6AA8c9J1UQ/M5GcoYOAJTm3fV9jfjM6y/UBNzE0KEgY4G4EkB4SQOS/+9QggI9YzsUlwBJYQgwgYG4r7RnvGfE1S2I1VyBeiQ/ibKRQ+I8VwJbc8c4gBdMbBZBYAcC8cWS5A2ogzCQ1vw6md8JyKRUB7BYFAALYtRRAtyqAajxO8R0H8cABMS8pZaxTyykdjxhFzBnHOHcTdmj2EfX+Dna9nn0NCFAXYOM9YiCQjgTsd2KIAYjItyCgzQTkEIDOBdBuwCLXLVkn8ZSzTgc48qyAmQfmYb4yxOKSRw8JjjIP4DexV7XfJo8f8tDAImn/Khege+gCsIO8K10OywdnqQplYGaoBsjJBTDVKZCBeUwJMh8yHDEyjyhj4hkax6S/QjVEbGGJFp3SsZuWWOUkH6bnU4XJwN1JNLtfyWKbp7IqgOQKYGZ2CwKC0Da8ywT4M0Ohc8yteypD36eErnHmABnysasJYPcNAkhEAF1FMxklaih8T/AnBoA20ltO6eV4PmWw1Ybuj4bEzQsFfj8C4CBg/CHrWyfK4rTgSVttlNoVyCvGMRd4b50AGAb049IPmEm/5/NR0H63FB3lclmrhkYt6yZ0rkN/zYw3zhKWLPLk4UYK4L1OFQggMsAH238igCrhu963ohYNAsiBAHTvmjESQO2sOgF497UC/aJroYlsIADFMwhg9GQJp7cEUBT2dvpyRApACUAo4KmlABTCePiCydFEAcntKcu4zn6ySOpo4Eow+zRPu7cEkNoKIAsB1FRDYIUAoDvAP9pz1bDHa58SNwLUzPuXRl2dZjiqiyznp+9hL19t2Zp0iV5A6gWoaq1Pu2UckBIAqmso7m0gsCoAdAIuT+9KWv7b4UUdrt3xuJcUXV44+FIuqB2+IIC8fQyiQEBS5gHMLKB27ffyhd8OiAE4UX98HEC9fkgALDAo9h9pTNk9GgGRHAoEjQDgVqKeOVS9RZbhNVqgXZGqZtNwLJlMVRfJgV50Q5XpmACUfk9QAIZ/JgCkxyqTSQtWAJ0rAOpWbKenflV5Rj0euTM4mgCQ/XDtS7poIrG8qiEPDlKIMJVvEQBS8DgBIAloFwjA3wYpeUQpof/FQllGTHDMOIaYI4ebOH7h/+9hGAewJYbBVTEfgP5wZCDQWmxX6gMoA7j6hwK4Db0SAHyAsiD7+nIoJefziw4nuFvZwN00uaJNGfK3GvrjTSAVWxXTJCXD9diXnHb7Q60A8qOKXRwpK2lDATRSTdM1gP+RXQDvDx47GVOmh8vAM1IA4zcVABRjdAFYAWAc25q1Hvh/rwIIBKDQz7qVRc6zEMAYFECt7Ns8ma7Ws47ABGt8dRhS6aV8aJmK2d2YASUBF5ipwZ9vuwByGgz1wvwS6LpndbASMPXXUz+L13wE5Dk7Kniditmidxty8z+18PunyUCuAJwA9oMFAlb8y7oXUhj2jn70AyylOqTlXwjgcKjmA+ymqthTzaNighAL93PSdgwBEAbIebrtjy+YDHT5mAIoJUfrtm2rTzD5hBjrBQAByH9golU/THIBggKgrJbgpHe5AKOu8tzjGMCpgAAoX1qMAWiMdU1zqSXz9S9pohMoAO7daCdUGnoDIfDUJZhF/sr5OFwWdVjKNMy+Xt91K/75E8TIe6AVyin5r0c3bFQXwI5hSKlud7e+fHxXUM7AP8sECn5g873GAj9IZgkJTIHwKjYkCUFOgrrbfj/3AQ4H7QNEkSAjAAsBnM/wAU7LaOCZAA4nnezh+J9O9c/ZvX33nUBKHg8G+MvJuGi+DcdzyuW2f6nGAfz2niJ/DxRAiwDMOgyisZ/kKEyyDnVaFYARACuKKC3sKNx342N+YXvCK2ZUophNEpulfCnQXLgK+fKKjqIMsEQYXAAsBOAKgD7XdnmqWxIRsAOKxwUm2vYvBLDgtdyv19dSTpcZ//d+9vJed3KWMUAceI9vzA5sY5ZaltVA13DM+IpiptRjVkskbQtuPo33wg4rJt5/L2u4x5zkGQrgVHQRLp4GIYD7cLgNz4MOAkAyEE8K4AQwOAHsFwlQshDAy77fpZzOs99+Pg9ir/fpPk0eJvMgi+zefqKYCeiK1BTA4dbPyM+TEYDNBRi2/u+2lfRu/G+MqEk+J061BBNAN1LHepMCmJvwm+HvqDEbEAu/jq9vhad3sykjw8KYwNhYrEpBCMAUwNOqANglZsMlrvdymk85X4uydB7H9NsMdCWA5ftdXFHl+ut1Ok3a/B+vw70UEMBGa45O7DD2pol+qH27zxaqJ4vFwdWz1XGbJ5L4hPg4u1rPTt/PBfhm7vs6AAB7QhokEQAScx/EnmcT6Mtio4H1+KDP9gMpgINKgKfy8nLbH0rO5XiUkd1fZvsqaWDqBGEyJkC6AyXJynzTqlKT3EmGrHkVYTj5PIAZ/8djLzGA/csVCuD67mFAnuD2vbY1oT+htigUQK7RHCfnMAW8bSEC7AecjqvEKUKM+BwGrcDwBMsP1qqgBFxzVQDyGGsb3bbs5drPPt9MG+V4l5fN3+p1xr8qgEwEIFa0Z/i1F/hPl5KMAFrGHXCwRIZLMOg5oQecf4rqI4cS6399lD9CHjAQh3R3kFnfUQGk1bbAwA6PrQgCLr1wkxR4vKkEWKcCYj6wxgVVAAgDzAsRQHp5GWRUQAp+dm5m5O3UZrz/JlF/Mwwe0KFE892SixKAK4AnJoCN/BmwOsM1ry0BEFOEJYsB6DE/y/UNWvP9N3Q/MwFhGNoyvDHOTDJsThDmFVFgHNPJQREQuyzIaysAvptejrt7nsVgLz+oYf4ii4o+J4DVJVYGkO/5eFZPJeUnBm+QADyqyOMqDP1C8AfqWf/bcei9QwtPVWrxUByG1W3lc0qkI3P6bgxQVtvsBAAD4IOQBs0J4GQS4HbYzQzgyUCMB/qFCYwAXAHAB1ACOA7SKVg4vBbbQiyMVvdodVDidZYRX9RejvLuDvvh60wAOVlw+mHrT/BMkMzYPi5ciBo5jQRhzP6+tUUslt1rVx3ltD3AfW1ckRQ71hTBi3lDcZEw/YBzNTsTsGz4tg3H8yznh+vr6/Xr8Zr1JWsrjFCU9vAN1/Okcco1hKrWpWBCQtWcHXwENPKfzXgnw8JMf3YFQ0rJLo8eAYgTLJhQyS2rJ3WPl+/jAzABRHOdQwsUgHwf9/55mu5L5N1qBAP6z73WC+sHEIBTgBPAVyGAw1RXCY3pMwmfD0s8+jCSy+42E0BvzcRDBRB78YkOEOGJtmKelTEreNzxB3hXz4qJrQRYI8yvY/iTEmDDdXAXr8cB/Q07FTyzIQmAffpiiMoeWHe8JnEIv15vjlIjgLoh0tDcZVL426h0WAzo03icSp5XSaSC+Ux91qRYOhrJGzOmxLRMvDb6Rd6Qw/jdFMBpta1nCf9hHMAlp/Iqw/cwEuAHE/9L9t9eZgcZAagp/JkArsN84m7ywD+HWtS2P1Ac1QaHJRXxAIavQ36S4zISAbSMoZ6p/9ZvsWIiyB+839D8/AMg7JKmofxCjdn9IB3WD3gq85vd1DHES6ARvEM+N34LoBamP3Z+H9trnhngmvzKKa0EgK6ocrksLGDtOdr/aHqlVKWI2s/CUEtg5gr5hRiEXAaulyp7Aj/xvR8TV0b8d20y5L6kS/edFEBard0P2OoGTEoAk06+pdoASgO9TA7stWKoxQCdBPYggPJFCeAgDMCDWXi0ZJzsxkqXenesX1C6JueMQN3yfY/d0zmk03Ebt8LUXoejKQAYF86U7K2TnmfcU8vJAXiekgOSidcMVMhXoQnI1MLHaAaTWrwMIx1Ph6Ew7Jcs9q7ulzEfVjmVvRMAn6yO41UW0PcJAsjbMkCikdJBrREneam/jYzWnzQAJiHHqD9/PPD2ie+3vnqiy7ZxYOe7hQFJaker8d/5ioFAqYAABP7zarZ6/4eDEoCHAC0MYN9J16WVAKZihqRAIN83Eoo8VCtnZeDHCLadRh+/3EEAQ/i026ax7O59xsyA62PHE/NZAUCZwvwh47jt+CBLAD8kIiELCX9oDDooIMI1eryMf+I4zi7o9q48vKS+HNFy7MhMSSvCuCytOwE6gN+QneOP3fYN9d8B9thGfqyAzQ5g1D8j+yDdQ+UJ3ff9RgN3uAUD9ZICqAqg3ZUAMBbY04CpEFgJoNepwDB9/FRWAsDwH0GwwZ8oN6S/tMfrdyivReFyI4BJFZ+OO3xtfQPcqlIvQFyisccduhbY88fWlthG4qUE/y2Hmtuc8FSQDBFvXLqAHYzoS2xE9fAwdni3Zm8v+HBASk4gAEjQkbv2dDZl2+y/CuE8pYdodJb9US6oGLvyQm1KVm7k5T3Ef8ZLkYTh3zbEgloCwQHmCymA06wAJiMAgT8kgE8EmHHIIQCZK2zFwZQAbkIADH9TXbqJvid2we/HHJaVAMpTl4sTAFmT90AATQaIceDNsM52Zz6yGAAk9gCObNnM9tVuPjEHgWLND6wxXEiqJ7AE4AGseK5CAAPEl3dV48BrIQAQA1wUAAXlnSa6RiBQ0d6w2H/Y0WD/MGMvhvh4MD+egAWZ1jYiX5dk/3lpAMJXUABj0hjANCn+4QPIBvnA1AGYzeD/owuA3WklgPsE5Y+BANz0twLhXE1Kc24YA9yMAGQyqQ47nNo/ROw778NahwJj/aYCCFduoIuGjrICCDV49BYa1PcmdwdJaiGU+KoQ4IhNQwgChH8Bn4AutNnEf7zvhn+ACAA/P66jJwTAMNatrI+tvCWNmN4vU1SH06THTRve/sJ3p+nR5LOfzwD8xz7GAECnKQD7BMUFmDwjiHCAAh8yYPEANB0AbP+WAKxQcGxbQw899aBHd8DjgMv8FYlEigJQF2AUAvCQHxf6bJSaKzwduOkDkNqGcSO+2acPeDEBcYNfH6lFAU5cxFDk+B0MIoQr6HXjmDkDmD/DrR+IiWODzUSF/Kfd6GrgO4zWVThggh4YgLOe5PRRwxRSav4bX3Usj8BM1zZ8RG0LX8W/SwAfqjiC1pUUgKx5IYClF3BvNcLBAPOREYAOFFygL5vZbhUB9Af5Gvb9WfMBzctq136pEHy/lFSVAnaaaDaE1gt429/OCwEkdQEurf8/jpOHAmA3IDIACxS2gGb2xwnVDB2cite2PY3geocXtur8M0oxf4V/2fjEQ45B8nUjtwWAtD4l7k8A/tOK/w7475wAAGDigUePFZQBcMOFMXUvajysH8TZ45e4uvLj/4kP4OFIREWpFyCdZC6QEsAgBFBPAhSzNCEz/m8Hx74yRaUA+n5XUjm+rHZ0DrheNTmglPq9+NAPCfhfpjkb2NBfzTSH4P1Eswc7HTTW789fvJ2I5eEz/8qDBr8A9bSyMfzbVQLoqBbXrAC2JgK2G5yOQ6PERkFxWMeGq4ZYNqhdmtTN7m8rM34Zc0Fbf+KYBUCuY4CeuY9m5aIT4AHeu/jYmuGfGSAk6iIOJbb8dKunE+j+XysO0OH2IQmAbkDkk5F0ALMC8JFAcP8N/1oTYG7wd/eDjv+F7UAAU0r9y/HcL2WDYV4mNKETFm6JBnguMg/BpgJIViNjjpkQSs5p6p+FALqlkOBDEgbOchUEjBlR2FVpfqK4C/Biwd8z28Q/wEGwjIDClh4g76E98Yle6BuCNUcAGN5Br7DYCe84kmTgMygAT64NBZAQAjACkA12wZD0k0RAxL+DHkIIoufjbf/HWQIOXJsAvrcDYHqbFsQAlAA0K7wRgIkAtP9CAPthuB/uB5kX7PCWJ3QcQJkJYD+ldHzpe3nxwg0LDZwkNVBBilZjZOsh4LRxlpukVypQIjjlXJ6NAEwBbP1ieQxmiAHkdj8ApDIjLYzbb40MBf7hz7Dqr4GEVr7F6KTPyfWwO5HZQ28WEVqQABEGTFusSDAfgs9uhUvxIYAATCDVyfWTATX5gJ5Wr541/mp+v3Ge/gFQuqdeaVdD+nwOiDzc5f9FECDgX2IATgGn+0oAglmBvIJfWUDDguKID/vbXQhAZX8RxaBWnABKKi8vFh5UDjACUA3gWd9GhADMIQH2y3JZNalVNJyPmg/k0F9/3lAA3aMPZdTdJUH109qYBOwPVljmsOZGmU/S1kB9aDupWgcbkB7H4KHCQ3zd+ijLB7xbEiakAEIXH5FijDTEjmc+I8QCkJGn/gGSp76UfS88p4e7AbqMxj21rUs28BQEy4z3Gfb4QrH4w/8hDNhQAMoAss5gQxYOsToAaC7AbPcF1C7V9CWnmgCOR8U/E4AsxXw1OH/WaFrG25Ic+7vK7r1MB06H/vglswJQY6GsvQJAJY8D2FoJteT/Mgw4IWS3KYydHyioD6ixfg9Aphf5Ea5C+9j1vjWdEYRVX5eJqtHXCKojjYHz43/QqFTylgAoBZoeLwQQpXwOzbu9rN38c3gZzM2lmz+jlX8AZpZiT/+PMCBNhfHxyRgIXEQBFEW/SAAQAEIASgCK6ZLWGK9QgKZ4Pn05PosLcH459ktaYWWRJQTgqbSKEoBnBvOiRVWFwgL8HxYbri99Tofn49dVAZA+fk88oOQuGhgAFFIfGBj4cwOkuPYWR9eYACJfzWubAGAGvPhwnIpIFu/blngBaCW/Jm9lSLP/m8qpNIYFcjc48N/VItSbd72jIYDiC7XoAD/2ZHT6An+oE3pL/6hDvWP51rTQPfuvKoCPXdCBn7rV0AuwuACGvdug+EcYUAcBCP7FBZhxXYTNJXlUt4zGNgI4P+93Ke+OGsBTO4sakJ7D+zSdtKyOR4ClC8BHyK9fbDHtbzSkdpsJYJfLATlBU8a3Fb+XPC9i1ERfclA/hH66CO6zD8cKINbzdAsts124wRWEZGYntKOcz10fZvURRQ04izVrcGJg9LdCjsSs1sA/G1rf7BIecZK6gI+YpwR2d5TRH90B7NmUT0K9Odz5KGzaDNAwhHYi9P57AVA5sUkXWTEXoEwggBnp2gtAPoDGAG3cT57h/0WtaEmckhYC6Pv7fDhIRrAvq0nxd43lWbmPXscDqFlBoPWB+2y7ykR0SEqgnMt+JoDiZQFY4bN/3Z4MlLdW7uVyw/RwNH+sAMgJwF8Ogh8w4dGCADIsIhncQvCOyh1WX4DPD8phs3uS4M+XBQG0XIA4MtKD/Tw3xsGc9UA9AG7/M0M/HrcJAOobvM53PmqM6ciabQmEkdhZHv2PrQuZEOqcgBJwsxCgQN09AI8DzrDfL3bYpafu+uXl2vfnl5/7GR9SJcsI4DCVzH5ayMKNJgjd/MOw9gCKmYTQrGDzg4ecT/1tSQqcrfREE/X56RKn66euZfE7y27UJGYGV5wuEjU5YGk/oYjlOLIWxq05HcSoYlAA4YWbeQpXY4A2GEDtTZ6hJgxo9k739i8kJOozAuAYAIuAbHcyZEAwyIx82cruCwL8B2qbpFdrYHsIiAoBpO6/Z4AuIx9T6AYsp9twQzaQ28Hhj44AKxRyOHVPB5n5J8kAjl92T50SgAYB+9u9lLcFGGBoJ2NXnWPDkkWdhQs0tehLnyUn6B05QQGcgISGAsiyayy2o25btS5E/0GgzczeukYpT+K/LQECkkHWfI8V7Xb7r5tWZ0dsr5sKgOdykta1lzZnAnvRHZbQEAb2/FOHYt4PLLefsfa/H+k92gLSA2v9k5BfEFG+Dy817+l/QgBvyhg/rdJLCWBRABgEwGFAxf9BBED6crzd+tmen49fuu6i2quIAtDJQChDYTTAv0Hb+JeBxxumpQH3u4UAcg6VwUKIjXaM07jxk+h8dLzhIyM0xelxHb8auEE4D/iGMfngOZLx9BaiCxKvmnGDRQJoK4C24TwoAL5MFACMDU/9WLFZ9t7oJtS7DfTz+V1UhnHctr7rfwz/mLZd1uaL7b/8zxnAcuxxabCVAXZDf1jHAM6bYd/TWODDoRczArCcADI8p+/GixbN+SIZgm53SQiCOjQ0OBvGjisAQwngK0Ww71cFkDMJAFK2zASclGF7IRhHIZ9p4iCGEzfGyvqONbtzxmYzjdcTgMlyfF204PnHPwfqjHObEe9s95VE2mnUCmQBkPEXNseweh9AUwLkRq6g2AHAcjCkUHgcjGtGNdiQNfKBZTD2f64BVmWIRRWArmV3cwJY5v0MvTIATCEvCX+6p/7rbe85AV5exsuYu3GcvsjzN4niTdNJgv4XVNJNI3EAGv7qTZHB2dOUQPv968uQLcH0e8iUvYQxyIvQlsaD2dyDiQqATgsBCf7XQsv8FN5CxDff5Sdw3RyeCScE4g2uP+c+2bQ49tL1yjcKG2VWAHbt4DFRH0DhNp+t+1YHALNRYLmqE+L9yMdl/q51IxzA/9wFwHB4XVQBrLbbD9r9b+N+B+m/sxCAriYAJPfH08uxIoBzNy6Fhn8+n+cIgcTxlQJqFTBihLat5FGDAPAFWzYAsUkSggwvr0IAYiGtdUAwpwSW9ZuFQMLikMxtBYA3EN0R1tHMBnQ/Ypfvte9ElZ/DCdGT/2aD3Y4BOE9yMNGtlTgBabw9CoeQEJ9v2PddbP8fW8C/3gmqJbcYgEN3jRlSHzceYfafegGuf6yg3bLBbEBRADN03QE4DDP8q9GA7gHsd7vUdTLzv3/ue7l9LfJNj5IU9NgfDP3TyYb+kBtAzRnvLRNgVuBfUrqAmU4nIoCHCiDIzDSvBjleoGF5AxDnsRUDwGlbf7blieMa7bAddtFykxFyuHK4XvBm/R5PeAjmGTiZL/3C8ZJob9w8DMtVOVZSxYw+9gK6Rk8gAoZ4Fn5ZZeFrwltuUkAjqcE/ytfx36t/LhAKs3wARgCeC0TH/g82B8Ds8EMvpvk/05de8a/rl+xj3o5aYnSWCFM5OfpR8JWQMMbRalAAo64r/vWah8PrschLAgHQcK/g+pkCGPIDFyCs9Iu3EzOGAsUs4UTxEYhYI3DZII/oRbQnhd8SCPGBGiMJnxe32tF4MhQ5OWKbHOjfqA/5HIgRqLIXN/+l1exnehBUQQIgc/MefxJt/IfWntTMZ5Xp/DxfoPtbQQA2dANqDAAugMT8dXvAaEAjAI8BeoXgv4i71vVWbSAYJHAMvt+a06/90fd/ykqL1sNk2J6k7mUhGGMdmhTPaHYl7V7t7xm6Lg8f95wvd4r/JUP0Qv4vPCP+nnrJItcBfYICqImKPs4JBOBJWnUEYH0McOy1YwUmwt0+ZVSqggX7wATiYjmI3eWoDZleieMA6KpJ/WaZ3UZLhYB9CngAUs0yu7i4C+BuTXY+LVjK+nFdeDuG8l/xjxoArWxbdwgw57wVIScIIKMf+Gfs/4wGUMjdbOkCvBsBeBBwtNk/ZUMM0BXA2+46Dsey7evPdU7qPt/+YEXfl+WhG/jd0INwx7kAGWIBUAFlv5+zdyJCybhtYp/LXYBb3wNr3K/G8K9baGuFiJIM56t9ye+PiSNrHIA0Qd3D+B9nZiOdi3MzyX7Erx2WFEjBJ3wGAmiC44n/lBj9LuntbN5h/I4kA4UA40hbx6M030UnBX1eXSz4Dy5J/P6tOjbMA/hEAPZjun92AowK3lsIYNe9TQ9TAOYC7H+3W19Ll/JjvBj87QGTdTrxHt9FLH8TNZCyfzNyl87WyEeVsoRYIqtNtymlv+MDvEkPTU5kGN4RmY89xHIsDrhFzCzyjn57jFytuOs4QwZR/gGOwNhM60AZ9L+Z0wZSASYYkF8O7XU+TZFpuJAKmEbYx8uXMQk6jz/VdSRfavsf+wB4uhQqFwXgul+txQB3dRDgYQpgP08EshsVAkjX/ZwSeHg8fClAeW0LARYlwodWXchWANRK4SgipF9kkxC29vAPEEA5SVG0JfGA1dz0nsyASPy8RZsrFU7WyShgGHGnEVk8w48uxe1FJujgoV7zzj0IAcqseah+ZkM4t8vYKKdS+FyE1ikje7XOte58/nEfAKygzkCPTRQAPw9d8YBz/e7EuMpyUeGsyPy3ZMALC5s6CYwi1m4EgEwA4IAWAyjob6OA+bofTQDUemGPyW5cdEC+Trddn07bxWrAc9n2tiDQ0H45nU71aZ2S1yO7WEHyVhV88c+Map5VoQ8uV6EAkvxNeI6qADa920pxmED/a7Ih7URYLsAIiHHYDy3Ewqtyk/y1wABBVRPYaiYr1c0SMuGy2bx02g0EkM3WunIguhhyVLVdLCAAqXWm+du/ktkQrenzF+D8LyiAv5nPUL7NTACbYub3A/8QA20aUG+DAF4d7Dj8qM6dEUB33Rec5TRZTkBPGrjZYFpAzznf8T0xpX/qLx/j3ojAFcS8iND66fPYuY7sQABs3frAS2oEAFNEUM8g64Oigj6x06lCHDud0jv+1F0hbGgeeBGREGC6i1xWrVcia6WlBBEFGDDW+rQEAjCXTuR/AzJgbwdcFArwhuwCYIhSQKIJFtl4RbhY47qvwz9WE0ow3zfVnd8wzWanCmCG/DIUMI8MDttGAGXAf7yNQ5sK/Hv2GMDbozoA+f6YKlUY+MvmGYEs2Q9COtCHKffIBoKEINVNaKLgNj/b8VqfgxNAr9O9g2yeTgAJu9kyBCBZt8kX8F39vNirFG8/sixyQC/noDE+ow+0fWa+04ziRGg48B+oiULXkhigHB9JgGcEQBL6QgH4wwHKGf39z2IADI2OBvXj0movAEr/SfefTA3gjkj1jXBhtHredZYrAA8AlKNt9qbVCjcC2M2jgE8F8DuPsaQ0GAE88wWX3cwLhqFsu9eIwzO1aL+19rQE5TBM+8buVwfWegxA54GDAO5GLYv9+T4IAHARYP0i/XTyOAM6hnxsGnqMVwhoC7zDlU+Q0DoDXVD+XjMJ8DVWMkg6nTkgvFB/UPhAc90Bfw0FOOKfb9kFEDlDwVoitteE/KsePuWFff3eMc7j63iU3imCAEzvt+7f39WTYUkAt+E4K4D9lcP4OW2KB2AOQNmRFbxODdz5SG+mLsKn/SYkGZ1p41Z45ra9DVNvd3YCcBcAw/wJfxclx4ULMPSRhYOAYVFAjQGQUXp/dOfY5+F4zTHAIkBRnaUxN1NDaynOHitK0PmSBjl0jKuQ0Oj/F+IuMfR1AMBHAXtsxUAO3Jrf9awAEK5RAmBFEzLA38Vz/DbG4CtzjDVmqRYTDF3E/3afCeghQBMAdlJtMxcC8nlAt3GOAR4fD6wKP+fc96nFAMb3m7v/3v07t6Ns42zpAB+g1SXwvCTb4/t7JYDS+PR2baFnuAA/eVAggEmA779SgH2JgkkoSeGj+uyLvTzOVbrH2l9P8yrkgzRH/GXShXwa4uTUZX4NwKNhz2rJj0j+AwJAB48NFOA0EBoUBAiA/xrHv4xqvIK31wXAamGyLxoTnG3fgr+6QrwWoEDOO/+Gew8BbJ4EsGvZANo4wO99w6QtB7ZhwHvJCIasPkjts2+5wP44nS4nt3zKGV7dqS9SYXNxAri9H8fjMJ2NLi4dKYATi1Y/wSkRwKOKi+X+fL/e+2MqTFxSSp+DJCNQ4AKjasoC1JiRHVuWN0H6c3FGpZunrjOoLEz48l/akY+w3/OQqUd33Dc0g5hpTqCaDgN8EjeyWveVwgAvTu2JKeDbMgDDsN9SALFhKvDOFYDXBkaN4JkAxuLYmwLohuv5djsOBZyPaxWz8xL98Vpc/5oTcLP3xF6oDniue50DcB7Gj7KVZIBlt5pgbENVD2MbQxiHgv/fxjar5OGQYgVAf2SsAHa07zwWwLxB2OD4VjAKKIKaHrEE5FWc4zzQAGE0IGOn/l9+0JpBi99TOxj9s3EJPALCBFtmzzkFDkjOArYJkAHnRgC7YksFoEwA5QAfQCMA3YsePm72Ml0IE4m6+jJpwL6rADRuzjMBkQ6kGGYEGe6tLGA9K15zmq7TWKykBOyfiXrz2HICojabfO2jaVa2HvxjmIcAr26mI377bX9qc4QmiyVDAawVz8wrMftTI4DFhrddYBTYIBHQNga6BNaoRww76ECp61lADN+1gL9YtjhzSTl9vcQd65LcQAGzJegAnAD3fgIGWA4EQOrb7s3VB+Co36vD9QSZFy3GIMSlWhyc5aC0GlqK0SXMwzICAPjLhmHA5gLcmgR4S8PVzCr2z3G9tzz8GEoT8wL8qX8WrHG4ndeQpvYL7YfNJZ1OLevo5IiCC6DlwNRq05Qje/DQv3KoJOO0H0KMajSHGiNXVb1aDnp5/xGxoJfQWm8Lp0UFKH+5VnKX0pPUyqf855IbQNEAlfLtFbEZ6eN76f1FARgD0PDmS501l0/+JyMG+NpzYCmGK8Nff/uvT16QWhB9s7TbjE8C8FFAHxGoFysBbIwB5qIA96LoLYRuj61cy/sfFv3fWEKwetU133PMbyEpcSBHG81w5ZQvKeW5hrSXebvYKEBW0KaV/027OgwY2OMxWNto5zieDt7g7yFud9BEcGdoY1fja/EdcIlbpHoMJgLhrc534l8ATKhRgCWlMIOZNUZ3+EuiH4r/E/oV6SujhywBbHu909YZ0i+IB3KXyia+ok64kCa0F+OzVxQAAi6NABz6PB94O8cAZwnQZ/hFVrx/syuX0tkIoAT/Ly2QA97OqARJa0w/T3VB4JgGj9Plkk+lyXJlVpLJfyHzVpkS2KMQwIO7f/b1OY7Hg+GxJ4duc63/j028fH2bFehZr4RJhHg8H38RzYgDiUkORxCWLLVHa+UAPEut7SsUAOCDA+wFzfljJ4BiBKyXA3t0uy+b9OuyjgrykhqhLY9G6Q5mejUGgLBrIwBPB+DgtwtOAMWMARKG/XtbrW8E8LAGt7sVAn1arfqHhEA5LjrhHYVPEEO90FNfhg26+T/qSQUyP6o4EawRwN6+KLI9jAAef+EuM570C+Fn3CPCS+beWbGK0+CTLA0V528/kwi8GhhsxsQF0hOf365nziZnbciX4AfqZ5AB/nzFgPG+15kB8oKoAUcBMq92fG0qTdcJlMRkGRWjm25CoNcJrFremlkonoD+2ijAzswG4AcnAHP+URgEKwHqZpWBdo5Pryba5+5JAIUh6rSflhQ0nazyp/uBXdn4GyqZQFKvlk6XLnmeCY/26YioFs/3ICC+NDikx0wAAQNodj9m7rUCfcsYQOgEmPQOhgGIKeKhQRYHtPxoPUSwzGNL+NfKaMv64pQSEOMNtqEhKQDNJ8YBATHVAOjYGfrcLvFnmRmgnnw/+WesAAItTRAWrEp9eJKaxBsyOiBcQfqTWn4P/hx763dmiAGAAsgGtyYCKmk09IMA9vbp3Zf+tPFdZ/2FD6Dq1e0wLwvyze2UU9c3DwAEoI9N+aDY5e3t3H4dOjyeBGADjMHOfbPfeFUBgCOkFIhD9SfDAsHUHhwQiPBzuOPqRGgaFjuAAPhLxDnKCdI0qYFrqvHQ22B2HKstPAGkfKP8XgtU98gA8wng/hmHBepOCwayWQT8eC2g4ltFnvjsfDPJmcxH9ir1lsAj0XHg/ou7+o0YgBoGxokAyAPwdCC2GsCr/i4r+G4uhQD6qRHAhjOC5ew/+XMxXg50Z7NPCqDRQM1gfvFEs/BVNZx9EHCaAtjbnejQT04Adbjxawrg04NX1gaS/APCOPe1EO+K9bdoxj9BmTSnnfI/9Z2USoT/jm7l2+KP9s4fDOCtj83GOjn8OJRtPH4cRzPIAOMAzfgNpf8MAgDq1fyFVQASiC3CACDpeIq2GINOA3BME3J3nSjJL/KxBghWIC/g18kD6I4iCfCVGECznRMACYB3JoAmAYatkYDbfSaANF1truDF4//o1evO2SWREawjGLBG9Em7yf71FflAil2E2UM51xsBfHYBJicAO06dmAIY1CXz5NCYKKCYJB6S8DLLALSXbB8SqQ+mMM0H4TK+Tndq95agALEeKQukGD/CxnmGeFUAH40B9tWG4/FZlUZSgrGXD+OgIIz4AcIgId+w6GNmOLH1LEnB0mIu/0fvsYe/gSgA7U5Wk5rjTD79vgLoVhXAFjEACACUBRsW9m5WacDLBc8EUB7/bdO7ry94cmCogOHxtsMhz/aUhNasEUA62b8bZfTeFQBDFATANk2kAKaAAZDgxq9gYwQ6tmRwQipy0gQQ6mn5EVMqIslv1RporBn3EcqAAmAPniMXTCL6gFwJeN/PBDCnix+rBgABtE/LT5fBArBlh27mkwJhu9lAARQGAAHQJKWvr54XdmWAae6Z0LPWwQO+sSoANFAXQileF6e/shYAdUFuRgBY/ssugMO+EUDZf3kvP7bfGgH8GIsA6DWVq1/IZogNaalrDiMjhYyF/Y0Aso/3fgh3h3ZpLgA2wz8rgOnMapxdAA4ALJFOcSJCNZ4rCzh8qt816qmoY5ZoET6Q7xL/R+U6ZjXp4KUGoOvloL5ad/xkY+n4bY3YMFYN8F4I4TMBFMtdYwHyAlzfh5acBHozySXe/Ewq3fwZnwILWULCO0ygLAqALwQhPGYlvSinOquACeTVtQAggO0wYhTAjgsCgAcw7P0MamAmgJop8H2X0nZ6XD/Zw0G2bi1lmBcTJb/XvyyPax2vdwJIb5PQ2udneFjEAAbUG7LjNIkCOJ/XfQCO6gFWWbPJO1hkJEddO47z+sY7GsQr9fE5nYtzIrFCkmKgX836gxb50FlFGRxWCOBjMPsYqwfwXlPHT9N+MOwfGwE8M4amZCwACrCjo10sFfAffJmAGaKCUoz6cOAnwybgY/9aAcbPUEDJT5D7Wbk9NYtLk0TqncSgaP5vzwPYtW2zhQIQW3gA++OMe9sHkwIzAZSgennfp35eDmygvhW7329zvcDNxh6Z54X03v10+qMtCqqY/FFXAMwLCG0BUblTXqR7sX+Ra/9/jpZJqPVGAIe21cNEBODkNHEPJ30pUASoy9JaUJH08IJxPsPnqgr4PZ0LuehdNbNfoADW/FJcMtTTtkYAJvyHcvyoj980wNRUwFh+6uksAI0AsFS4h6yHIXPLzg5OAcC/y4AD5po4ARACOLK50pkKuSqAtMg0o1Av4H76GFQBBFJWQgT6T4N58XHAQ2MAl1kBrDHAFgrABADsV+OClinwx49h2PZp/5hs1YCv6XUrYcbel3hlNsT8LvexpgU8Gzh/mHg4j9ZgM1lm+YpfJ4AuXDLF5L0pBFCRf/J9MhMFMFUGwP5GW9mluyTmR7Z8CRlrYBqIJfzq8wWvSK/BkNcuSxQGr3CUyDjGCnAv6rMI/5ECGD9mBVDM+H9bOaAJgWLDNE1zPzJ2OXldsJwN/znTukDffHlgmtFfXqASEAEkAqjFag868d5fBemiAOSVO/MwACBTEVUBKFMrvyj/KNJFBXBsOVY+JD+hAG4zARji/cfPnADM9kwFTxfgR1EA95RsNHAeHZxZwF92G8d/IvBnZASbud7YwooM3rfDNO1TrhOVH6nzlYc1BDhQ3++HKAYwmPi3vWxToACmB+DPCHFUsxcgjyUYe6FLOKdOR40ohCCrXzZ88LPQCJX1lhAgbogzVQB5/rlc1hSASQAngIL/auXKsdaRgu19poBJuob8xgPtYOY15uw9Of00SQAEgEjyQYJ/nSTiwYsQr0jsULCruhYGVYZRzscnoky+ukCp+0znZtIqigG8GwEgIbAfy8VBFcDez5cEsK0E0FKCYq6Adf/F2tM8MAMUW5D+MiGQVSk/T/ecdtv9j4L77ApgehtXFYBktgYBHHxPU6gAHlM++Lhlxi1kGpd0HEBktX8vH3yc5f3LyenXVgaHhYAIG9lg7z/5UmyVAI5GAMVmBeA2FjuO5hwaAdRxQhBAby/Af+LETcuSAcoC7leSC6D5DDSUEqtksqhFkDAuWGmJ1v7KbYSLYnSrn4LmMsre8f15X2YEMwKg2B88ANh+5oK9MYC9sTxBXd8IoLgA5dIyJej7tpUMrhrfwwBMAC4BitWO/765bQ3/5ZcaHkMu9HS+VgVgbXNXHID7kmYBUQL/wd5UAhjr/MK6l8M0xQpgelAHzPEW7SB04gUte1bovUQCeLJR0L6dBvl/qaCXMJksCZAekVctXi7lkQ5sx2koFFBifU4AJQAEmx2EsZgRgA0UjG2hoD3XnIHoA/x/IgDHP4sBJoCMgSbBu2SM/DZXkwrkuJDqUVwP3DyYcAVBO5gBIB4hRCvPBInMJ1a7C4BEoA3+dlzEAPGyt+2TAujTbnpY7G70jOA7ywl6uYDNs1t3sGdvF22vBHDflG/NZlvDCJUBpmmT+20hgBJ2t6azArj8JOE6pgvXpsdU7NTXPVmIMVAA5drqwg4dzJdgPpqSrQxxaiPEGbAJfH9iCBHpQ48adyoww5lGfJfb7VJssymgx1YDv3ubBrwvfsDtXs0o4ONWF4mMY9lnAthP9dXcgApeQ76FhhHUhwfACkAXClfz6aaHg+PfiUBC4zEBCKDCFjq8z16E9tk6+z909XFgQ1shE1UK8tiDdAQ+paKm37gtk4IWwwk8/2MTAOoC9H+SdyVartowdPACGMgDBjJJ19f+/0/WkiWEoriZ7j2tIIEAWWaSe30l29I7aP/VuTjopD6SHVBKgxWDwmA3tD3tK9o+ZuiDF1nygse4XGEiT98td59FKBFAs9iv4HGyhFQQDkgAF1ds+FUFkPeU72+nYajVfDtmUF8dg59BtH22rQWmo3p0uvbenlc7NuFplV9zAG8pZfxj7sYvJ/xng68WyH/CLiAmALFyFrqSEkgApABHhWG89AVApEYGA9kYwIMrINMOL0AASgEYOpUHxup97nUNYIW4JRwlGWzJQmXWLdCXmbdSbyZHK22RMaJTrguC8Oe5gMIFHO6Lk5YClgBaYu8RXgvHDUmP4L7vUiEIWv75J+4BROgREr8rXMEoHVrn2i4Od8/Zh9AFCJ8WcOgCNIcNaHUFMMRXQyi0olOux7MyQAxCUqe11c4C0vjX+UPkgJIWOiUHI9jMN5RTGuWvU14T/lkAtF0GfYx0gw3I+i/TgI079wrSPlBBmuKQyoDBw6jp99lObXrFBVCpwOyMchhFqmckV7r6/iwTCpBDdWlq0G3aEbNv8G04pxoYejTbZLICAALYpDAQGaUFyCvjn4HfsQegCGCIxAAmrc85BUglLlX6+rYIsLyLgED8h0wlwzUrgNIk+OZtepKWlzaWWkNeNQEsv6YA4vD5nEvGP6+05M1r83mx830rtcZ1Zd76afb6zYkHKFjJWQdKTCIAsrIn6MNC0wC/ZFffwZhtrwKOMORjbZeti0n3JtOobwoFsAKo9QK48HxeeVOCt/mmk6YYkf6nFOYzGul1sFA/5SWlVESIqeJYkfb2p6gZwyoATApMiCfs4w3u43QQgBYBlgAyi5xG9NnKVTwrXUJPv5r2EluFtu8SEwDmH3xLr6WaUgAXzza8VgD57rO/APOTqqf58nyrrtrsETtr8M2cNXpCq3/ZarH5+eR2qOdEAHROBQEj4v/LNr/N313vZ7tegc1d03apK1LyC69RyoYfMUDbC3CqNS/BPsWNTACe+iw8/94sVP5ka16d/4NvrQNDL2ucEL5e53BrzgTQq8pghQBwh2OAnbT7sioCgMd9X9IBqGxgJH1Ns2jaLbZLw5B1iP8tXYd8reNiPren3Kgd2TnfmADcUwIYKgogP/4tX7r1u7zBpT76OsmfhbSvlv99q7NHnV8s/k0xcD68sDH+kQDaIgCci2IJLMahbS7D+/fa3r+HYV3eoWpA3SArEUDj2QGYHxnABU9GWv/Zj+cCxoJDj6f4D9kp5Gxdhkq7avUe2xFxHdvYZjtqgkpGYJoK2IkLUEhA8A8jAUkBxFIQbCXhdhEOENpWM8qIzx+HBQZxAtu973oggMzqOJc/K4Cfng3xrIRqgAC2lY3CkS8UQDa6Yvh8uRYbA6wUCK9iv/pUjX5v/H8rJminJiKeVjixfg203EiVHMIlAbAdAiC4aZAlRrhyapr9+v0ze18uYQP7MgHw2XGInuL4FAK4MP5H2gYuJ9swA4ieEUeowP+MkUP5iv1n6KA6Dd54AELqlj5kDA4pAAoDkgQQAkD4E/glAMCQH33jkAA4X9AayEQKcNvewO2YHn5R6aMfJ4SNFEzs43VxhwvQIAFY05lv/IkA0spG6P/VGECRq9nkBFiE83hiObo2NNXYXBy2Qa5q/3ouQIN+EzrQZvMEW0KoFDniBz/88EOW8D8jAdxLOAYpQATASgIguOHRsoMW7xnt92Lf430hgOHi+i2/QBe/KHPHDyA4Lhb5kCTIk/EvR2dJyA/gp/UQl/uvtf510/0NFv412eDQgAB2UQDlThIEx8eBgBNt2AMoBLDErgiAVU/avODC3x4uvNGF5J1T4M+2Fvx3WyYAfyKA1QbkTXzxwn/zngmAZYX7XAzg+mkCUHGXehXf1xm+hROFA7wBcZ0V7Glf0ReiACr9TdCMFwL44ds4wByxCadpDcuiBQDiHyXA2abwdhky2ovnf/8uL/e8fQcCuF6adutAAnyJymh+IIcAz3lhqRWxBHCK+nKzctZj/y/8P4QQhegt/OWiMwH0SSqDKfj3vQC/7EyFAMQDGAMqAG7/OXhbqFzFb0zOO5U1WqTfDC8A+G/3rQcCuBMBjEgA82+ovg4EsHH3kSGA4VAADPh4fa4AhlQ2cibbwySyqiv+shKQt+A2ksGwhUW7+RfXPI23CgVsG3zBSADD0LdB6vt2wI7DhB3861oEAOVWUhQwRf/mswcA6M8LrtS1kwnAv40bMAAOGzotRQQGUQDBsYkCEAaQfIgP4SRd1vgvE/zNv5RYDP41GcoVVgG0qc2GlUAF/mWNYgj9iRmABUAgAojwgIW/ou1T3FaiNKqD65QUlGyEBT5Tt23pPQIBIK8oAjBzpHlXrtne3vrAZQEXNiaARAQwLeTrdsMhAPDAwtSwMe4XPIemp2fbWh+2G8A6AVbQa46shxMfivG8yjTu5cSJtHSK6A0YAOHcAfpPfwZywD3jGwiAIwCwFAaYBhrCMaX8v8+t/cAmfJslwPzmNvQBvpzhnw0bAg4BzO5k+qdkx1Jq9NvSIC/m7vG+7OqhmXZB4wv/1EUM9s2h30ABaHYQu2EEniQfxn5DsAHilRPAMQDBPymA7hQCdA3UDC5iQIs1uJ27AfQEV7FTwfBjnAcFAcEHQALwDrSBJoC6M3ShR6gAAhtAH28DoXgjVE98pB+IEeiChc/suGFGKGGxTw3XtTiujwGobKuxQ3u2TgOyZ6amEf7bsSUCiB+OQm7nip+Q7WWIQAAcAQAr7T+LgJj9s7UQwBTFYMAXEoDfN1ARMT0YdQMGZw0VAHNrlSF1xbIq8jVz6lkaeuCEVFKwnOM/P6DzUxVgcJf/0XInY5xqdSUrFKfSO/LWHFIxgFsIyACqJwB3uxQ76QQQF4B8/tFBz6u/Z8XIhQFPhI2ruG1KQumyc7qyPBtMVAQCSEAAoAmAAC6VLOfijOM1DXcDtoFtYsMGH/E+oNCP/ANuy4EhUjM/RdIG7cEIBxMsdhiQdr6rRGDNDgbUx7WmsFXBDNDrlUi9EcksAAoBDEN0SjqgOdhz+WRK7cgRgPP/NBYCmJkA8pFJMcD375kAmkwAoOkSZAw7LcmzArAmzr/8iUZc2by5YlK62NHcIRWblo284xmdhylN4qh74pIXdzwdbqo65iyhLjqs01Op2ofzHI5H6rIDExcyf5mzOUfBj0r5QYGbSBw+pAlgSyv6AGjtqT5wywTQ8SwgVgDsAPjSXUyffHtMCXbHcHDxnhdt05SyEetT9nju5ZEvDMYUv+8YIwpAMUIArzp4LAHIz1HwPpwJYGkJ3nTFAr/cciUdAPJAi0IAugiI9dArHf4W0/UQv0W97gW0jTw/MGz0NL/IiNbugP+R4oQ+tGyo7eALGYcBHgEBCKmWHwWFAIgA4Mi5w2gZ3oEA3nYA/9ZZQ2TUCKB5XMwIs3oaDDxPsGMPlZ1CtBG7rttVjsCbUnusaheEgD0gO4RB8qadi4ViAF+4k/fxpZ/L8RVqsjN9hAy8fQUbx3Xf9xEsjMXoCrD5wVacUJmfWWhACWxaRGyLIuAHRgGklibj97CIF4AEkLoEBCAUcIoAOoyzNWsBbCD3GN1suBCAxXniQDwCbSFTzvMKY8XFIQeWKP3OxQawUrk8ogLAuIAiAJvK1TZtIROAZ3tKAOi5MuBHlrKxPE7dtCx4AjbICEwN06R7IJXVi3286vdT4QJzxHKFr77zCxeArDkIAL78NEQAej7sxq8f3377ke0rWlt0uJuGzAYteH4HAQxlhW88vREBRB4tQgH/acgKAH4sXUqp6zazdp7gb+wEfMMBJsXp0wL09NIBS9mNBXsEr2wr4J/DTjRrfeaK5nCYV1hWhEn5d8Es15meABt84hroRbC1ivCDn+FMXoEr5tLFBY9HpJGPffvYkU72TI57e7Ydb9u+lck0eeeWMb8DcDjJ6g2A1eLbx2DmNAkcbLKCRwWABNCXW0+GBBATTuc84A8biQCA/uc38x7yAVBKkNi1YPSSR2QwSCN/Sge27zfC4JUNZUN0bgUCWPOTQhlj+PneHSaA9UjzIeFMRQDQhTktYHEs8M4HEPZT6uOCFpAIloMAoNnT48EF7Balr02P+LPE8LzmV61roMo0h1xuNHsVAdBuQwdaH1v/j49vv+YFsM8U4IsbMKqJOhz/v+dbvBEB8C8F8wTjNNLcNwgEELquSIBNLxBUYGucMu44xpXxb2quSANo55m0LX/efV8B+9jJhBNQ4T6wIcbzY7g1MYTY0PNcOM1Qbo/aWBnSBHx65riWy4Aa8IV3IIC8BxUuYZMX3BxWpkzmDRBA+nLgHqBHlhJETrN1qSRWIeiD7WhIYPtCBKDn3gj6bUEjckPgT0qUjoPbf1radutjgq6bJKmAzgTgmpKzf1lxKAdApz/nBIJ7MBJYDky8fHjAmkhKjfGn6CAdgAt9nN4DKgBMK6hFXn1ihNQGHD1bx1ZQvExj2cY+Ic6nGMiV7TMj4Im2UMMU4lKuSPkEyRo90ave7e+fVf2njekoNM+zuwJ+2bMvUZ9noPMb4UL5WIYeFUKG/9cPQD8sfYZ+pgCQAsQAy3ieoj+RfQ+pIBxw7jsRAOCfAgRAAOgC+FTGE6btcd10Knkxhj1ttSaqJtLFE6jhx/ajXYECAJArNfahQBTVd0CEEhpvxdpmWdepocec7CxiqvPltcGfnFJw+XkupBjV09AXxgtuhGJ0AeADABbRJSmtP95lA+BT8AQYgJ/40+2n4h1ACd0lOqX0y6LHAhgFcIEFvKAtBFYAKADolvcxapvvZQ6AjAJsRyaAIY4BCYC7DHo43Z8Y4FBYQgBS85lEmU4I1qXpOnkigMYH0F/B4ee3XYA1g0bHsXVshOo4Toj/1MORKaM7oNMfIx5Ypi5TY/FwXXlKBPIo1BDjAwvZpvbtaX+gNqdkg77Jjr5XhYHfXsWnvZlLzL8NYc4iTKcW+cS1X6H55wWt/wpHWocM0Mqs/EMBxBzvuQ9vBwEME+j/RJGTQgAXIABovm7xiWHjbyngGP+r1b+t12bx74u3/7XvWZbjrPQ9xuJ53iVUdVe5K+Ltp+YCNs/rCkj7aUeooa0jewiP1ex5dIsJzGmOLr99SICLETOYKMEJsRcJsqeU9l10At5lN/q2A2MU/Ofb8amWZfR2lnJji9idGAGS5ZJrtDvGXy9+AO6klOHfd4na/woBXGMfgveQFLRHCsj4La/zURjgK6BfKrlhcCQcmWCFAMq7o8WYPQqIAhIBjMDhXhVdfj2Z2p0VQE9G8I4xFNx37UZ/kgO8523b41+b2nEvmexcV4ig75EJJvgD5b0Y/17DXpscslP7jRwwe9VRhW/q9eyr2c4ACxYEStsV/Adu/T++LYZhgA9ggA9kgBDPRfoHMhgxPJ8JIIL6LyGWZUIXAPpmbhD6HaYnprBvYoB4byc81qvkZm51hdfatZ1HzDq9wMe8LsvN+X/VaB70VPZEufF1FL2MR4NGH0iA/IcbG/JS5oA0JGdzEQnedWxMFACs2Pg7ZgAmAZbwRQB0SQ8Hit0jAaxAAAn8QM4VhlDO+C9hEzWv03FOYGYEQLdWAOgCXFtMCPTuOAgIBPA6JfjJEs4GdLh4cTEI76Fs8zt2hdJcdz6Q+jG0qYMd1yc4USTBMgFF9K/GAXgLZOse1KbxVRwCk9zn9fvabkMDmOAc/PcdyP8RcZ8lgBjKgR4PwTUOfy7HMlxxub9fB/g4hQCG7yac7If4T8MgBJCmdBue2QP0G3io5gDCqnhO49+K/6Oo2B5aaPKjq7Ya+nHT/DvmDmEAMy2sVViqQHT6hsLkJ+ohuA1L8EoZ8yqtvy0wEYphKNMFBGFGqqCkJwKA5K6JMoFoBdAeLsBeuBvGjd/xcxZJw6qKvaJ0ow8OUgp7UFa4rUTV4/HWW4ww/D64sYtEACMlBKlY3QWg386ZABjvPaG63RLEplrXd3Sg7VLqW3SPYMe1wABpy1ciwwG7GRfAw2ob4nqvvAW2UQ8qVmCqlcr7vhwALI/t7xrx3Do43Z6R/8MPQ15gr/gE+VwLPbLtuaonfcP5q14Lm+TvP4IW/JJwVEECApiIAPztNtxqBIA8rVWAIQD159QSeCP8j6RiYxwAHy8n2aoBM/8kATR1OijdiwvMrs7wSUQA67LsGv+NbfAbEwOYyVbOwqCVOG62jP++B3hIUbBJxgG5cy8AfG9jH3my/THx/phROi0Tc0BJB0bn0Za8kF3JhjbAFPKBFQC6AJbvbS5FuSDk9QgbAb/BAgyQDWGN7f3YAskBoWWAw4mQj5ShjaGkNvdIBF3e6xNTxGN2J40yldnEBPcrPoA696rbUHw7OVl/thyxQqlA2Wv8D9m++w5G+AoFZAsNuGPSaR+mYtdh8fiqITu103fflS4AxH8argsRwFtGf8yrNfEABP/NUwVwjgBKk6bFPzmWLsAAjs1XZs++FgB8+1utsZ/HksGeEXV9X0oAoDgAygcwveK2FwBKZc7lRsOgqLNzlA48wHnJ697FUwSgo6nAwKs3rmXrAkZs+EszJnX22KgvcCyhder/Y/QPsXVh7bsoBBCC/40ZWSYobc82hrGsHOFwQHF9W4605UCLwA8tGKZLQQfGB7gU8xz3Cb0fpQCknLYN+L3q35NT5qRmBHVGD3xgwrHDZe27Wgp1jH/w/w/0fycGFAAGJ79Cxq8R4X/uBvhyHbK7xS7AcP8upuwA5L1CAAMFAd/WWxpu87btD8vmip+mowCMejb9/zJTv6hyI5PTnJZlzUde416b/0c8AIt3vbWXQwh5/mlJaYjBVillpNcVwDEAcZYKbZSgm/CPP/YiAFKnSoJIWTCJckLGDuFwlQZETUU785MnVjBeNPUT7B1kBCMCaENQHt8n5kkMOdbZsAU2Ht/maMtHghtpS7jH8AQSTxiPK3twfvLR2jSst0ojb6wauat5D/LQZJ1m6nk9M8A2adLfDr3/Av8fYfkR9lAFEAmABDgPYp2KsQB4C3kcQKbxONy/R/suJZwM9H4HApjjPuzzE/OiAMQXoNDfOQiof0g2OSM7ERn9yevSJ58t+PHPNfiWCCwhyNBTRw9nCQCoxt5iXhcf59iYdzQbixfAWjEKASAB6G6AjiVAAzC+xrSiSWF3ZgE2GddG2s0k0XgceB3CinOBIJ0cxACgD1fkjWY8uxyXCAgCG6IbK84RzsMIj3FnLMBHwSFS0ucz1IdMnCEEIDr8dRDfvxi6X0srpC42OS9wK90Q9mnqkaFMxv+bKwLgB8D/jycTEcBRgOAOS8ViKv8MIoD3d5j901xSoYNrfggEAOGiKb3N1jwYwZ/uZNyfTQVqAlwCf5/XNYIwFftMciCLszpk/wJr6oRgr9SUtnsLBw1/9ZDveYIBrJdZVWxnBthihD5AUQDST1lG/I0B8jC6+xK3oqolHwhRuKIAD3Wl9GB12qA5tGM0VRbdMAb5umDnE75u8xh315FNu9tEd6gQnXAkEMxpCyuivRygpDQsjGBLtamPXg2tPXW7r2Y8W4XPSDSD+q0UsKdZMdmwrmENeWz4QxOARyIPJAAY/2LIAEgAH1/h1c5zatZi/KFmgPy1jPu5XJr5C8iA+/dMAHP8kvJxY8XL106AahZw70xktvn3lF7sFn29fa+3wL8f582fLgReHxBU207wx4r2z3oBhABojJV0zwkDdDERAciEQJ0PJMxz07j7kB91hQPWtlAA5wJyeMfuwAxvSMbIFPSHA/2oP8ospHvKGJZegLkxpfGkXKex87udNQ7Dm/YC2nFAqk6Rq4sEEIgr6A/U/3QrAer7ViLYgMEJ7fpiXdJL/xvg3mYl1bsKNooAfEsCAOT/cwb4yMMDcDQQf2PwLYPN/G/AocC5wZ/zPp5pLns+gASAb5y2BOJTr7QUM0MAjQSg99IMTJ8qpNszXP1LevZ+JwHU0+AKG1gPgDa1GIAEVpCa+XdI+nvkEMCWYuK8gOIBkA/Q72G9NDgGGOBKaUEBIKps44XeiIpLym8SjpqkQEc6sIgE8B5cSQqMQ7B0T6fWNbY3Ht+azbERwgveZYpn4AafL+In0ZV86Vj2zLQL7cPbQJ65E+RbwS5/juC9HBJ9Y5jdSCsyK58t/rN4B/wrAWC8gI/MAIEJwFOsHkw+x44N/hXhP2fLFJCQACAICOfDAG8Z9OoVC+hpQHkV/NcCAFRqNMT9+UCx5t+dzue3eyDC+bXpwOXe0gI1lUwAx9Mu8sNBHUCdADAfMKkCoWwA+G3f54tbrqARuo/CAJQa/BB1OilQSd96UWlu2QG8kAJYAf9EAMu7QwIAnwAa6bN4MFNFz1gfN6hRl2TQCpmAnPLQySHPzODFf6ErdeVa2DeTEsW0ktf7Xjb1rnodw9WDvOU03ZmqdGxW/stri3lPcRkSAIx/qwFwTNBH23DKihacsuYBaEAAIAAuxYACZiIAUp4Rx6ApI+DLHf9mZLHKSAmA8h3FtQaay7H9d5rB/asTGs/mtyg/DqsA9CByuURVs4IZYQjBhKYGAoKxBLjd1jnE95g6NCQAVNN64rvCLdIAvJMcoraahm/hWMAItkEvoIN8IGuLr+yqFhicOEcLuviRuVxgc5fZubIGwjfuYV4k3CDa+dRj0lJJWo27weQirCb61fF7KxS4xRdwC6a10ju7O4bZhfHtR9EKwBAANghfjQAwTgAMC249NRa+xSwBD83PDQkAdIH490QAdM1shNq5EcB7aTE0/uHe9s7Ts+dlrgOr+ZcTANhvVQAshfTTVKpcfVZ1t9mRrN6LaEdvso1IADGJB3BogG9iLHi/7XPY36fUd6gBiAC8BgLXbCc3AH8cwjWiW7Pp6oJbvA7UCwgTtwXhxkZwHWhWI/bVlU86yBWzA5t1qvJyjEjA0/BolqJNXmHvOAE3HgVvmFi3/+K7y56QAG/RmKNtw6/lnqQ8sgpAyz9+0edJyfTPC1XUG/QBmC4AKwGAAH5h7wq0GzViYNgFbLCJjY3rtHd9bV/7/9/YlZAY5mSaS3tp077KBDAG7MSZ2VmtVkpPFtuUklzJmqLofTH/awz6RX/+tCiAYvAXYPGAf/vTyz43Gkxn7P3Xk9P5vgGbd/cBVO+p/Ld/IbQKQRXEOi9+IOYrM39gSqKx23q8uJ1zfeyuiv/SvjdkO6eAfTtNp1S/9N20SIBRBYCEBC7W3z59Qq6QYnNgMI0VVO6KnAfblQB23fGiPsByTCWATyqMdhhn5E/Tda9kNMuVXl8Toz6A49uxnU4K/KwQNzXivU89Sc86OQ2khwoAAKcRyLjiF4ivKYwjBnH9sQ+AK8QTJ2XuPK/hY2xRkwtwmwB+Sounsc2ZO9blPs8zAZDdXpQAfBaabngxFQgdAAKgbAmxNNbMRvncyf7fQwDV3+j7274CrQIOxnhA9gGYcWkZ+yN6rpJL73ZIx2ank2FE4Ie6gPJjsQD1+aW5WqYnSw7aWACwpxF7VsTf1xOsURz45dbLWsN/s8h9UwBFfrgLoB4V/rBE2zl4qZigXy41Ajj3q2Lygy3INGeKx9BtkiD7i1S94KQnZaUKKABKDGzmB8iHDwvqn78moB0L63x/QszOcMKd6J1CmUh0/IwAjiCABwzwoxJAvXIrhOlnVSP4H9d6VGIDoAAeGvw5TgOM/0zU6u8H/N+P+LXevbGGvQepvCEcAHQYHAB+Bq25N+hPFx+qEcBnT9Z8rNNRUFvAa3AHA6xKA41CAPtLoxLgOyOAnG+9AP6qucYEu8U0K1JKPgVBVknxOzWdDC/M2RKEijQEQOcbdbe+QK2yKGV44peBOzF1HFgaATEvZyTTD3oM6qWTPYwA0PFEohLdGXTfA/lxkmzRi3iYkZkoeWMOMADJAS24lMGP+3GLz4OAOIOjgzNt/FSY4woKYBP/n2YnQL36xWJ3/ChgP8kxUFAS/JsCqDYmuqQq85Af0eRmAgA553SuvhZPeP5BFMB2HNDrV7AYiunxuEUhV1AkAGEAaWHTZU44pvMzjlrBDZL/e8BfD+ysOmguuqFrFXsSW59Snj4/d/furnNvZBk1T5KmSDPTeUxUCrBu9935VmftAiiU26m73FM1ZJ/alQ2UegnKxGdVCMA/CKBnBSAmWziZs2Qn8CNQAGqcF9YYQL0FsgpxAAHC+FPHjF5oppEgGQABfKiFj26/mPnB7rdlW6XAmQC2+gBOADAiJtlTAvjS5aQK4LSJf+oBIPuf013MaEoXntMHkfF/rwLgmLDYK2CpyA2RPJgAFEMKsksn6ccK7ncpIe6/CbbzaEAZCqq74gacTAGMKVf72ySCX+b4WvBsu2QvqQX+ygCWDKBYWcm2tPhN5V2A3TQWQpCU1E4A2f8lHI7+L5+SSgDthXT28Y5HmYUsCgAMYA90MYFtRAy4L9RAS/gf1BsQFACIl+iAC/KwAnPgYoeup2T27A6I4z98qe3xDMCt+fM4v/7uVQboNRKgfooJxjETtxew28ElbZETwJYGWKEe5Jvxi9JfjIljmqqvxxOefhQFQPh+083hEmFhCK8K9UVjLhXfOgEkVdlTUQAagfvcpXohgPIwAQD73pwAWhwsFQlgs2wn6QLUt0YSHYpXsdUkZxJKbwSQ8swAllbO3lhWh2mnBHCY5Xw7NSIArAdQeGMIQTdPze0y6hnKGq7/Zeklh7cRQJKVpUA6Of5NAizQH9wB5XGpGKJimxXDFy7A2Fhvxf8B0xDJRN54EQFAgWSC/KfXNvz/EUK41aHE+b4mAbQPkBiPtvHVTQlAQwCXocCnUQkAJ4YyfqgaCf3PwoboC/6LpvrnQfyOtq0AiNNjXDgmCJMbihog6Cw5bMGu3ctz5/kyxiO198G+XwqEV3VzOV+FAdQroPkBr217n6SHr9kXNWOqEUCaNydFPwKABffHW61OwKvGGHV9L0DLtVcGPQ+fP8+cxb+9dQJUAiBk4QgFQBXmaHKSY59exrAEeMKDVQYTA1F66Q5+aMiFzF+EmyzO2eApD4AObeg6Gvl5FHIUoEdjGK2E+RUDAWyMA6SVKMl2T8TjOgG4aeXukzoGWC6sfzIeGAJUiNc5VH2sAIG6/WogfTDJ/9dvvgAahxwQ+ZhidGxIp2LPva2y2jvnm4f9TLlGFnC2o0cDN1Yf9CnVLy8yIUgZwUYBfdjvePQ0h3Muw/H+s/cGqA7soe3KVfJBNC/Hte3Ol0kEgBGAD23HJs+6MHMnYPUhpeSHqwxJRWiPlNcNI5k6BXw3zFcgRwF9ZSHxAvcB2LwOFaQDSCRwuaPNHrTi4UC4/3GEY49C52H99oeCf5MArxPAejyCLMuIH0/3cQIYt0r3hYi/dV7NfE4rjcUOxy4//Vftdaegi7rozulrtBBQ/yGdnLV8yMyhOru/dWLF9dfmwxFod0xh5/tmNRBYHdpL30ytPhcGSFpnju2s18vtxeVveYDEZMfKcLZeEWzXjkVVpCytu1VrkQZnqGL3150YhxEMsGuUvY49irusYR7xH9t/MACfBgXAIALAqFVG+4stn83NW4zahrOAO3ux/jNaeepfbBbPg6tIfQCSDvgPxwF6TQkSk8/gQP7MCkAjwIwAiLr9ERjASAD3PPY8Bw74r74eR/8WBRBx/ooCSGEkqk/2nJVg9EKbgQBEAVzOHvrb5vYIlz8MqkA4wPsAWToBXbsXaw8eCTicZBtNZZ+H/t6FE8rPVb0H0gOQLERt291uyTwAov9NcQ5lzCcXapkTJfbHl/rFY5cl9eveCOCqBFAs1Zj84491rP5A7b9ZjKSNFr6okIJla/wlVrJl/OMeTht0IrWFfPXjPAG6oRFGGC5L31kq4K8igC0+UQLo+B2cAMhtgJdNofCY/1oPnXv8XrguHf4EED88DwxvUABisRvapzAOxXMpeBQg67tabW4hAIW/1AFos1cEboIdMQ7gmYFS3QsDSDdgj1k7pxMKYSyQG6oQkozxiVTPibrGrr9oIRAbpdcT0+1++W3QRDNz1sF6LFFmVbJEsIggUBqYCSB5JwA4ZyqkBp9nLmWasQQeiAogRu4A5SQBKFSQrwRwcQDnyE/EPY5BhvAdFxrgTxcajvyTOQFIAsQpwW3m+zCck3w5P89n4AtWAph0nwkS0YhJF/yrrkKeU697jP+U/7nRvvcngNfNWDN92QS1bfBAGQDdshGASy0ngLm+0aVpBP5KAEfE/pOpLsA4gOBdvsH0cjlOBYHqF/AgndOYT9q0DvrWKGzDsHAcmjf/Oo338+Xu+M/uq5AcopdqnCujScm0OpXkE/m3z/1MAXo1CEA+54L/lJOLTHLN+RHA3rd+DvHBHyuAiuGPHea8EKrt2+hLZNRsJ3iq4qvgGDoBw8QsXg6S72PbDfhpFgDfHWKB8ZUlhTrnbDMCuFcxrpEFADiAY/4PbdANOT39lwyBmV9PYZzdqbJlV1HFav6Pz3hQCzyoABA7UiTwAwGwC+MAMwNoyq2Xy3kapzkrgOcEkHRv7lkzCMV09p6GYInoE/yfBWSVjLvP+L9dTrVkl3s6Te393t6lslstxVdz9+nzZTIRIIOBSgBm9TL/HxLf/nQkOu1BTT+olFxUs2Fu3sMKbIxMDsbgdpxJAEv82ZgCFGaC4/SKTuBEonRY+wBSEoQlQMwL9lOCvCCdSgQAtoMCkBx922FAyTVAAh/4O6TOPibhv6r+vYN730ABqERyGkQbk0Dw0FOs/vVBX9BpyJaa/6IhG5ey3FJtNZ4jCxwXAeAaQMV6Xd+EAa7XfeMcoJZmQ2KQgSV2zqdsuUBGxX+r+E+C/2ztf3W8SGogdebrbECrw6ojCKOUnrppU1LXCAdQXwbigLIbYxvDfdjnphonIIdJFUbiqTUmwQrUuRGedYMtFiaR7bGCmCUR2/CENQt9/Fa8AKYBQlZAzwnUPgjH+1IB9AzKCgRQBaqy6QgsAXzlHy19OXJ5KMc+bnKPv2BRAbxNR3jKHNatGM7GY33v7t51s9O+u3Za0rFNuWplDg9lACnL93jm+FfJbwzQFwaYigYQ0xBgTOARJxyCbLARS8jWuS+PcTpfmhn/Oem/TS7+vqsGGLizYpzEU2CVmYvL73a5yW84jwaKCug6TWda0yiA1ybmXJogSDAAz84NDsFHqVgiihmEdhcCH1+Gg3gpvGJ70eEfFlpFpvpyWD79pAMB3xEDIDl4r/hP9NnYBKo9RgFOxVbDgFMO1yCwE16AKiiAkP9fzxv+UwSwjHouO2+5Cv8DiSb+ke/NOwN2jMOqoqVW23lZwRz+R+zvXALIeygDdPdpUkeAmjGAheJntWGw0mCyQUUCT0d+KPjvcrYARfmEzee+m6ySs7T3N9ixFef/tWmUASplAC3/NbVjOd4h7xREPCfPoNYfiYtJVy+Gc0PcPl/C8EdvQcyPRCoIuPYLSRHEUUPs+X78CIQiQr8dl1igvfoBtBtgBvxLB6Cm7ku0rARQjVLv3Sqpd/dh1ECg4LM2826Vi4AwdSmkMEhPIIA3z9P7UMMAVcXbobI9mgox74Qj+UFId143bBAB8UHOoAoPD6vZQ+2jyTfcr489LwyQjAH6+zTOCULLsmQJLcA0CjgNlv3Hp9Ukrkk0+/8M/zlr77/ZtTP+x6NXHSo6RTblmZRN3D035Z2NAcq9lDikR4AuAP4OgNpa32cAPBRW8afgURLBwfHH+ASJPAoXYIwymnFGPISFd30/jhHEt61oP7cWC8AM0GsuB80KfMh0WbRBCWAYbi8oZ9frDKFPJwru3ZgKhD4Aj5boBvjnWRZPtJUzeQcMjjOxEw+sVV+8x2sH4qUOq61LEJYXK8njEr478E9fLrUOfrPYCUAocNmCDdbzApwAFvGvW9kA/CoCngsH7G0oQOB3/nwrGsDSg6kd0F3XITRLA20U4PWBWz+768X/bx9EPtvl1lznogOtlhsE/0gXpRx6ltDB5rm/HOeLVI5YXjInAFYAAAs5AcxiiB4pAdyDARhTBAUFQdgnBQDYBmCvkYsHLziFnQIx20iEvz1XBpA6wCgP4OD3+mBtem3aStVL+p9pkMoAbn0l69tQbbWdGRRguzzTLfNb1P5VDT6m5LJtMHEGCZEp7h0zYAADXOKvIJ0Sn+Fvg3fBK3SmvIItfD74pLgk8yeOyY/ABPN2mSBG81FBXL72t2cXN/aeNEVvHnSsHv/lHhTYXkEAkP82JeiIAwrCGewHxV2qjwWwOqPou4UBRnHZYSLuTADa+rsAOEzWYxi7263O858oG/5N/o9HQb+9J6y/ycyjazn4ckmWIK5qL1po+RwKSwUvPLn96ITYEq9HU57IcF6Q3GgRwCy0GOrp2odj/KFTv+GHjGRBLEGHGJW5bn8q+Ld4ADUpEGqFgdQBsG0a36EK4D7I2u2UZhrYFM0bBUAe1uoRSn+yRnPQ0zIwgiA3giQ1oziTwUunOnyAQLA/DvC1uFdUILIfX8FzNPgDxpv9pnzOAxKl++KfgkMssZmhgMIgxVOz3N8LAxzazjoArgEA+aP90EiA+u6NAbqXvlMG2C+tutTSQcZNhf+Soc/kv9o4dZfe5Huew3/6227S5n9a4O/c9Hwsj7LuPz3v96IGLmfvIr3IGID4BdJiq3wchAJyA+rT2Nzqc8pfuFGF/ZFeJ/0WBT8VTYxADUke6XqcyqdHt4S/GHQjH6hFBPxgIuAHmLb/WwhGiZpqUn/fiQhgnMMANCHoI6O8zsD/Y6vSE0E3YgQJGAjEjHdOywi8kwLAAbTa2y8AhqHfLmvSBvNOvLR6JGIyfUDGPyekotFip6rw0EZyTQAnr8DmlTBkZr6DHQlA5IcDgRT8rgH2pgHyYboJ/qTgrpiufcQupdWUGjnoEwHVxrvG//uUfxUCl93c/u+lYOjzs8Ui6+LDFIUBGi1g0F9q+9soAUhGsT65YSIE0M/4f1RZKYIszMKosA6wpPkAjNE4OhC6HDgXL9FpsUMRNES4ls6NccHpUCjARIBwAPCf+fxo1anI8ptE/Q6fPsOGkxNA8/g6lv6+wm0Z/6Hqi8M7O/DRNg/eaqL11pN9i+b8CQd0zbUevXH2bSaP0cAKgGEOHwCIB8jXa6lfsbyLHbED/jlCpygEipRbqJmKhttqTbMggFxLmizkvbLyoHtzAXbo8c8/UQEUVBb8EwPUt8uxMIBV+zc/gM/FV0NBUitJLKlDivvvF8O/kpR2ABpt/x3/kP/PM/hFBjwfP/XdfldevXT2//0iCU3vXaGEX3/9SR+/ggC5840OQIizD05SXbFCxUUMfCAVxlQSo3Sin55T/THD8A7xQYgpCm9JXEAHUt1qP4DNxv9eDWOpJvEdVN2nT7dP5afYp+H0UmyUXudrKQH1sRAAskdTCCAIwLV4XkHTYUaYLTsZ7gIFnG39TDpgBAC3AS7J9i4OTR46kl3HKnIyIuARbzdvI3mgXzE8DNzBWCHHf/nLPFkef9ZQgHOpDizN8Olkzxz/5gI4GuZ3vlJj+OtLxWwaEAYDum6aWrfDwRJzcAHQZAWJxcZJhv+SkbAygBQeVf9f3d4g/+fhSeufPM8E8OlZlMj1cq7mquA3IaDrdO/6nRvjEOghdU4w3qy74F9vbI9xBy5OCvdsUA2xgkt09IVy74TrrXSBWDbUwePZZ/PUaqMAqP+vzFM3SMLXp9OqnMSQz8UGgdC2D8CNCUDWdCaqClgbCaxUmZpRHECrLa/ggIkG3VMHIiuAxcNgr9j7+daZAH52yAnUesi+x9nh4KDTe+BdnnxnoYZsp1A4CLcaa73CEyaJV/FnVmxZfv3TSXE5OvwVjVIWUBBGHjcfAjDoOSt8LztOAIUBzBHQ6GCA6vpZAazT8UFv1D4GWNf3e/8yJnzvsjYBUB+O1v6r6D/qYv0TOfxcGp1dGQns+pvoh3shgKa7KgF037utXXwEHqi0ODk3YpEvIKw9CAOget4R2rSi13Ez5geGf8gJGBgkQD5GBsO8H6KTq0UHSFzQT22ND/n6wPggVtaoDFTupptNCoEwrQCpxwEvCbnsgEzIZgAw44C17+yox6n5oQJYXJOsALiRhqeB7452H3t+szgMIBZfGMIrs2GHs0Cb8dcJVg3hd16jucBLetgiBVb4bzuUAo4WX9mJWYFgdwVeCgOMrdioEYHmAkyotmNOgEMtNnaSwdP+Ak+d/aqXOQDg2vcq90XxGzPJ1uigWJEAnRDB5/ykAyS37nq/TtPU3Ru3ais1Dsn5B069CEGxeD4YIeRiBDHgSqaADWwGtwDgzFLl0ezgkJ8o/CoRkpAZ5qnN+HhfZSEFkkljaPnNUYAhrx0BD2v3p7VjfbBdQxc7Abnf7KSCFhin+j1wSRwGxCU86EC1rnGJXREVgD7ltyOawSXe/oeJG0GOsisbYayGf0h/X+ny5PVyxvt0Eg5IsozukG+OCvNuJQB2RADoGKg2+K48jAFmDZDr6XabOwGj9ABqJgCL6dVl5p/77ZzSQp43i06VzGLlQ9HwX0G+mm7mD1MUQCNRzM3n0+wikbcWu4MAWBXHMooMZ27RGWMcKYyLOJEPJm0Sb0dXI6tzvjNWfCxK+DhowD2CSHxbfQCSLOEk1gtsoRuFe0D+R+PRKi5hwPybExrEVQ+fhv0zgTe45RyAaF/9kqgAZAmX+PbReCA8Dcwqskd8ExVAdiagM0n6g0M5YTRFqGAno9CXrWGVEIAH4I+ClDFJUL221eK5sx4AfIDAf6wSWhYzYwDVcjJXXwT87MRbHACotoNsgGW3Mfyb8+84f++XoxCAeAAa9/wD/L5/7AsD3BpRAM9KAMkJQLoAezfCcoys3VYAWHN0OoAZG2tf4qgiQZrT3jKJRJGAG7N7kuHGHzC+dYw5jm14vDsbolXjxUxE6Gi9IhriWBWPhpgAgKhCc+7oATmQ42ylAPxUIx2mCBIJT7gZywlsCavEO7gHQIx2HafGGAJ7BW+zHmJhnoWgc/zTdHcUWYIhGggKQGAvmTsFoIL/w0GS+VpCnRnqz0oA3AXg+iDyslYGhAbQqMD+5TiNIv+tMpfpEQw4up3Ot06vkeNCAJf5V7t0k0wn2PVHhP459B38YkIA+92KAD7JjIS7OAFbtyiaGbkPm2XfiTj8w7Ls2CGsY5cPIMATiCXoPK4cENR8DGDGDTm9MP1EYxKLBnUTL4yGX+DVQKAKD8gQCIBMMyqhp6MCABB5vJ0vwegfH4nXRgWAA7g0k8AHmIuxNrCLyfsPoYHPWsE1xAZ6DvjngviAPnaUWZYym4dpXHL0z+3/ND03irEOEoDif/mQLhgJWDyBlbbr0+Jl0NhczP53Csi54L8fZ/zLISUAcwE0klr80MwEcHQGaKj5NwLQXOaXhQBE/hf8X35yCxF1NNLOujZM8yEw0WkRVTHaDtCErZpatlgqgD8nI5xbWPpUQbfw7bD8uekuEJOw2NjHo9GQqzJUVqePTBVWgwLgWFwHEyHRr8EZAC9fA9FgO+xQgFMAPgi+Gd/Uj8RTdQ3xgjOJ9avtukBwPTzE/4w5xr4pAC+0ORYeSEYRKQkBmA9QHOzPPBXI4b844XFMnADfCQEQA3S3/j7OHgYFu1O52IL/8XyuTf7LMbnUEkFerlM7GgFoDIDLj5X1RgDlaNddBiWAqigAsfMFCoCx6laFJQTIRbdLaP8J8dFbIAsZpyTDfjAgHgM+gQ6Cu982WKHCSLzoz5qPGw9D+AvRe7/OJmHOCnqzJHSGwZHMGZZsJ+KPd+KBjel2X30gjBNH5wrLxHCynx1lJK/Z6LvnWrMQ+1QGe5sAHJj2ZmkOymsacgGEaKBnRSJXCrY+QEsMkCZhgJPr/WyfeaGorPj37r+OC+hZZwvo20EBzPase+CAeVuCT6QWyLVRAjgVBXCf2/8+J7fQpm8EzWygIpwSR9Z5F/QMw4RsM5sXoT84CiMcO4yBZoYZdmOnBWZH/zIF6FwOLfYwkH6KbADM4IXoBAT4QQEcPAGMh94BbYMbBDt8ZnyFr6FrH2E0lHaPqd7w98aG7643AbXz3aLFVovz/YhVEAD2LGYE8llyiv8lw5gk5S2Ym91tCnPE3ng0sAbhcYiwugCsE2AiwPKCplN/606nhYwUnhZ4rIfqn/vO8F/PJgRgEX1GAHsjAMtSaELg6GJAg4F3xW9xPd8sgcyny4vMSD2nUBdjY8gMC6wKW5Lem4n8sCHs24LnnpR48GgP+8ECkBLjBw8d9zlCBxFG0wL+GgFIhZekxV7SgJZx+34VoBnrkwL/CfGraowUjtsK7bpvt5v1Kjbn2OIVPrB9LV4I/LMl3ysmoHgtgz8aizzgf6OORZgJWFU0CiBNs9xllKAAlQDT/dopsJ6LGezYZA7OMQQCyFjgigCsy19LsZFRpKJ+BBCkfcyu98n/FoWgBDDaKEB3lTHEdpkG9OwkoGZDkr2ECUk24OvLOZfxJglbG8/9ecprC414IASSxxtGoAvj9AGRhPZABShONlSDHyCLWhAEEOR8zAEGNJiROMWZf7YLMNd5rkUE8Ntu6FYvRX1nbYChqyQ7cShAjce7Y4zUN0vS8c+nGNweYY2po7Zq0GUutkwTrkgBWM7t20uxVKU0Tvdu9v4XCghTgjxLGNOCBQIIAXgnQBnAHAH9uZN+gLz1Qv9ZBfDP5/OYhhX+awskMidgpxJgFIQ79HVtPgqPDOj73X53nH2Ag2gMjLuACDfa+CoAe8uiM40gZBt20cHQxOPZMOdIG+RBfV/bhMLfUABBAODHXghOYg54xLM/3QMAAZyGdY6Z2+f+ftbdmv58/j03RLHMkYknxcd0x2L/qXRgb2MFxJhCAZFsBJsueMcDfOAEoA5A8ZtdJLtOLX2AQgAKK596o7CT7UaOcDlrrQDa/cIAgmWR9lPTSO2P+89Jf43Tz93Z7H6qq2Ew/I+H9jCqAqhMATS7/VRutXcJ4PGAqv59MpDif//cXPvbUFxFTyN7qtP8RyCYh8gbPrZl2yl4oppg/ON7gbkCEPQjrhznwi/MYYicFYzWWHFHBIbfD/s5/SkBcJqt1lKvacAbD6L75tOO2rxgpoAMNfXVKRu0OTVrQuvFPYDYcf8PZAAOtt3+oAcUgq2iQV0a4iP85V6q/WcXgDS11edLSeJSP8n8fI2pO5qnDyJA+QANMGsA+ACQCEjeQquQmZ8RghYBD3X9VA0nzdxTa8jgWNfIuXvpCwPIOMDu1vf2vvIh/OPoSuTBfl92ukunE07maMBy79I8wQkYi0tsJcjathhMg4tfUwCZ1raXzQkABcA6IeIcCoAxz8/ZYfmlbuYIqCQcWaXN/7otcwIYdV2nNdJhXfJX5FPI5LPxPqWE+5ICSLo80vmsxP4LKcDfZhj+4YIvIWOlW/D7Af6uAGwRD9xzdZMEe5UQQNt2Di41aH5vfZfDMFUAzf4q+DcJ4B49q6vDLm07mqrqNJyGISdLC6ZxgVVt/0fdS7nxJLGATW8iIOYo72/Ha3ttTABUT6oAzk/tKOlC02Ks12Fvb07iaFdwJr7BuIur3lsTw+qeyfNfUUlU4LHeWKy+CZycEcIma/5k9opt7PwsGyMAta1+DxtUkyBfllp2MpcznO2cUyqach4Ul7NqiTxNFSRAqF6XPTHof7exf7v5N8hcj4AIWVhCUo4xwJ9GAVQBqEhL7XgYp3ka2H7XKdAd9b4P/IEfWAFIXbBFAWiHvk7QsRsDaadTPlleQLlGCgEf/IxLv9td9+IH3N9cBODNj4p/UQnX5tgdLz/PIedlU2yaRiaAOMIf6+RuG50bnpIE/7NmiZAsf2kgAG1KU41NJIAllAyagVyUCGWLBGCJE0ECdi0XQYocqs2/VXyfP0Lv3gZkmew+i8dDqaJYIYDEkwHdku0HBfDBsvn+A1bRD01kA9pZC3AtGxII5ARMQgA6LFfNgUDXzrAuQOu6XcdVwRiFdkh9AKoAjAMUzC7+Hwehe2uUxnGehlge6jho/Tc+FwZolAEOe80Iat5/Wfdm5d3mKMCzAfBY1nU73cdxnNAFiF//t3AhR3fA29XElwqgDgqgNgIwnPomKoDsCiBQ7esKQG9pkzSXEJ36sLTrwxDmK7pZsfd7SoMaj3fKoyvvkAc7bwqRwDSOlSvY/xIgxv5hF05A8CbpKcoIyJ1LT5itGPW/cKpbsT0gr867ZQ7egvnYBbBYYLUlE6BPAuJk+F9kLhaNOB1qucBDiKblrP5y1AKkoygTywkudputbySR+FUdAP0wKySJI87S0yz4JwVQReT99RYhZuX8BgogMwFsK4DhDxWArF5RAFVQAGVzEMKp4SlMet0wsH+BTbT9eBLwa1ADBe7Ieqyqk3oNNqYCxEbMI3D/vY32t8M+Ty6jMWbsMfTjDCtYhgKY0/WaUEiHw4oAdtrIX5td11Gf22UAt/8IAyqLGaYBswvKc+yjKOBkiQgORgDIVf9y0dtP7UEoYN8U7GtVgEanHursRUkF0l1uJ/vTdCJoCgHcCwHcQQDvJwZZmL398qgA9Puqgw+gfrsCgBB/XQFYF8AUh5g8W/IpDgN+wy1UDpb0eeW+n20Qe+xozMwATAP/FPw/zEAjOZdloV4rZwMIm1gPAPXXFf2alFc3+tTgLwTg0f9d2XSLBuBaIdADPhnQJgPoeoazjgVYLmDwuX5kOepZyGb4QwEATel2Ocs77Gd2qO2mZpK9rCQDvJZqBOMwXzIm6QGcpkAA72LfrPkHZNmRg6QOWOFbjEoGsIvFw6J2x56HJmcyULfVdX+PPnmmyfGU2OItLv//oJ+A5nPGb1UWCjjLhH5Us2TwwwegqG9TomRAYlZiuzyECpwCAH/yDuq5JAF2Hg1EDEAld73pd/yLefJAqV2OiNvUX3qdcnjdW7FBXcZRKolehaau3afLuUhMlah1revT/X6f/g4C4DwfwaLXIV7JgW6EdWcAlHkHA4AEQuTPo4n/WA2mA9aKwCLwdI7mejrZ1NbG30MR+BUxzJ+ubMsjjPbLwOjJWwjgP0gBawL0WVCUBIRLwQQSAPbXBfARB5CcAFCdR2trGqatG9DsIAEgAChdoCoA1QDoAxwO3lqvSgIgXYmi37lHzJwANhkIbVpzufT2JjImYGa5iK5jV6rRdCdLOVkL0NUFUOxvIgAntbcmzVJ6Q3A5fWHRbYMjeAYEOy6jn5goQDdmqVaUH1rRft2xO56LNe3UyTSQ69hOu6unc6eyymH60V80hz+HSIREl6/bf68HUFWcYX4gfzVns+XiVRAA2GFe1eZXxnClrJ82qQZ/sWvjDNCwAiACODbIGmztP5yA12Uk4DDzi1cIx1zAel5IARgBPOX1/246Xy63Y9cYKYntp3a6d/d7d75dbt3of5JUz5vTvbw4FRbI708AwNm30f8Zn7mOltaWk4sDTh6BJUQp4XmYscIZ0nGUfr65AfJYI8Xe23wr/z0FEKtCUCZgmhjiZnuUYgG7lr7IfQD1eFV8uvuvUwbQip8QATsnAIT/7ZAncN7z9l9W5T4oC1geinRvSYZ1TlDrAMjbH6yasDEAN2V11xcO6M/y5tJS9b2Vn+zP9/G0/IVqw38ajQCmv4cAQL6wt10e3T506N3+QeM7xTmFXKV4sy8zPP2pPgCQz3tMan+jfZDoI3YtxVLJnDHIX2Q3ILf6XNPGwwDbTiHYjub+n+W12nV37YoTYKeV9m3mDcT/s8MfBCAmBIKKYMVQoVcsc1Lgg/yMcAGWxQjgKfMISLmiOfe32+WXW9+fz93PabAIU/yFTo5/8QB0nXQB3p8Ator1/hUtgRtyle93pICKn9ES58/7g9MOv5UAcoxgj9Oh/Y/w99k/JToi/cRslYx+qjupBvDHUUEMq4AAct12BzHv/C+LWtddOwkEEpO5wagW0BnukRN0D0MggCkAlwBDSqgLlJbKYHA/KgGAAWKBaFgMvz8pyDWlwb0rdp+m7v0JIMIjzjl8O5NEN16MxP2WxllpQkqMxx+Mpx/kN/6esZ2KCuBPjrBW/2b8M/mGvG8VCc6YlYYEAO/klaBY4gCujQC1XQhgBvN3XzLAOiEXNfwoDeSDAJgNoEVB4QVEaRAvDGb8MI7tQgCsAaA8IYK2cnEpxnXu4XT/2wmAv7Qo6l+/OIYVc3myd1IAVdjiDxsqqNCJ2P3rCoDnsuIHPPTm7+Jf6gWseOE69LoAAlxRhgVANKYLdQLKT9eYAtjPprN61GT3WtR/MVlbPT54AfxRdk01GAFwB+DgzX9dowdQHhaF4C5AR/9aA4zc4IXWiYigzsB/N1shgPQ3dgGYpd4OVMYbC+33dFIxrIP/ZXu6oe68UQHAQvRffMZvTBblUETRx3MBvCLdNvg/dMRwKJxdMYfa4p1/VgDaBnfd0gEoiw6yzbk9tEGfCeA67a/lEFIBHr3d9xBgR7/6ARcBgDgAeVBhEHcCzvjX0/WHewEppN8iAZAzhhRvleU0HK39VwnQ1X+fAgiVu8yid5bG0ckqKh0SXkRwkK29BOTg4QJeEQ5+tm2LRcVl82XFKuDpNf9G9XbO5F4qPw0J0qPRZ4vfxkdTANUrdBOoi/YAhZCGEk/JLcCWOQ+qVwXourEVu6r7TobZpfX3uJ5dgb4qAH3O039iaTBSABQGUJYh6Q8KAyYtFgAGEJt0bVOCkFIGfwPt4b/c+mYyaHvs2ixrDq2M/SkDNNoHGJeAp/eXAFBtnHdPU/559Qckn3ZVx1/ydiJ4AMbzvA92q8EJIIMAUAtAHgExoQ7yNgHwY1tgV29sP6nUMnsCURbg6+H/ZZahjzUIQO3YtstvezQmprKNjQ1HfYcIYX8z3XcCaJsO8T9q36Fh36kqUE+Adg0oRags8AaWLQJ1kBJkxrh3/4kCRAAgCgifYeYAYY35Ex8LST33l1vfP7eUwjhYVbcF/zILyCRAeeIlCepiT+9q3FphLTbogoBNmjRPv44d30hbEBVAfk0BbAKWY0oiAbiRC+K1fIlvkQKc2zvGsUdX2NcMlSM2/uNEAcTaztvvR92e2EPDEqs/0aaKc4RwTM4BASjyymICfob6s2b4kiF9Uf/dddYAHgnAyQG6bhk2LJQRUoLow+GvXQATA7WFIPlMQCOOySoKWj+A5HIQRHOAulp9kGvvVhKs2LU88U/wzgQAfmdeNkSihhQqUW1VA662RK38kAKoggKoogKI/0v04V5VABxcvM0CnA7tLbLJuYAs1FnZsDAyAU77SMFAQaa87g3GOlIDe5ywgvbEw75V7nquFUAjs3/EfP2dqX3ZzAxwFYhfqTwopQXtGoX/jP8JAsAIQOAOASAMcNJ9fQ0SwKciSVVflQJyh8TS0oNmXVfYIMOhXoYRxmIHDRJUMhjnd6jfnQFIqRFYbDJcZeZl4AecvbKNOfAs2i2uazAtJEyAb7gsbw9CCpVFSH2/WkooStHXbSuNMhdJe/2NIXZYOH8bn+i3a/+xvHb2W1y1YHHeggdxHqWGBwEcW+DfQvmUAkTSqwbYS2NabMfBgEeqDSb4B/x15fOA5ipgJ0G/rgZ5olYLghXDBb6w8l773fNOqgKVV5P/RjknPd9nDXTlhHayDoeVJLNaI3V5sbw6SV0yt/SuDLDjkASew51BAK4AypHH7SWX7tgU7TjdOOOvD5RDNNhCs4y+yhv/hrYztFs4igggnnmwJY2dOj7CIP5DYzZ921yxeBtizOAgDM0FRwj4FSCA41FhazG8shL4zxSgg4F7lQDSxDdsmjDIZgxa6JCMIkyCRigAxSQkgMxASZI/LnkoIDkBfDhCEg1fm+eruCEPFi801y1cID8JAeh1dnGNXy4nq0l+GuXa03trAKFLDuKjIZ1BCAD+bRAALCqAADaHB+Q9tDOhDy+R+wmPeAUu3V4eOqe3yhh/HQOEmqro8rE3JQ5+x6oOvPuBJgREiL99HCVeTuTIjM1nUCJOnGJ98/35eEX3v9X2X+GvK633J6YgLxYjgGAeBOgD+t7/F7NeuLTHWQVAlhcE+pYLDPCXpetEYOyPOgdYSURPboMd3Mqu5Bs/P3VN3wkDWJt/cvCn92KAxv8wj1u1qloIAI5uEEAAoo0OMLCiAAxf9/o1d7tmdxdU7EGwIm0hzvZrS4fy+wVd6h21r4ycYE8lnsSaixvV0Jmjqo+oATbcRX/KiOaiXzDyKm39sCcF3fVNaeEN/+gAGAs0iwSYZ+FhArCabDsvCeDDgIjnW6KABsGvR/6nlKH/FcGzAhBpgJ6BZPGV59UKGnYTMZobN69zlfvLJV8ul1oCArzuwQng16u+MfqL2YQpMAAHcUEBoPodKQAGubyKwh0Bl6/mFsj6Z11PwB7gE3QCqFM56vjVnVhR8KvnPQDJ/qoz3SZ9BIwTKGLpI74qVgvhEoIfesYfj1Z8m+AzX4pFdQQeJXJ0BdD0x9+5uxb2RpEc6H6AeQYT8Dozc/vd3v7/H3kttUShabMeZ2bvkhWEYAL4EVd1tVot1Qb+mQCqHA4IAXBeODmQ1gumM2jhU9mgIpAMRLwAjNBtWgB7AKO48OqZoB/p5O+TQpxgVK3EnzIjiHv6roW6dumpR94X9ZE1AOwXRQRdr8MwfKk0EjKXTXeF5VncbPvibXywTHrtRAEIMNNJ+CeOx1WLMaLmg8/Tr6KUhNGn5vMFkxJCILcOfJ/b5PmhMpPNJ3r8lcOIO4S77escjxUmKyFsXQ8GKqUigPrF9R+79Tfe1vdzE06xWrHEO29L2QAFUHWVjAEqDUj/nwiAjfMDnBvJDvRiqgSfxSrGv9UAPaYB8coMUMsBn/9C4l8sntbXvV0cef3CnHYdPb7Zpi74SNWFODno22uqana9djkrMKmGSxc2EYDGP+qT/0RnP9mVDQTAbJh2v1QADiS3EMDEEiD90EoHp/F+fRGFjZwpB/mR7eYCpGLBJ/TPc3a65CP01H5Mpl0Ruj5kAkg/49Zm+t5r/ftxEmrSDozU/3W0lEUF8RrHcZ+FYuR9OB7Kb2cyyPYSH6VYMNdb+D/OyvxxnALuXWe5g8giK5ZKR3TBn2oZl0oANTX9OhKQ+/5ktG0yB5Cjj6YEMgfAzmqiIHgrcb0MeQ0E6HURzc7H50wAdVr8qeLyhEoAQ/TXuuvmy8C1ZQJH+k8EeM4MfJEIhHZRvSHjDacY0091jSfPR4B/JaO0vA/5lCuN7C1xjhDAJoSYEZvv03NtBDARAQTG9EirEIDt1PKq2pnPVJIIMnASrLTYmlt+ozP7XWaW93riSPvjKADmdSvLmolBAsObihmTC355k6BnJAKAe66oXziOQgTJ9inLEPxQZE41jy3/lRAv9YE5IPf4v0v7vzna0B0dKX0jWO6TqFUAl0QAyRS+HAgMAUBGh4QAEAvMwpfxj5mAaZvvgGk9CXpoh/s4b932URSAopd8+CHOZPVKtrTm3TIBtO3Kl3PAy6HFyD6AjqscSbwhIpJ4fUoD1PWXZEwAa80+D8Y/FEDuANB+09zz2kMBKAE4IQAjZPV07rGDANyYK+rOO6dHPiVjmDmOP8WZK275sM+olYGugC5Dw/hYSJtOc8LT2Gn+lMXGiRkAfKImN5pIXjABQOTgR1wh1lFYBLoawyFcgNUqXfPbwOIflBjsyKCASt/o409CnGRCAIxyXpgAqj0B5G5AOrS0L1wYTAzjAJo+QASALQ2kRQj7uY5zOsCRAOyg12ogeSzPH7EkZQk1s3nKjOemnGzsqWs79CfhHmGBDf9/KQIkmoitVhu+DIz8rABAAFAAFVnT3GeAkU1fJG/gAygHa/chxErpLkzoSIkDRcVNnkpFhwRveo8tqahNEYOHhHwYj5zUFIfFM7KjF5sp339gXTFJBAcSlTIBuJM4D+QYnsMmsX6kbe8FHOL4DuqPQoQ/lOT/m8y6Zp43UcODEIBYFv5c6ctYUzMB5OKAJh0ArQ0vdiRQHPy8cBeA5/zol1cJICr+0w8L/bB1EBQYMcgQgNYR+UtTmetid9In8gJ+wP8uBfQ5zmBm/Ne01GtakpECUAmQjPD/Zn0A5AIAAVhNCwbQ7jH9Knxt6NDv+gIKBRLiEjjBi1AbcqnETRjY6E+Fqlo4LMOhBLBSeIWM3tDC1T8z5P00GQII+b1BsRTZfYHmI7g/HO0qrrZO7Y+P1L8lH4n1fD4XhFV2ARj6tAr+qUGjPbgBRAHkYQDkAlbLU4ibc74LBgLVDRDZPxVnOuT9KK3X7H1kVsAF6TFHAiWZ4dU/tU39ZVDcMWTI3BVDjtIHAP5lzFBW2w/I44uM+rzmzsi8bgqgTUtdSx/AdgE0MRKTH2TpBmlIAEZMBslonIDWq458OZYAoioAsGgfDwhA31TdUF3V3ymJIi1/fqUPujl/6Soar+GL3LF4dt4dD+XJs/Ezi7vFmRLHxUjg+4fpSm/Xxx/w/1vsbgfoaUMXoOvO6gHgH+4AQAGkXyAAmvL3kgzVQHTSoIYNNWS2C6BjAdRJ5QRBPqhvbtqEgZr6I+fLpY3aA9hjSfEOQ8+eFrROvgv7PoDfnxN1UfD3yEpC+BcBwBtRAIMogCwBjAJINiQBIARQG6/LgQJI27FwAh4rAFcqAP9YAWiI1K1tq4ta99aRXS9VK1cJBTyfuMTmMY7ZheAKBWADEX+V8+wfXTHs8QChyRb5PiKMXghg0R4AAZ2NGSDvwgnAgl8kgNoWB8ChAnSm5gPRLgBGArj2P768SgCI7RfjuiJ917WR3uKWOZ/cT/JVG4F42mDZZD7L06pWksOpvLu/grsJvS59LYifs620ywwwfKGmH30A6wNQAcBvvrZMDQLI0oTgf1cBsKH424ECEEKFa/VQAfBnUdHnv+4Z4DXZ27Ub2kY7+kj4/96wlrB7Obucnnj971MAh7PkwT7/4D7+X1iZ5/39PoDumghAegBihz4ALhIIASARAPlKSQpu4gBMRhBMD95mAfhZi4JDBOQbzEQA+j49bQKXnVSpqS07gADzPpckb6qTN7gH9CEadIIRr8lqNP3WCTDkcYBjBZBDITi/on5DSx9AcIUCkBVf60cKgNbHCkAr//lLWycCYAqADVUSAHIfKICf9kXJ2xRDSMOvgT/u9Q+vGfwgoWw5VfpdFtl6rq7NsltG/M7CAHlIABKACYAYQDlAAoApgyiCBhEKCAbI8YD9vBWZkVEAj6IgaP/Z5rXrqqhv0rP2n8ZxErzyjw7v2UifXUnyOEg0oBELcrkuIXhoAGlMCfpiWQA02QsAL2B3hQL4clYVAO6r/0oBwAdQdmStM8dhHz4AFFr4Sx9Aw7awEugI8RQ01c1vSgCXrqu6qve47t1JENUTE5tsjg0E9qszGfOb/CcTwAOaPMji+j4CqLtOcccEoGBOBGDs3HB5EPEAvAj+eZUzAf+tLsiOAHQ0DmkB8sPZzATUsiJ9elnV7OAEIADweLRg38fCZE6BMAA7AU4nhbqV/ghP1OSE2gfY/IAqAGbbB0h7qyGAFAJIjysyVQDMAD+iAB54f204tCiAjHmVUf1RFwClnGUMJRnvTTNVWIlT7ljJJIqfc1U7xy+sbqovZH8fFhBh+WGqdxj7n/kAbKGQn3IC9hsBcMQfAH/GozM/oELBQgDAP5nGCqXFuABVAiAGT/YmLwMBHgQgHLBdf+mGWd8pT1sZXZjIIm5k4C+LdDry1KBwggsglk7A7L1WCSCX7+MApBNAJl5AenFMAG9KAIMQwLnCiyfr9w05AgGsDwB2kBngx6R3SQBRzLcXspAvuF1fb9tThG6tRlSYeCf8pbuRtRhvT5/H3OdmkEK2/YwCIAwD+2KNbAjrGwHskoCeW9TqRPff9gC0lvfWV+d8IHGahBJmjgRS/5/eZL50l9UZJ8AY/ETXCX6BfOkJ8w7/UgkwJAIA5qPssekO8hMjPfm8W2qlgC+5D9AYBaAEcGUFoEXRe33zpyXZShslAFDAkwqgbBi+Q60lAIgdH2+XLkdYw9LcCVqr9Lp5rrWEHj7bHCHU4IRJmZ/Ir+Y+bEfiR7OqHp5pcxCWC60x9koATY4E1DAA2ZDhABHANhXgS04avi7tit77nYn6ilCJCPayGTEy1yMQAFkJGlIAl2Xr3MQcCzdObNKd8Fb/gwY2BqiiDgOo489GBGTI3PcCZIv1yhSgfQAuey4E0JFX7dptBMDsZd4+w38VDpjv+QCO8Q8FcDwqbsfEdgQAmZO1eVsNXbILGTMB6RcaBpxz+V/c+11Zs8KOU0+fyUxgwYeKK3A/WWKgDAgu+YK/8UwAAB+jvaFNYWclADJuC7miz6wKXpDDe2y0B581rYr+cdIGA0VB0iroZxitSgBsQV1pnFqM4V2SQL/5ANUNWLenQOcZ/POi5kK47wUQH0CM0gVoqA8wCAH8/vu1u0pbmnCV0KQEoJUN8qeyCPqJBuY5/Y6OTBXAQ+YPJ1/8/b6HkDcbAXgzMhopEIArqtphAEoHP/OHk+OTfmYoyrv87/xEAoDhcxRG83+PI3buJzoBDhsQW5muKn/fTRegkR5AXrKpVzArgFbCAM+Nz5PaTkF1IIyDShEHjNIgWh2A3QBICFpKgHqBAqDVqzNNIk5wQ5h6G6EAYnUKu/mIWEEAbpMAfvMCYBwgHUp7qyoAJgAFP48zeN8RC7xV1X++CgFAANQCflpmIoD88jRa9vH/M6TlgQIw/28hALxDcfPULROAtR0B/AwE3ClEWpV0Pgn8QaLuVwP7lwQnPIv/x+XmyqxpuXFuu0tkAmBT/LNJYI8cJQXw0ibLBFC72229rfO8slSGsRI9OY7x1bhVROIF+jNicuUsxX+99QDa7tq1eNkBc4CCNunw72XrZQsF4IeTU7bAjACLf3fPC1CvrAD4ffH0gCYHAyYVzejnQMN4u8Y50rUzz15u6vNXg/+6zvCHANARPHofP8D8sn+oAIoRciaATV3pbw4FZAL4IsGAWQEsUjQhOn+K7/qeggBEAXyqLgDmXf16BnD/OyfA4fX4VZYaJ8vgrLoLY0/G8QT8pQ+ACYCsYmtX9/Yt9QeGoRuyVflXjjP1Jx9RGAz9bkIa4y1MfjdNGMlAJalIJgC89FElDAPWhvRYXwAEABGAO3k+CCegMb6dp4Vs7wWY2fo+sheACSC9Imru+cZTdamq9D6H9JNQRB0N6li3df/bbzsCWJe8bAJAhijJjtpTh0c456EPAKfg0xbGAwGIdUoAiXg3Anh/IFCIpD3k8/1EBOBOHzZ7kPuZUQBXksD9OtORreoGQwD0644HoKqEACpxAiQC6F7IKqoYeM5GqcObtVmHeZwiooBpleJggUyrhNmyQA0KFBMBdF3l0GEJ2uBkAoDA1ZYO2AcBhI4JwOsIFfAPBSAiQLGiYUmiAOierAC+/k5N/4XnzN6qOkpfv6kGYoFrxc9Sv752HfkN9C1RD4AUgAgAHqcwBFBatATwwAdQ2h7+8AEQb5cEkN8f86D/iX4q0YemePpMg4AW/x+i6/+0Anh0tTPHbCaVni0TQEa+JP+DDJB5QDkysOUugDoB55EIgB8J/KU0ULOsaxddBrb0q9X7J/hXCqDjGXErqpOS1UwArb4Pm2FHOAR38BFaYKatzAbQccCdy8DYJHNjyUbjBxQFkN9BwnF76XKnP/i2R6kz8bEvVRIHQgK+eqUdjW1asx9QBUBaFf/34euMFg8Pe3illbMjMgFAAnRKAK0QQAzIC/qe5LRRI4E+lQJwJ/dhfP6FuSdjMQ8vxhllaQclgCorAPQBGmBfxwSFADQMYKiW2gkBcPvf0sKDAwvV9SICIBSoqBbnX47mR3lwJAvvF4v/OkHuUukgJiQA5gPz/Yq5gFGdiywA3OBPgQ+jSyw2JdO8Vng1GEokBSDzk5t1vr6xr/DW01kB5tV9UFddThJCz3S99ihynP6mAkD7Q3zZQek69wQB3P2jtv5YhQBKBdDqMI13JxDA0yAiH4D/fASAmEK1D5VHyKD6UTemLEZRFmuz6IcCyPlAGiUADQeAcawfewAxDDicm/4kBGDShC/n3AWITvxpyAikc/XHjJyRIafR7SvDn+ycf7fpS9qGo8LHQWwUDoAWmCYRG4zuF/puwl24g3+ckDrAmT4AL8RJs+Qqi+3rxXvf6ptwAcph14Fohu5KY+xdjNVr2++Ko/ZJT6gHkOffy02eVwDu8dcs+u+WO10A2gxte4uzdJvCyTuyp33oo2Mn4Ogj26dyAjpZfrm557vyx8cenybJ344LQNp0gXjUs3UgAHgBYFIkjAXAIPinR3V/+lcnAmCH/yWtzbpW87jOmAuMSfpsgR/5gIIh9Zx7AAgFbi9EAHhbmFhzkBRoa9ipgdUna+PJyVOAASY+Cfjnu4EBaCWTacExdq+ekhnIrLn7Be3pcpIBTAG9j4kBcigAt8L9vGYCyAJAmeOukz8+aAV+0AfAy9YFWIUAbBzAjd8sCCA8qQEkefuYCeAzKgB3+hhOAPdYARxXFUZNdUNqChi7s/9bHuLqkBKQ9L8ygAYD0WHS/1QTYFAfIEUBRQcfgMC/PS9k61pXcYwzIgGEAFD7fdxacA7sTVhRAqgtAeyES5AdW0U+8L1wuylMAVzT1jodiPsGbNz662WCY6GjuPcl1sn+3cT2rY1+JSDfT6wlW1BA4oA++Nc3dQTybduGuYUeSQegJAAC0zMEcH8Gny99AHMOBMIwgHYBtrna48k/O6kE9X9GklmR7FNFAn4cH4D7sePu0Augdqc8srNSB4CS6sBN011bicHP4T7wAGpSsCZnvGQFQFmBVQF868glQH9MP4YA1iGe/OYD4NoclM1jb/khQTYZccVuLvCStDMRQMUY0TWYRNsKQFmlEQ/TxNF9Wjn7Np82CeC94H9iruA1OGgA7cfWDYOC/SK+Tc1/EAJDix/UjAzgOzAFvNbRd69t7Lkb4ZN14i9UAXAvFigdepoASisCnu5FAnYaCCTjtOOTDb99HJQAPlccgPsfTAZy7z73YZg4EI3MK7YeCM6zBdj1yiy+u+tZZuFqcj8z/C8eQLahRWnApnfX7nx+ac+aE4j2QAAO3Wkfkc9eX4rCJme6mdljqHMBlwYEsE8p72UX6W5hIW+mxAC6L12A9FTQxNzgofkHhDMBBJnV2hD+m69z8v130Vvxv/Pfy2MU/FEK6K7sCLjQgCAzQFNLxiyTTfNuH2Ayj99DAOUowPpdGEB2AnBKMA1MQLfph4ADGZd2fHDh8ymAjJQPkPfbHX3IDxhCfwAm+9eyLKhC0JQH765NDQZA6C/wr0UvqkEDgRPg6+i+faPpgfxnjQHI+F9IAcS4zlIZTAEEPY9acAIkrRDQ6IyaSgkAnZZgE2c67Cngw0hJAxT9o3OVZ65AyNE8RzT/1gvAxzJFEAl+pWnzb0uI5x38A4POWZ41FBRCVgGddzENCM40saBpPFliAysA7kI42sb2aR8AUp7QKh6ATf93bMoAa9JajNswTiNZkJIkj8eemADkGu+d9gE+kQ9A8iZ/+DJCB1H+RRp5B7zLWlYHzqbH8xelu64gAGKA3BdAIoCqZYQrAdA++wDSKECbTBODL2zN0qzJOn+a4rrCATC6orqDdU14j6Qg1C5lBVBUh7YUsAFElTxnsAYgfYvo4ZxSfyUCgLlNxIcMYO64JBX09UpBf1eW/4C/frxlpcrMP0oBcUkYiy6kIQGKAWy+Dt73y2WRGID9DY25UgE8TwB9NGuMcyKAHfbzvGAupLa054bcnNR1GrP9kAJArQO2SQngM2UDcLz5SJU/XCFPDnwWOB2NqaEGWykYIoAMB0QsakYwLQrcaFow2py3+L8z+wC0RHh2Al6v376ljVi3WdV24ZRnCEi5LrwUvGgE9vFfswQgAUAMQAQwVAGSX96QRQAsiIid/7jdbm3FY/IcSyyQFCxQ4Tx1G6ATD28e9wHOZ4I/5c30ofceaDWQN/8KpaBsWQR03oWOKWC9fq2qhWVASCsGH0s/YKEAno4ErK3N7dDx2ERpb28DTQqumQBGsYcKwOXVEMCkBNA3zenT2EfpApyQ9f4B+ZsBMdAX3P/4jb37dZVQHrzruJ/KqE+LVQASAMATAGgUYEkPMwGsfSibI0c20oYHhhD67kBelgpEljIBRMwIqGMlBODMXJf1Nt+oObM2wCWXpCxEDpl077Vk7rzG8L3J+ZpymGL83xj+PtQear2snG3ffcaz0lE8X7p0oKYip9frslQduQeanj8NeA2KoVtDAH8cwv/YB1BZ68gohelbAf/rNf315TcOBEoEENJKSu0HG07Hp6dNWiYXOHTqXA3D6fPYRxkFOEr+YK3Etx4r9bQsps9fFmMj+JMPgHqp9SYAkBpc5wC1Gf9EBdVZbK3jtMXEec2tJXPdufJljFsJK4HYxFxlP/7but5uwyW76mKPPkB1TwH8yMz00QQ7SUMvKYmVAEwggZNz88Hff0/ISLP8q+hcrFX+m6a6O90z+PWk11FXlzUdoq7E0LaX7lxHrtzv4TBwpQJ40AVwzxIA9f47ZQFSAt3O6upMPYAYHMGf7REkoCjDmC8KmQCmae6b9Hynj2xut/vRUoI5KACDZnPE7pVlVnGVgM240e0VUABsabQPycAgASpOBExRvhwJeF54oHBZ1zihHoy418h8NtTkRQ+AYs7hqkhXrokA4jSvF5bq7LBS/JMCqIZQVIc9XGiVMYXRmfgcNr5xH/t57eUI8wAZyDId4C7yW1fT0fhveul5uReoZ/xdUgQHQij4uq2oqFmTbtl16Z41PaL37WDFv9gQAJ3/7ChAbW2tZ5qS1LbMBdn5X2XfTaMzp9kBKvYYD5AAaiH7ADKBnz60mZlyHysfmCGAUmRix+IB2MaGDWxgKQAHPduWE1QTgTX7nIBMAOlHFYBUAabodvbsZc95jBlbfbSGIh381bTvg8Pek6S/tZeoeaVUBPSxUABGe2MP7nkR+/McNvOKf70tvciYDX7AXQPO6X26mNNqaPt/N2f2n3/2PrPan3/+ydfTjSwDxHrx6WGgMiKUd01c5MHriAFTy7ECcO8ZBozWNAgac5OQrE2SKpHw9+wFdO4JvcqcMeXqxJSv8VM4Ad0J9nHyf2UDAdwteY6mDqsroW/H+/S4nmAqCWdoXDtxAZyzfZcQiICfFtq+DMwDvzVts87yhSEL1P7HWCcCAAVMqGUdRAFUxv+X1jbJaXYCRH5hGk3HBDAYHwDeg9xAEAR/nhsDG70y7Zz4cUs+XIvNsyEApwpAfHg0gi+CxfdeWQWky8Pcr6/RjZkATkIAXqAPVSkMMGcuqbohQVDzbwdPJ8lgwF8pgMmdng8F9n40PyYHaiRDZjT8f1x4Gkv54xMFkDb+4ycEMZNj//9OAAtx+exMgw0rHGgAg9xKTX3SRvhLI4ZYHMQBdFl3E+Y1y7+tECSlAluJ+W9elmWeaC6tdBiz/qMyWhu65ug3w9xX6wjk71zFBODxtoPvMwF0l6oK+JB2osbZ+pM6xYhtmteZ8o2h7c+Ww4xXCs2zCmBfijsk///gnfaPgrTSin+SMBsBnIylw8Mwmf+UDCpKaYxYVb3fUvPLfdm+VzWTve3x1/MgqRCzXlr0926eA0CPHfkMICWfMSHiEJ3LEz0/eiCQs03s/4MBDH6Nkzv48gRnL0NUnw1m3Bp9nAlfOHjCBUSQOyGA/io5Qc9sX4gDEAvEDFBRJAAPA3IQUNsuN2r/26mb5+nmkvH0Os0M5iXxv/Wzg3JpKQdi8UffiwKooABsLIDiHwpgDGJzMp9+JPmo4r9nAmDxuxGAXo8x0v7f//7Nq79Cu//wQ/S0+fr1/jemTwSwLDuaUxeEOBl9XUsLyQ9Rl9/+hx90AdwPRAL6CavG+AHxIgR0V0nwXThw2tfxOwL4yHX3HPaAp78xxMd+t62bvmzsgzfwL/GPBQdU05eZf4rJAcIAwWYEqq9dHn7XMj86BwgqgI2HAWnuzznhf074d6O60MYtXfesjsFJXXEBcbnle+OHto1XDQACkPeA96OCPWNfZPyOAP6YpzlOon3jVj1TCeAsMcoaBoj/Afdg8uPsucy3Nu6/mAjgwKZEACuQCwLI9OzF+6gjDlAAsGIugHt+FCBYY24c0egrL9Ie8P9uKOS+zEmcQUQ2vz5qzmFxvyiQznrSfin+76V1x9b+ti/E+7KxtwjGD7Q02AW7AJQljYwYRAL2IIBGgJ62hHmgX606ZwI4N7fbPIvDGGP/gvhRvkzovG4K+5702bfp12Shpf0Q8zBgWwVzHpnuQAGw/J9Y/vvZT/OU1kQDU/ZxTdQd6Tmxp4wDVDJDIZDpHXnLINHdEND+I0AnRnGUucIlNk0thUHbEM0QvN4hSBxQvnSjxcLPE/EIbH347SqNcYiF4I/0SSiLssP/+wUAb1hXuqD2rhE5o8gL0GP/fcgsI2h+VgIcFjx0Bt/GE+fwG78MCLzVxN9LlnseQIQBFu9KHWWGONJDqwCkMlgDJyBGAXVP5/oRAZwpvdU0ggAI89NNEoXRFNP1NvdRA2hh0PAFEeMjlKPksxsSAbTe5jXFZCL4AEY7JdjPPPdwSq8yTgn7cy8zDVuC59LOddWz2SCALTJSvXQyTxDjfz7rAje/3qYEp920QM/+j2S3qkobWzMLXWyXAScSAJ/OX2UEcr7wWj/0AQQfSmMKAAOoEpCYpPcBwVkCVPsxmVziEBsjCq2VMNTliFhKzYnVHH3GcFPsmO83RJp5Jl1wknnkd+einVdDDx+UCQL4vnuA1DnGcRho0ev5azAnAljFB5jWL1IS0BQJIgoQAmiphW2H6jaNId2OgTDOt5dkLduNzNTWj3OOwoPqDWU/Z7AxJr6hqQCLNywBrwY6/8jmoRbZCJDzXK+rzjJus61LZV0A+PRYIedPJ6ADoFELNIxJ4A39a3djjcGVA1a2G1tigDa9d/yz9R7SUIpnEm0DWakADBuEp30AIvt1i/RrKIcqVCQc/V4FAOA8qQDcqQShxUbZRiohFLc5aJvLPdzd/v65d459PB+aelF4FsmlVNdLvIlPNm8fUkj25besriAZxT8kADSBmThad90sowBspjCgdQRQA79O09J1tJMEQEht3uxc1X1Ldr3ypus6k3VGOIEkuZkG7yz7XVDeZp2JK5pEAGe/b5tsDyBkJwTAb6oD1fVtXdjqhm2tcvzLug7ZB6A9CIhpQocOAYj+hwDIETa0RwH++V3Smu1b95IpoCLuQz9NRhEF8iK68/2MF/AwDsC/jwBK8zCmBDZ4QWV913R6hFGyPVvrH42yFQWytZPZcLU52dJEeS+suNKq83cpALjkS1JTYQRQHtiOoba2AbangH1PCVebE217qUoZ7zt7y/Q8Wx0cXX6If2PnIeE54X/oOPn/NJ0qztw7Vt/Irt+2SUFpJVOUYA56JQrhD7IbzduhRrNt/zi1W6VGLmRXhdCQAoBUUrkDZe1pI9CHs09sXdtkVLh0aegHBFBlltD5OPieEQEEFQCMDSOf5hzkli8Sw6cc6xd+v13bTvhqYAYx+gDSKgRU1j2eC+B8eN4HcNek3Rc9wB2c97T/xYng5kcKwGHDi0LQNmmK4NLQeFlUW9YAb9gFR0y83Hs9i1bYW/zvnw4EcGigElUAFv/2Q9ONmnbr94b02dIA4aMNZPl+hQ/g3OzALzuWBxIBrOOctkNq8rtpPCVUnSc3zuQAyD/S4mecr2nL6ri9sfqe1ShWh9BP57XDJV11qk+3y4VcgOk8rmPlQ1U1ewWwYzyUFiDQAvrpB7a0ZJSklGzleibcBejZRADgw/U+IlDHhADwJs5zxhdwB2+EGD2spwlfdEgA9pYjG4iQ2R0FUBDAs3EAd9EPFsg7tv15Z1AsoPW4C3AQkIrHVsXeS7xomLdAnQWJEgxOBtBlB/B7x1s3/nXDRUbjS6iMGrqtQC0+FSYAnAfvDF410rZg5on5jEpDMxa2L4e8OFEAcAJqPoAtBkB2QADtFLohzzAbptFFKko/umlJ2Of29UyWq3sjsb6U2M51tkwomqr2BMf6FNP16WWx848ZoFYCAEk6lAbJYS5bHu8aJrOKl/aFs5hnAlgY/0IANBoo+Mc/0SfDGAAEwJY95VQQAEuq4p9purGIJOQ+QFADAbxbAYSjLoA3Kwz7oKyfjIZHg73FYh2dWPZ5NxSWkhe9PLux44Kg76KlNA/1nvaSbHz8aQM2lb6sS07+NoaRDwLWFv+8wYv0mFOmV1jPYgjSiOwYkW5l7xj2fGMDvQLb1tawCQEI/I0CQFoA6QK0Pg4Vad20ncdxIle7c3HZZglqcUzC3A6Sc/6lGSq2VptWzkpFaeWoY35yCacXnn+4jGvjna2EJxtIfwY/439ba01w1L6QtS9ESSCAlRQAQ50/HnyjfDLpoEMAlGO4+WDpcbN9soIAZBeG//NxHICDExBWEsBjCYD0Bz4/MM3WO9t/MwcL7thHHedC5gZslUhcYLiPHOGdFjF8da2EttIBp1gDbLSdlQOAWaEhjj97ANu+/Hw7cJgcKlPY6YKXevJykUlRsXdrEN49mZ7BB5yXK2C4OgSvX9lgFcD3BJBMOIB/lRKgGoY1JOS/XEkFVBJ0Tzl9l0XhH7OPiUNvaWV0+22aT0SSYD2U5w8wOXmqT3FuKQKAUhD3NRQA4oAykLa6goJ9mGY3IfFP8E80sCeAZXnJeXpVORkF4HLkEQTArlP6gADINgLARcYJIGAEATxUANOTk4FKBnCa+tTgH/nUfrKINf4n+hxHZ1qQfY+G/Tc2Az8tmKQovyc8K5lcBRmObn3JMSGUENQdW4DheyF3x0TElfinHXgYZJy1kP+82MB9Mr+1Eg6QtjH/weV4cvm7ZwJAkhmyYAgGsWj83eWRqEIByCAArwx4ExAEAqgSAby0w3XgtMDzJEiOKzHAb4R//XJ7Db7d4gHCVn03bk4omaWnR/jQ0izEAAm9kQkAfiZsIABU+8svNP9Ne27IK0FG1NQqAaztzOTxXXiiY/xjro4QQOm7dhaDBnO5bYWzig09ibzPa/AY1vwrH0B8kgBKBhi3pg8EIFWW8PzvHwXEhABF7xMKAIp4E/nKp9Liw0AALhtdgDbSlZ5xgI5/6G5GcgCbRACQQz8SKBzI9gQQlMeMyde6NHRqJIoqw9mcK54iDOvjqx/ysIsQAFGAyXAnJvhHQi66gEzfIAigMRLgbBIDaGwwEcDsh/O5+0buvibG9fr2r9fr4qOU9KX2v6NhgEgiIAOTd/uY00ZqrWDpttAh0Qgo0kXOyKGrloRYv/p91j/oTRYAuf23vr8mrWLpDbQvlfQBzsumAG5t9LQovyIQ2/uQ95kJEMADh3thY9jAyGZbdLRu2kDpv8WbRCQWUfNPE4BlALQJ/G2gbTFk9bxZpOyb8uPT951xCwyP3Yiqb2Jj8Dp24bfPWqK/aAP2Abphwi/47HeVZTaRzO43rGrHn4+UntMF8RZCOHrnLIgL09laWTFpuBgTgDXztWcRn7G+ZbF2J9ry89ge5vZbM/IwAZxYjStR9ozIrltzH4CM8c4G7PMOK4CXGKtze+1IADQJ7P/6RnlmvJ9rHm1LaK/yQGBwPgq2Q+KElGOnmx0zQcZ/GMiPkMmhjj3DkVz06cCanpvqla7tkM4VkQk3McoDR8G/WkOL2G+NpC5sc/liEEB7e4lZAQha9cPNnxY/JPzDeVq2erAtfwbQtvM6QWpiRAC9cSQPOlQAzk3hXQTAAMMKgcpmGrjjAvPPsADQZl7wIZpCUBijcyJBy6gdnQCiUBl9Rrt8ATD/S+EP5KMtBhD4rpgBKsf8tue8Xqi6wVoZrhlVS4EBFP7wxZX0NurkLD3oCdObY1idW16N8bv11uBHEgzwS2eL3qIfhpRcTABk8qolf2wmgLrRucCyVRrgVbsAMVZL+6+OygHXPl6vL8PL8OpZArAACN21XZq2W10geAoBXKj+UBX4WP7kzl1Vr+lQkOoh3qUru8QcPtTVcm5JlbStj94Mgwi6RAEwe2nzD+nfcFbThH01TmiaCaAiBVAxAeyHWeEepUfgWBO2fHckfkuhgc9eCQUKAFLCfF/46fnhcSTgswQAO2gVpRUtIlJLc48P2oFpfc7j/sJuU4xTKjCij4R44QBegR6J0qA9Z77tinrgHwvfWtxQuITuCgI4edNJxz3QU7fhe9KOgWiUZsLuJgJzfStpT96ogl/1uAGuh+W+qD5r4NYeZ9K+EIBeZD5OIVO2fBe+w04BZJecZgXOU4HNdADZBQF4Xy3VK00QpkoXbx2B6l/e9zsCoLIg19UptGOIr5zmv3MubIX7h47Lf2ZartMxF4mGLl0MdRIXS3dNL4gIAD0z4FVy98IDgMLCZAhpyGlMKhoNpMIYmQCWivnVDLOqABDc+mAVwHEbKUFVOxLfoF/0Ab4nAEDTAgyq3z0gAFx5wABm0qHiH5OVn1UA5VFIetkBAdgLjLwWAihlsY+R1/umgzSFThbNDR6w7bK2tnRr/i1HQS2exfedBdRps9MqAcCEY9AzoFXjrkc/0QakxjbmxXbYsujZDAOFTADyxa/jBu0YVCiwKbv5vJJJh9cqgKzV+qgEgEjgL4gFBhlAAfhqHV7bNhPAKxHAiyqAmgmgu63U3Lvgxd8vBLB2zo1eU1CxKKivmq6bCYBYgvLw01Di5Y2yV/lonIBwmQYdABCD9Bf8N5nKuGphlYwIQJ0AL/MmmBwCzHfN99a5U3Q8GIkDAUBEWC8gSFwWOJHL+YCzMwrg2VBgkMc9s+NOvPuEBDhq1I0z4PEEAFq8al2AweLf6zLuGYLvZCc4GJVt+hXFJJFp98Ao7RDdgZkXjg1/j53A0FrYTJ9AA1+ECaIxn8e/ENbKixh34XXU1u+d0tt74vvqU5k0vSNul53shQ8gx9BQabBkPOGHLWOfV97ovIBhaLyv6strOi8TwECgotp5dS0EcO3WZRUCEI+/zwRwJQLgfywRwECofaMXLvXp646id19jiFU6vXpd6poJwEgA+AAN/ttd88/6ny0jv+ItFMBtRZXvfSRXQFggVNxDFGyjXuiSFgpgP5brLAFoaMNxHIB371IAZTVlcxUU7tOdABy1LnOwdHlJWa9GCQBoRES3z1vYuC3ZfRmOTLtuJfaBFjzYQ83FAJ9QKVzkB28YBKA6m3YxwRpK3DAcVqU1IQA6AgP58Q1UqjJwUV8bBAA6g426ifx3JYD8klFDJll9uXJ14AwZBr54/1gPmEDAJQgBJDMEMFMffAYBtDrq57MCWNaNAKK3BNBzFyAkAmjWcyIAX50TpF/bdEsfPVqoXVazLIS0/9/ULY/7c/N/luY/LVLGvOKRACGAiglA/a+7xivsuuqhCAN6XMvB2eRH1gkAqoFGTUawvEsAsPcTgBkaMyPwu2FisQf9/UepNezGlWcWQQCWALSAIaR+pgErBfiIw0dtXGlHU6BhAAueE9hxtEUP3nacYPhG5CqIG75KBQACUJox70uslggYZQiLf9HxykwhguH2n11fYN/eiDY6DOB4lA6jAGmpKyaAhuD+pWJsoy6YPmIbqsb7cyKAM8HMEEBCIghgUQUQ+0m6AGvS+84FEEBFM3VfPboAddc06/IanT8vTACsAGIZd64KACMAQgDoAZBVvCH0KwFUw14BCKvqiuFxdNQfKwCbeEfhX0oAeYB74xnKahDzA5UPe6AAMGEAAMyUA48VAsUKe/istlk/ztkDAY3HAoyd9bKo8Z7qZ15jDguBVr6zmMNy6RZ7PvNNMzasOZvJ2vSYsL+zms479WAAWvYW9RUeW10tOf1EfoUgP1Ch+PeEABqQiWzoXF9z1cko6d/k7ZkXoN2I4B312oeQTTICEQFwRjCmANX+JiZYCWAJTABcK7AkgJ59AOttWYkA5I0wAay1EICXV9NVaxIFb8GxlGcFcM0EEPxyblgBCAGYtGpQAERdai2hfiHkC/5zPWPpAwgDaLoSDgQafUYe4oAgiTGE4x72AArbzcayBMCLGSN2JyWGggBg4T1xALipzR6LHH7zut7mDA/0W37QXDjKT39cwb5IaCkQBmqUA3Q+dyysrxpv/Ye4POJm6JeDCMALIAV+Mv0V+DBwhzE+E8QPQmDEnsA5hgOCUfPIv6jiZsO/l869ETpgjXxdUCd+qAzJaLXrQNiXnJ4cU4PYA6SBzL6pOgE04a7RL2AOxa+uLYcBiGree/6QJVwUAHUBOiKArACq7xRACNcLTcO/CgH0IID1GjR+J7i7BJCUAxMAifj2tUoEkJPMA0xbqk3jAmiWdmkU+rQh5KuJCKiIAJgIbhQHkAyVE7XRVwWwOYDDQ1jsw4Bl32bXsX5+64sLGxqsraORPe9XAMAfTAqWXHhq9rrzhjxhRfb6Ins1rMj8BAKILOPqvTW646uaYjdE0LFVNEhMl9tZIHqF1DmAgQGwh4RIMC4YF6I1gREiCmQRC66ngkqnqqehaLbIO98x19zTdLi0penpSzJSouKa6rqqF11uU7Vv6kH9EzpqHYZ+60MIYdLq690b6qkKDLvBi8+FsBt9Rx/y1gUgYwWQP+cM/20GgM4KsApACOBAATABrJkAMApwpi5AMF0AIgDxAfBgYd2dl6wAaECBCaCJvgcEIKmDXFWLrS3rf53PBPhTP0B3WxYDTABUOARNoxmgtxNbHnYBbKyqDbI3kEfWDMjJciCeL2UCgIVfkP/aiYlr+nbJRnpojvCGPJEK6/i4e6AAlBW3Vp/SNDJW0l7aEFjSY50jAmsp5IzjNLW/ILbjj2Xh0ifnhUpZseZj6/KiNsguHr+EOi7tvO+NyAMN50lbMzTYCAHEDf22NyM3oXfEG3OC5OKtvBBAWxnjV8yvq/INVZSnS+lD65a6sL73NWOBcLfWnIiLNol66jrjOn3th2Q0KS7GKp2pBIAuAJ9oRwFQGpC2/EPZAJgAzqoAhrYtCKAGAeQugH9rGukCqEOCCGBtiACYyDMBNO2SuwANKQB+ob637Z0q2Kzgtv+6wJ/Ff270vwgBMNuaYcD11hIBQLea8TmR3bYe0LFJ5LpErY+uGDy06dr3gehGnxuv3up28C8IoDeFZI7N3lYmaM1rAtl/ebsa9QZtGFiMbTDQBIJZujX7tvd/ylmyxKEy1v1fCBBKEpJG55Msy4mqswgDrPT7gm4x+IvC4zqpAB1qeKaoQbJ0DwKIS2R4fxxLuhAi5ZiqAvAnYCJaBo6aM3g96i4bC2EcW7/cfdL5bAAn9o61uIc9uwAd+iy9A9CMA5US8Chvw6QE4BevkIs3WsJp9vxm3kyIhAiAwJ9lYWQGlayLFSuRYrcu5fT1CwGwCzCxC1BNRgkAbf++3RUAccXvEkDb7DEATfFzDRFAjyCgugBZgoB0liiArhMXIK4PuqbRjbbEkXoAVf5p8n8iBoBYDAwlgeoCgACemV0AtL5WATQgAH54rW0R+38X8U9rqwCQv4QHaP8RO4elIAZw4QK0Nj7wPVQyxVQQprlgmAeCeAGYvPkv+gDXwX5A8jZrmqxWT6j274m8yS1Dy6cN9s0PYVIMsvnYHlUBjKyk9R9atp26C9wCEmUcRobAr+j3bNFczhZFTlhzscGc0v1g/3cJ15uBu4gKhCG4+LbNwER3xb5LTDuE4XdAk8XVoHGb1yzD5/XSdSitZ6d+FCYqnKEIdR1COaePXUo3AAiKW0hcrcevQrCMEwH8BBcATX9FVxUAE8AHGZn0AqRU8wBAADHnvhIA+x+cB0CfpxLAvX6WOcTcx4cTU64xgG5dlQASEQB9/q9Vlt8MATAHELn1BRLFqAvMfwphJ4Bb7QXAkOi6oL/uqNT/RLto2n/k9+JlFQgIKIzJAN8SQGNb4u+hwy794kkY1gb1+cyZqib/vSBA8wfmb4pgttXY7/mZQpjnpk06BOIwmsNHksi71RLG2HXRWu9t+PhQBeCXnOFPn6CHVfXPctfNGVMhlcBMEBclAH8nMhhda8YUaVggRJKnk15vvY8FexOMtjiui366nZ3C9jHsGfpBLq4ClSbnyYeQRAyU9/5I8QhmvBjdL5HUv7LZjW5P8nXprXNfVozMhl/f3VW8sSaJaZtrEDD8WG6m4dd9XgdDAB0UgCWAvK5EAG217HLIPfg/+VFlqL9TWzAHOkYKQIVC3PqOuwGFAGaKm/j4pUwsOgEK9hhgzf/RCEC9gfwmWlUm4F6A1TEB2MrMZtAOfIBvfvfvIgF4YTBF2exFdQpMMXOTPXNNAO3Z0P6eAnDkkRJixC+0EoCmL/4j+wdFYyzEIi8sFETKOFWKlQrJfqEf8croEpeUqvY7xglgj3h7PLYh8jdL2mGhoBrXeyREGQaWs7gLI6lf8oujBR3JmTY9Pf+ZBLEde/5tsHku/giNq0uFIr43rU+hEMDQsbQu4FUuSCnVly0MVW2y63gHquUWhsfW1+aFddGyRrr0uPByhDSiUmZ/m/CJABfHSObPZs8b3nkSA0QC8cBKkBJ5S2wrVAEMc+yFAFAWGEODlQFCAAFoL0B5uxMBSB6AOPeOCIDAQUAiVu4GnGIfQQCsAOiXABdgjmPu3WLDWQVvqgD2IYAKMn5eOnUBFBMpoEkzAbMjIKvDmKoJ1rXfBLj5J0EEwDeML4cCkCNyOmAdkL9AAM1JAXyfrCRjJ0a2jQsCoBP/gQSA/8+8Wb2oiWW/BG3oTZ9pFgKQY3kP1JnWeRpjWR3wKNgGV9vLnAJONdAX2TjbhXf+BD7L3Y9x22jQ6l7VekqJW9CCVbsjnEO+frmc+e3DvvFccFAbV1dZPks+Zpm5648zzhMJd1dT6opqOCH0kb6Oa0yqiyoyaSrthqLgQ47dUBVAQbEZWne8rwvFA4QAeqsAlACciQGsKQsBLEoANQioQ3gMATgfmQDGoS88+hiVAKhIQfbRmuiuADQCwCtGhz4Avu9BwKlq/7KdqgLoQQCmiDqCACCAPy7Ci6H2GOBn69EroDIU11HzawIAXeCCvh+39+cUQPOPXACQmerksp2l8gAquN1VAXC5TA4AVROTZrSjBjN13TimKe2RgeHx8XgMQb4zFg7PdAE215R5v3LLbDEM2APGuASCBN9TxZOLXrEvsHgpcOmll30KPr5t0rSvhLRmWlFJXIGq8pCAUOx/sJ6iC18vE0xYbddFtqRtSKuC9mioK6kE9oduyaJqgLVeFG+0GzKZICARwKC9AMgDKMuPvEI64GQIQBTATYKA1gXYfk8B8BSi3t+ZAGbjAigBhIc/EsDqIn5uuyHxSx8CO8j/l4sPv4NKAFyauLoANtMPQQCMBgAB4O0VNsYvpWl4fY4sIAQAH8DMfXM9HPhaAegzQQHX+FMK4N9gAK2seC9YlhQqATi/sE1w91aLYsn3hQ4NwLYNUlY+lh3gxe2/XqN/hgnGa07U2RrofgX9q4kHhDFGoyPQYj699/XzKGKMrXMfm5/eHsMFtu3rYwV9FiSA8eKSRA6VBlRIzJOnuESOVQI0w8dw/BSMqYv9tBNGgbCmgE79opDmYFKBYx+YAKT5pKVafierPRYw7S5AovNEAchYABAA9cqZPAD3sRPA/Q4FsNZeACeJQOPWpbU7EAA1Dr43E0mIB9Aig+RY/4fdf1EAX9GlNEk3oAQBxaCxEIwCOE3L0J4JQPFOqysBgBAAYM6yppXNw7+vAIDvFcA/jgHqx74THIVFXfCSb9WUrfRTzVAA7Mot+RzLmygGEIagEAdAh8UWOlGDYVitPZ9MjoX9R1mXDa0tXh+v1+tjizE+tuozVCtFWG5IzyPo0erIBSgEsNVrmNSATS/AjEdh2qOTDxYAptpv2k74YGzbKqzWppUI4GG5jbmroxbcgs9hKgAOYiTnY0GQRQggahYAbZkCfuowJJDWIVA3YF8IYD0SwG2PAZAdEwF0lQAwGhAEsCw7AeT1iwJYOxBAfsyeCAAKABZUexNtBKATsO3XVaiiX9KB11TJMeWIsQBori+DAM21B4DcBMCaqBnsZ5JxbUE9a0X3P9cLYF/6j9FWC5TCmvsQY+/fS02Tez1MO/Tdtiep46UR1KEu71T5AZdxpMs70CQlgNaR8bMKoDmfllp49b0tzepTgwBW+o5pOAAEUGvx5JS0laurAyC5g8V0fgB7DTEuw6Pq/0EJYK4yesh3xaJb5/wwuCTdgMAE06SWV0jAuBuiAI4jDJ25VlwZMSErgCU2XDRn2OQ3zavKOcUQ+8uPJicNIhjkQqZef9ucnMAEEEVDCwugNNiP7ATQUgnAiwvQwQV4gQDadthy163bdBgLgCAgx328uABRYgDjTgDrGhADmMcxrscYgBkL5A8CoBP/P1hMsuHlllL9QlgBSBDA1Kg3EsD46gQ8AEy59koQyLknnGtOy47xPU6tqK0QBCfgzBb4CN9JANTVbJkA+GquCEC8o21bCsj2dwJ4BwHIS4AsGQsjPwsKcTgu8+yKnbP1T5z4Nb2cZAKx/X8VqRvdY6It7dF2YwaIwkyZfsXcSD5+B+UoNZ3lTnv0kLdXeFVsfby9HrXtfdFReqFN8Du/K+/943MZ3upTcOV8wbR8bgx+YEHXIh9Ff0FJhcmD7mWFD7OKDmlDGl2zPTaGedWhm2TnBPPNKkeFEPOxF2CMaVYCgP9Pi0QDZWSwBAF9NxYXoD8EAW8vdz8SwJqKApgQA2hrN2D8aPh/vmQigHmOmQigcU5KgnEMICkB5EoADnkAUOqGABQ1AhC4J5MWQFKAU20pupw7Hg5Mtbxgq8gB3uX+VwlwNdIdBGAjBUYWGJ9dNtAfBrZEYPO9Avgey1I7KgiOCKD9RgEQtoJliUcCeLcKwMxAVZEZdK5vlACk+5e4v22IANq9u8CzNDi31+SXBsVMBoFec+fICRBo2O7o9ZYlzAAcBbSCJ8SY6ytxoKJC9YTMdQvcaRjVMPmiAA7KI1wghTTj0fB4PQYmWUx26MIhNgmrpUPjVIewujGOrADkU9OKMaUudlfvbLEHRsOqBDASchIFoP1+P9Kd9wgIAoIA1r5TArgVAvBujBgN2KfQb3PjDgTQKwH4KqMaIgA65Bq4AMQcZwIw9s+76gLAA/hhly8X4C+R9OLBBcBMzDBQuAWWAWDZF/jSsSfQ5yOVEVuT3mD5pPmL432+/9uykBFyN3ZBJQCrAO5WARRsP5fbEhe2/d0FeLcKAN+VrPNSbpl7wpv7yARAk8ClwCY5TIUYlsHV78blctzYo7rgw4I2rjb/czV/wpKqeVtXf/hLgLr4/KQ1VaCsnZEAz3Y5KG7pCaTFt0WSDM3w+++Na+I1jrCScW1rJztbpgEEYFpw7gbkSGQbo2vmx/mdiqAP+9t8Dzpx2lwFEQAUAKwdvYCq/1UBdOwCbFkJgCiFCIAb5DySAhi6SgCtMwTQCwHwvIDsAnAmIBNAjEIAqgA6IoCFCGCFQSEPCAqgr1DnX0TARBsFtw6hUwWwxigKwFZ6w6BgkxZAq2+NDa4AWMJkAaBIEDLiGywCDNkH9Nn/aP5q6sLiZCUQQPO+n0eE/H4n489NgZcPvhX7H7bFEkBZ6IWWGVdsh81nxkJB8/scHemAlrM/pKGfHekl+YLd7s4Hdpb38HeIwywRbQ4ADCOqszT+eWSAamUX9q3htDMesn4V0P4aEyx/xwdHCMsOHSQyIDFJovfp3WNYpvaunQmzwaCw9rwVIRP3uSEx2+m8bbgq489saZNPl3zy7fSoCsYEPkMhgAvMCgmUSKJVNArAR8QAfujQ+yds8FNdwQXojwTAKuPBBKAKYOtuTAA6zEcJoCcCkEDKO2cM930NAkYmgLilgmMewBiTW00IoCxnApArh9EDyJgOewwgkgtAMEFA2SAIACBidwFYs16j4BxGQEIzngMgl/bfxVIYgHMVqYUnAmio3b8N9+HzWUubEzFUlgK2Yft5OCqA4j4UtETfWz0Zd8UukvOyzBOXdKtZQGLpAwjgnToCn7a3Xn+4cfer2f59eyhgyg5AlRRs5hYzQwJgl6AweVkpOCRNbiKBNpPmIaF/TbJJU2b4thBAcp5N0QJOBu3KllaUzCh512Z4wdsikdAgLox8hHIPY/VBMmevteGx9/LtX1q4cAGSuAAyGIagH2he9hhAwdiHeSAtLcF+heYCsxDgPSGAcdjWfs8EDEQA7ZEA0i1pDMASQNs48ieXSgA5ggDYBfhKACMTAAwK4XonjNNHlAAl+wcH8Fa/VD6gvQBUbchr0o7amy0MgMi21tQ/K3W+HfdQB+gyBGDfCA7If4QGVunLjUvIS99bVYyvt/x6fSLFyn4klgBbJwTg3F07wzcalLIdPqSprrgQnoxpqArA+fyUYUjDpgTQvjtyASY1Fotxsx0A7SFqnqz8twE2uv15vBjFK3+sMWwVnxXb61UflRXJgI+NOxPpTlbn3WO7Dd6r0kf+IS1fwSd8kP23R/mvI0cG0+4bpI9NKCZycb2qFTa+DlmHLtBR837bH2YGpkUzAXnI8hqmoRcPACE/WsQN6Bg1FRgEcFAAzhBAVw5us6TrKgFQc18I4M7akOoBUMgvm25AfuJjbCQGMMQxJ5dsnxrmGIsETQE02b/AxPddAcxlL61ZFcBpTne+IQiAKMA5IdgcgE1jfQ4BQG/ozv8GLcLwnobtk73ZTP3Zn2/58/VKonxQ5keW9qeCwP33flwUOQ1vDbVpqFpIuXKYHJkFAMH7wTknkq084qIYk5Psplo1m47mLnWIazG6ONUg4MwEEFQA8EI9SbVP8SrmplEfaAsAvXQG0WcVABUhvAbWAdXJeCEqOCxch+tj8qv39Q13BF7OvXp0jAQAzP8YYMoiVnBpsjNPXqbKfT5941oxOCAEqof7S7fiPSe5h3QCf2l8/FgPIPZKABz3Lzek/iAlkG5GAdRMwJsSwHIkgLBugyWAgvhoWyWA9/fhM6/5KcOBY5REIBDA+sEKoE2wqIYAAoAA4LQk0/rL+ibGfzsQQMprqjEAtxu9KaGHsr6naT0uYm+mWT+PBAR/WbXA6/9DAHifcw5dt/8G1swW9HpLn4UB1OM5jSGksRnDGmvOUF7ontec5rd2CPOA899rfEBnuaL/cX4SBjpI3oYofVYAcmk1CeCrAtgkbOZph7APAkBV3qeIf2r22H8HbLNbcdjfrhHH/pSxj8AdNd54lZRS9O61JSgAE3c4Y9DXGbXR57VKwHCd2JhnApn00pICOL3XQOqd/Q6kG9SNcIgBP62ceYwBxE4JAB7Aj2r+7P8rSECDAEQBBKsA3LDRTOHb0HwlgMwEQCAF8Dn0z6oAljyqCxAMAcQlBpdstxdbJLsNJgQg4/+kBxBcMCEZiPy6iTYxJyk1b8LwCAMoAdjJYb6fIKOxhAIJYWtl4BHv/ndo0P7HrptzqrVRb2T/pNLDizJZP1/PiyzHlr7YItQygzYLrcPzrZ2f8/xsDqfeeQ4MmsocDPDrc3aOx7qJpc9DzBwDQGVP6huMPVdz5Mx2aT37sazoyMr5AF1sDz6KqwHFkGzmjAbHiFJogSVcYStyCAQQkT5TtiZ8Txy01bDkPKWaHOG2YUnec1hpR7hAHYY2FIJykJNIbn1O81UQb5GcvpRIw8XHKYMppJ4SgTTSBySAhynqwKZMze0xBhDJBVi1lDYv0AAqB0QBdOtXFyAcCWAhAvjskiqAWI4qAazrowSRNJvq/XPIq2iHvHAGgd/SFwWw5ODSOa+2FQKwJUDq3WDCTiUA+b6Sr0WYd1PEynCzMgCtrqpgYfdk5nbMj+w15zygfxcNdgwBBIxQyZn99NvrbSsq93O4qiJALB/kx7OmnGtxntm9+fnXFOYv70qKvqZDlTDj4b8Gvh7dWxtah9rebMrF7kNS7a7wg/732BKDP8RS3F1CircrF6Cg7gmwy7xR/4qcOkL0sQOoTawRZIQZJ3ILhmkZGb4tBLA6vwfXxX/Au50wTVtx6Jlo38nii2CRIanumNdgbdjz90+MQ5Wb8gNcox8yMtZ0wFogm1UE3yooj2K/Vy/iRKDYh1kVABs6S/4fof71KHoBbBCwOygA3w6fKYVOXIAoBMCjvh/tew0jkV78JHPnZ97zkuksfwwC5kwuQA6+g/TGnK7SB2AqAAcIAMLEN/hE6SYEgExAB4s1Yv6kAZozA5g4LvSztX/ogVPvwH9u/rgQIoA7OZJBW4ia25JuQzPfbtNwuxpEPJP9hek2FVOjhUdS5VRarET/RHu6K2/Elk0EYLIX8S0WNQDhSwGA5z4QgK4M2fTBDWL+7AH0bXPwmXxKlDhzjZmWXQZwpOwMSRakNaGYxWCxAZyeB79iDin69mNbgvMbPQYG7aKzmGqHxofqH4AfzZcOyhAHRWBLOr08p9RO0i8qKwGSgYMy1Jp6LiOoYwE4qtMVAlglCFBWDDF97P2g9QBAAGcF8MzcC1BQXYAY1QXoyAVwpADY/t+LAlhr9KCoxXMvQBdzjQH4VMeA4Yd0R4tSy4AiBRCYeAH1cu/tNFQf4JlchVrJ2YE3GkBvps5va2+oeGcSAurydQvG+E9jgQ06AXPOKVOptoJICnak7JzPtyE9b8OVAmg+lpjCLa1SXEZK1pWozPNZWPjXL+e/a34D4XQd9SDMvyqAuzuUAB9R5XccaymgvsjvYfai/lFL0FHlnecaAWCMfq/Ui1rDFlRJhIcNd2vH6KOLZ3R9WPlHJukk3a3rVn5m9O3W+cX58vdlWej9+B7LjcsuEbLW46ALWAvl+MYqRd2QJ1RrCdWnAKOP9OoER7lX28Lf1rjoafye8gUuo2LRQ7y3PyjX1dcnyQ9YCWBgFwAS4Efssu33tSoQE8CoBLDHAMLDwwWgVOCuOxEAKwBKQq0x4nc6rXikLyaAzNJh/KoAFh+5F6AxrS4kpWYAhlCHMEAATLJA6d1CupECICJYjQKwsplvsGUhHV3/TmlvBex6Hw+A9h+7uF8zgDz3Gq5pzDt/Azb+HHJe+TdZq0RTSub0loqjntIFf9wf1DnOFWbyk2i71sW5k/8OPQM4XL0FcpuOWZGc0bv2xQbPgwE7N3AdgNI0D2EErxKcz6kLVxoAkt3g+lRpaXsfq+YXmQQPRFtwPnWqMjJMhQC2mL3nul1AkDUdO4TkAsUUBm9LUODH9yx/V/VgMXspY7Xm7IgAZr4ubdsZMY6hpzIKt6sUYBxafeXIllEJIK5hngsBhGrx+wyhOjMY7VUOQC9A7gNcAC0IQuWUXDNQML/bNjFTEwRUAvCUB7Cm2+13CcATAayFAFgBfC2x34IAGEoAB0zGw9O6oKoAVhAAbA088GUOuKMGwHWcsT8PMfWzHofOwGHCMTfkcoJazDDAh4DvvIGV8Az5mda4RM+zTLBQpzRgwsXzf6We2mldbxQ0kLe+gLbNaOAt1Ac60iG1/zpfBorhVnjHtbACmVxvZ2iT+Tg9gZpDfZL/AmmRjxU265KzHOCiGtruGQVgkkw36VAKTBjhduuoyJ9vhpV8q3Ii3t6AFQhdAdc5n8pTkQdGQNZX4+gURu76ggg4riG4jL62WAN/qiWtUYoQ6qfnHS1XgPKKMoE2L4TeO7LTXQH4AiYA8QB0LACa/04VQC0YECsBxEMvQNgVQK4KoEuhG7a2NQTQcS8AE4AmAhkCUBfgFVsfu5UJwOfkn/g1qf2DAJADTIAEOIHi35YAGBBkdvIc2M+ZAaDhGwWkA9j9FOu34UYARUJ4q9A9mzZuDL75k2MBco5EAJECee6v5A/O/dpNHRGAw4v+9WoB+FJ5R/dbzFt3sJo48t3FsXoAW4gOzhSmBRkh51cdwdoL4gnnQ0ghY1D96d1qFobYU9zq63Jzuw23kLqYsxKAI2sSJe6FjARkt2z9hIUIAF2ACo1q8FnKVQaYVagSgGdknYtEvzLH0HmVeG2nzg4Vv4zcYb/HACIhVBcAVq/1AHnzoyoAJoC+9ZEI4JwJmGtBEI4BMAFYBbBSDEAIYDkQwHshAGYqEICjPqFEMYA1uYRfjBqAcwgB7AUMLkxf6wEkJgDSTeT2KQFAk6pZXQTz0RbDjRf+tim9OGJbQhMPAKwe0PsOpOhZWrFP/g6Z8Aw0Rie2b2nQwNZL8clAICrJcIjYdUQAaS1Pm7cHAmEnpT0T3PeziYBd65BOc5MoADferprTD2QCmCAaCsDzosbhGXYyALHCa4AXKJWGCAAAumnlU1bimSGsOVeC8E2oU9qOI2xOlcn+aRYRAmXdr9Hb/z/+n+ydM/ouWjips0Fo35pQXfnq49NKFr7pRi5HP9ovv7BSkPx3vyyHGADHCMI0IBGIwQyARyoBuqAKINPphgCWnr8ZDgIGEMBoFMC7EgBXD08pMQE8Y8HuAoAA4pIpFfhY2e5dBgJoFpBwFkTAue2XTCDK7yZwUrA3M/mfwn8wNQzxhRa3VcoxJBbHjAwGKcj6/BMAcPQb4PW+b4hJ9ZILkHNa2rcBg+B5nMtrhw5AeQyLdB/0RACFMVfXlKed/eyZ7oohNBeTiJiAFxSAzg4IeM93Pb7v2UwtMzOg3PAEO0MoDmCefgVIg8y1VTuWG1v0Ehc+QkqgD7H+Xaez5yluzFtZ4KCqGw+JaMLPzsMLUgLBa6ASadP07gDz4dWFIsvQKVIsuP1qyezyil6AgjQPQfOAfkTbr8bFG0LfHTMB+15HA3IvQOaopyqAUwyACvcTASxL1hgAJXO8fHvPrB24GzBUAoiVAMq5qgDUA7hLGoAyt1626QKcZDG4SSYgCMC1raFh+AMmDMcbMADhOlyHF9S984FTiPy/RuQMkPCsCmB4fKS01+K97UGv2z72fZjvQgBdKAQQUpd8edqWnumMpzwrL/Pc/m4FM3yv4EwxY8MAxhXQqbSlJ9kkTrQ4X5q9HV+m4KlHqkSnpYC2BPgQ4kuTfrZNqRQBjYJFj+ts1iNNuq+cAI7RPVinXGP8pTzFNjCy4nC9XAlBL7es8YJMAJG2ljAZwmMMmfcZBCrXUX+9nCQdTCJQGIbuqAB0WvC9MKASgGQC+qoAhAAkFbjqKe8qAaSDC+BFAURVAHmhgiADJ6PeW+9zfeL4+cUFWDwTgBlbez8QAF0yCgHA1CUHAOA/7wRQtJwTGFnNd6vr4bN+Dft/2zRD8eMASP8/t3+rAJgAclz7tW2YANT8hQBuav9sy5sSQKQx1Ldb6tKdCeCEZ3rq+pnFB7ABDsuw8HE0E9BCDAZ2hCrSRw3VHuD+BCAGbLNojRZ2BNx1UcDQG3otvD8sz+Havn6W0bfwgQ4aDudYPePZ7BXs/mrAiAkULKAnV/+obgWQEQ0hDgT9GUfCQB6AGLyYvJQDQDoAuwFkPY26ACCAjgmAXEUlgHT7pCDgeFQAHecBcFfn3XHx4LyyAlgkejB+3kINAmoMwMek9QDQC4gYYOo7zQOG+sco4GBwcAF6rgdAN9s6A9D5hiDAANdd3XQz/QnY/10f/r8GFEDKfc5CAOlWIAKgTp+OQtL3PSl4k0qqN1EAsHtsnrphAlD+BGz6k5wAAjgDmhrTcnydbvWvWD9ohV/NXTKA2Ped7V42ZzbQn44QQOPO0IujxQj70WOSWOMbHrjJO8sA7fEFCwHslHr0g3hp5cO868pSgIjXWu5BPzcTQDcMk86rqx0A+uAnlQLcCxC6kBoOAi4aBLwxAXgiAAq/Sh7AkQBGBAHbduE8oLsjF+CZJHqQK0+MG73YCy6AJwKIX8fW3SkPMCcy/XI6BgL+eM4B6g7bbq8HQATQCk4jdU3EDs47Koad4/Gyrji3+jB/3P976z8rgMRZ4IUAXpUAqgIo2zpcHASQ5yAfibsBbymIC/D8PQGAB/PslfOAr46UVQDFfo5mLD6Br7tqdN61doxV7SJRHgAas+AGSyloW21U9T1574qNDBnt9sXv5j2tj0TEO+jR5b/4cgBvjuRQkwqgL8Fbi1Yhg4dh+foUp1Qh3ORaUIaDFNEiZN41xBcgAPEAYPc//qDTAsEPkOkBSQG4SC5AJHN3vo5OBAGMrACe6bYpAUTJBOxW6QXgiRaaZq4EsFA2yK4AbtoN2OVVFEA0aQASAyQ1W5BEAJgegJuwgKK78RG4AImnBnN8gynyojiH5sEU0GDIGBZA6WKFg7o0/43+v35Ntv/lN+quQLtVG4YGMAYDXSA2S3e2nb2z/f8/zpLlXFSVtd26re+GEEIJIWl0fSXLcvAhJYoB/PLLInVv5IGGvOtCkqUuabcOY1xohE5sRQH0DNpYTURwFxegO1UAKHraiKBTpiuoohdRu85UhgYBnKCRtWxVU3Ht4e+6tdZns9ci20+CrqmiWr+0akSwTzVrZrID+2MRAngqVt5x3TUQgFAK3Q8j4iuL5c3jwQx5kf6oNYfEyZEYDdjvU8mnQdK/MIGYPyYIHCkGQAQQ2QUAAVwdMwJcgP3oAnS3gRjg5moq8LUrBBBvcyaARxCwp3MVAoj3QgDONy8LbF1bl1AIoMckQIyl3GTPT6V5Gx4uAG346OQ/1cFewcew2dpgYTHRAEClFONEZ+OF/0MFQL5WH1a23rbpp1zpTkFmwkICWXvhwHs39RN3nU69u/TTy4z66SUCAqOAFnAH5qQNMR7eEsAcpT2jGmTqG0Stlif4xoBJ1D5aQvv424N/HnxC1n24nSD/oc4O2BaTrFzUyjnl5BABHQDnX4FfzsUYtXujWAVpKOWoBmflmAQafgAXUV0AIYtjHsDyzATA0wLD1oUDkB8smYANE8DmxyH61v3Sc+BuYwJgF6BZ2FechACkG5AMNbIC4IkBmABiKSb2iAG46gI48i9YAaTQjsr1K7UlZpQDH4YfoPaVEwBFIAoAZcGje3x9aK3tUBobwMafBSqluz7iZCAR7MEC/LsKIMWMFDzRpuPkv5qPRQEZTsvSn36TXs1Mn2HhOS43+uJ5FKwrY/03bs00PHpQgKPsQXKDrrcAk5b1E8+5jAaXDEdPPsoQy6DVmxAr1bv0e1t0OK6TbUzuWnjM5IXjPbRWYYJBnFkPL8HLxMMRIpDDVOqgXAForigIWpQCUgQIBVC8h2MQcHqeOLFPdfnRQ60EwgvvexBASmEI/rr9AhfASwyACACZgEoBkPHyyAkOAkZSADUI6B0pACaTzuXLSTIYqI2q/e/EBUAXIOZAX6TbX2oAoCoIPw6DEEBMW3KPb0kbqxYE2vRhz4c/4yDccQrUFlByAMf9G2gsFURCn2IaxpQpWqqhvg5p0yoB9FMIA8/n8e4UQKsAkA2omBGAOZaFAPPPgBOgNYUG5nnmlX2b7sm86Rm0iqhQ39NLAhDoNya5oE+kHCIYtZCRvA4vgPnX7AGQXnmU6kqEk8vXBMANn4AJYJ+89Kez4ReU52owIAUBx04IIP8hkQKQICAUQE8KIE6IAbhMAHT6QCWAqVikc5QHsIcUI1cE8o9EIAQBfZIYwKDHApahQMnXLCBWALIseWWTANgBIAUiBUGin0td5qI0detcgB2w/bLGfqQB4GZOAuJWMuBfFAFaXYIAEhFA/IHnv0+Pol1cmVO9oLZVIICh/0EqCd0pz+vgxmqA+sx+k2KpMq1Prv1lI32gEr6b2IJlbDxFvqemKhC0vg4kn+qX2P80+IwfzDtnb+GlUZqPitEjZWWgGEeREgaHKNcHgK8j78ub1RepBIAYANp/zA5UwC6AEMCUEmUCXrdbH9iTJwJIcAGIABoEATvqBRgCWzuJzo1HA95jSDdHBJD4MKkH8JIAGj0Cn6uNRyaAcm21+a/Rv3o7gD9aHLjKaojebS0cKHjragtmiltZYQ2bNl18Kn3ApAPZQsc4scVJYB2b3759u2Ok0muHsQLY/FjKwhC+pXu6//z0lIOAC17BzQNq1S0Z0yAz0RIJJK4lNl2adZ2ulw/Bhr9Bo9pGZRPeAS/KQFUc7TzGYmSciegQrAOn+QinwC6d2Xl8qXouYv+Fv2NyOPFDKcdiXiozs6RuQ+quKhUAQwJCocLw9YOAAMTIHyKgckGNC750AfyIoqAjhfLIIpPn6cviPYyaADgPgNIFWAGkxKnA2ZNEPWF2AcIPjyDgmLgbsO+gAKRxIsaAC2BqAEEByJ9kgyQIR7oGJgBEfpXhG41uuvPMP9/U+VRRRIYxy+Ov6Yl93uPk5yfzlmujwYAEY/kWkeR/Gikd3Ulx3/Ttfp+ernlqzKdji3s5QGbHiaP3kudOpbiojki339a/75y81lbWFUhVy+7Gsom1N73odzH2rw3engGOi2EYrRkw0YM6ACIQfAQPwagJ3iM0fow2qCknQFN66NpJ6AILEYCcpcsLvjsogGroI1yAvEYiEAhgbpkAZDDQPcTx5okApBuwJwKI0yQEsDEB9HGInC/k0j3bfyGAGO636xNpAnEBahDQU0kwEAA8gKLc61DAOiHgYMx/4Z0AOwEhSllgdgEQgDa9drpB182/bgBwDPbbHoOTWj1NQcmnv2CkGH3EQ283YjtytrBmNM23cBdn3diRQcwYaPyr5yhevhHoYfpZt+SWAEYe5EEpMtKPlZdu6v6ho2K+KTvaCbts+287V7C8PIembEPslkHwR3udeGOT8amWshKHXfOR/QT4qJ3+yI1VIdYNESLIMJrT9lIVRoCQAAFA/td2H1GAmgmQD0qN85kAtgcBkDp8nrsjAaS7xABcGbDMQcA49EwAnjzQvGvZUwjhmROBiAEoESigG9CPhgD40lEPsEoAlQIE+a94gRBCLBIgEAEA4OR8f0MBnP1Q8BvSv0bGG+3gtq79/RtZ/FNThc7h4I723PuuuSJXJ+NbAVVYJwnByu4NBSAEIPH/fKPHb8trBTwYkyaAMtO7kJY6tjuWKPnQ7GWNCbkcrUzj/BSNNU/AKgAcpwzbVIdSr9FEYl6nfgzmqzT0ADS68WhV/Tgzi7RhORvg0JVpISH1LG71ABAAWXoZ84cYwE8D3zkbsIwIPhLAWBVA8mS02/joBUh3dAPST6driQBEAWwZjghgIs+yuACWAGjawHUmAogPy+s4jCv1ANn6JQsIWGRZ6lOAayRyFCB63yJcApjm3vJBc5opZEkBbAxYFqlhWZF/LErohUg/QUraA+jqgU8gBHAuAUYQAEuA8niPrjGNy5EAxkoAs3sQAG3h19UZO/0wtIoyoYHPCJdaR8nqDzyzr8FRtrMXj3YXs7OlKUApuLbDttEuZqd2JdSWCWWCYxXjt9muEQOg1PpjFwC2ymAAOqJpfbvuXgjguU/h7p+JAPxBAcS4PmIAMxNAHGKZBgjdgIkIYEYxMS4LLgTwI80NSKnAXTxQKf/yHwJggAAYeNEhgKWsFQFQbeo++ln373SKApTYsv9XS9/wDExg6NQg+rtRCbziXBUVAxd0BdrcQExCAGpWklZJACEA+v6/kflrAnhBAQWaAK6GAAjG87x8Phq5fSosj1s+wBOruq3jeKJ5VNxOs5nlF7A4mnXjPihrN+MKtNujBUA9GGTUtoexQBnMAIKhrMT8R/obKwBFAEsK0e+sAEAAMaZpUgQQ4hCjEECRkstEh2Xnoa1HzTvZaXUB/HMhALgAErnXHoAOANYHheFAAOu09sm72mGCBqysbXBKdwtYb84kEpqa7xaUSXu/2wACQQiAnr9xt8lk8EHKDiUBxigE8E18ACICKABNaSCAsRLA1V01AQikhsiyNIy+v3w3aLTWgJVbKtDkbi37HW+CNzsnosr+9lfHN8QejcuqL04HKGD+/KTFm3AlAnIBQiRTZ9sHRAA8BgNmHBXAIARAZuwbIoA4esdBwBj9SgTgHwTQD1EIgEZZCwGk6J+dEEB+ZSWA1snswDwzUFT2LyGAMaNcWw8KUMK/5gILRyxMAIHiZ2H0SIVGbr8oANuon6tHxusKQA6wBDAuS18I4I6dpiP+8nHU6ia6LgkwFgWwPUIARgHAoT3gQQAETQA9YcqgFeULE74+Adj+BKMCNJufBVix921Yt8FeEfw4+xLrshheUDc9RFUNbtOfmsoUZAqPo4j9SgL0XOmADM4X9oUAttoNuMQQPROAVgAvXIBsicXhp32iAHw+jAhAeIIIQFyAMjkoxQDikQBkeBXqAUMAWMd/0cODBrZ/jgIm30pSty7xq3QeLN+EfE0Hk/3NYKe27daDAMAAnwUtDE6nFa8CAARg50WABwIoBRAzZNqOKRcRmnbqMFy+CwYAtH1p6zH/zhPz/4xcbUsAjdX8lg/wiD8ZNUMLXAHDK8455AGw4K/2L4+0t4JdACaA5/RwAUIlgFQIoDkQQEoPF4AmfeKsHyp1ciAAjgGMcWQCoBabCWBkAnBuTm14lwew1EeVCPgTBgMPgUAEEJKXvGmM8JWVtlv9v4c+sNaGR7wGr5AnRwK4MwGkyycDHcqSMXbSFgGyxwBpa6+iyIlSJ/dWsJMUyPD+8h1BR/61frMBIY3Pj0uwWAds8Tgba7IpZnrBaWlt4wluZgLwMg4ImQBjhrT9oANK/+3a0S23SIOBWAHQD/kFAfhAQcBOXABXCCCGkglYdgkB+FshgDGwCxALAcxFASykANqqAGr7L30AmBJEBwAUIUiAcCDESgC9Tw45gHABzATZZtr/U90oC1YvAusMqwDS9sk/H31pdj4zo/FBahrIPuIHU5q8BBRWnrwbmKb1+yIANYDb9LWZpJ4TCfCJ6M5TPo1PajzPujrv3lD3sjg3EwGkEaUA2fp5Qctf1jyDYyaANtyCH2NRAJT1U1yAIe8qBJBIAXQ6BjDGVwggcRKxj6EQwCAxAD8yATjlArBoRycg09GPJggom7oeyBiHaAlAG4PkaNqKbZgx1GgAw7SweNWyFGgCIGyfyQCwbtkAAWi8p9fOuABaEHB/0To93zT2afXfEwEoFoDGez0EaNB8FgM0ZttqALVh3viUn476UyerIAaQSAF4GVkzsqEzAdCmEADdGaIA+tvdp1EIIITE3YDUKggBRFYALUfrxAVIKcWbQ8ifCCDJKAI63s+t38lVrzGAdOvd7CNcgDKoEZ2ABBi50QFgAD46lTkTCwG0HaGB1mXYzA8VbDEarDwBVajRaHj5uQLgQRGXz4MOQJ4fZSRPc3KMLBb81a/Z/n/JtwOeeTbBV97yi0J42wbbTc7g+ff9iVCMbKweW7YdwjZuxwebS4gYgBDA+CPyfUaYf3leNIHEAEYXbkkIYF9iIAXAQ3grASQhACkSUroBqbmnYkQHAvCVAPgoVgAggJAJwCUQQLF/FgAjQVUCtfUAsJ8z4EgADNH7dVqCH5kAYKwwCNMCqJn+bO4HJMML71+rsILXCaBrPpY/e73+9uvvf9Dl/200wGnbAQUAGsDmkCHtPxEAMBHKh/66Zq9hU4+0AQH/tgdwNpTSQv/jzp0GM+ZMK1MEAcmoUP0XIQDhAJYEHgSQboHyflImgDVFntJbEUBKcZ2MAmACkD6/kggUC3X4kROB3E6uumQCpnsmgC0FTQCOBwIhCdAIAHkA2P2PkUMA3vt17UNRAK0K4cFQAS0INQmbpFAzKzgaFTxzazZ7zAGdrk/N+zJmn3DOMvtu88EA83kc4JwhAPEIcDzPxW/NXxjga7f6Vscj58Z60G/37P3H0GEePLfxKDtqxTo4mgB0NyA6AogABEwA87b33A1AUyNuKYadCCASAWyZAJ598mkiAhgz/JYJYA+075kVgBBAXxKBKgGkrXP7GFP6ZShTg5EC8JoAWvYAIl+HqQW4YKXHAPEHI/0/UvUjIYAMHfCtd1SrMaEUA8OpZhR22ZDopesp94bG037Lqy3du2svk/HQHNU3mZ0DazavXwyew+bc8ijK1ZNrM7tS91mSAT6Sim8BUQRS1A4PTZu/i/mXC9lBAOt/ZhvNv3Kmk2v/eo5NY7ZOq7Hipo+vBBAfM4OhyRcco4I8NVgb53la7ykboXPlFzy15AIQvOsG6mkL+9K1j11dmcN8ahspHCQEcA+3sZQT9WnLcsJn3ML1ygTwHPycQttDAEgn4AABwBjMYGDQwFAQQh89EUBPBOBLVVet8fWNYPr3T4DDyhYiimATKSa3XafQV0zuujxm1jpW2WNCyE/Cdi3pPU/X1mVvAbU7TvDRiIIpwKF0kBmGj1xJqhNQA387XX6+5vp8XXFag69m/wcC103+1yeA8zxEG5+itZYAWgGsKcVxUFOBaowMJgDXjXO2+5ASlwQaQjY11/FYAHLd567l5JCJiwTx8IK56/qJsHTCE947mp+A5yTsXMoHefqtr8G5uI7N9T4QhYR5Tr0ogKZ7EEAMkgGA9h94pQ5IHELGmDwhTH3YfEfAd2V8P4EZ6GNgUshhP3oKUSkm2V73PqU7L2FyLXkE/cIc2jsVDXgy+eRvB46a6fJPgA/BGZKQRyDFWp97mCaeYYztvxQJ3veHBBj+M23cfAYHGH/5Qyb4/3PaieIzT3UNC0HbUiowlYsriXVVBIADBmEA2qAeNdcM3sVpCTRD+NaKyqXRomTv3N5L1XKOChADuK4pUxNUUcA8MU6E63Uj73zervmgsK59apuWnIMwpXlTCkA6AesoYLopo1fVgAZhAAr/cU+AJ2yZAO7bXNMA1BBAAcpEvrf5QLuvy9DacTyEa0qcRTMM3r39+7bSVExTogJPhHpY23zmr87yW9MJK1IIUML++xQKqhfwPA3D5XvRAJXxv0STbvAxR+TNsdDYoxXAyAQQE7eqLAEshpGpgGzKN5t3W1ipvH7pv29dBpUm5Rbfz2X0KlmqwLcsZDkILuA6QTzNypWiYmnbitgVOon3tEze0Xxs/UEBSFyRrlHPAiQZv3AAYP/DEPoQCwFQn+cavCIADJnUDPBWdN5MGcKA/aOkI+o1sgZIxAAxw7vO0LgZF2CHr3IzXE8sBNAh3+szoR2gOqqMRwFICHDfF5ki6CEB1r7/mub0ZkWCr3fNzfuu/o0j/qoarZuJAALl7KIqWFlDAtSHkQmg6yhmR840l4obOCS3Nc/7xafxiOQTz7hO5k7v/dD/xVnwVxpguiXWDVdUqqVHZpjZ+a31C+/TBPCjTgEwQuABTgDsQ3k/P2/OT2usBIB8eXjusGH+0/u+/3MFICQAQngyBIAzWdApjDnSPjmvKAA5rOk+VQHY+ppd9YvWdd1rBKCXGYL6qfoAy/L1LOkNlvtO7f+tg0zbb/1Z59zABDASAQjGygG1TlhlBU6rcc1M84CHfl0f88lGf/l5ajxNprwROMrN2NLmMy5ualqigo1a9ZnHEoWBwb2H12v+uZco2POeN+d+SdTj1/pehQDmRzXgw1zAygV40QcYyG1hsALYpjWkGXM0GAXQoRTlux0AvF4rANnxugIY3qEA9FWAqi71Ij9JATR/lTSkZ0iuZWQoCYhz/0LFgQC+m/ZfJ07x+su4J+9ngPMCzWfjhtCcZLUed1YAJfA/1HH/VQ7oqsAZQ+o6zuXxYVknwkpMcNmnyxYe6PtQyYFWsfEhvxNVos2gFXn5MRX4cXZTlwlgWvosJPd8dSmkjXJ+OvcggJYFgEwGKp2A2vyrE4DOwFDsnxe+6HmaiAAYLxVApz2A5iMx5OYdCoA3tAL4aGaYUA3dTQzg8xWALqXFCgDFgqEA+sAiYIIL8P3Yv/onYls9yv2/R/MJR51WLoQCCNMeWJYzpMcP3gBEACkAarDnjjQAV4lMISxMAUQATVjXiWGmjlqb+IPr1oxpJSy8WWbqy4hu68kYJFSWN1LaKKzYtgMIQARAvSgYvtEBR/dA0gZEAWQC6JPjMKX5b6u7Kf72OtRB9k4oCcyz52jkIr18GbcPgDoFlzKB19IP3g/Z7H4gSLHDjcMuqBWGm+DyYdgIEr6X/KY7OgEKA6zHIOB3g6Yuel4TtXxtBfCOK9QD2ZUAYAUwTXGeyxh7Aof861zh3NqKmqYYAD0dt67pmALc1bUy8/hl7znMx279UQnw7+N++eGHtgsLM4RgF/y8T9N965fLdt24XM1VplKlHEIfAmIATAB8ZXQdvBZA/ysmyBA5Mw7CAJmBohCAHRsp2/rGy2lfMV6u7qjF9F8RgCtdL2cMoLt/34DNkNJfE48DrhJg7QnrhG7A74gAMpqv6rA0H+AwAztQ0DoM0guQCSD8Sd21aLmq29BgG4fnAANp5vScrt6u9v+/sZYssdE4TGam53a1OwkhBMhT21uyLPdSnJ+FgAgALPaMGiYA6euj0kKHMjGXNkq2Xt7uMkKYuGG6LJu/OBS2ZKJY+k24Yppefl2WewKbf7aY6Ko4gwDUAwAjaRjAEIFNDEQCg/QDJAZqgyOcl2azJWrLKkHn2Vi4Vbvb/CcSQA0CYJwrgGeCxqIoPWW5TaOAv0QDkJpDXYBhuPwfDQSgn+h/MPwnb+0rMq2E1f68Vsx3FXoigC2EuEM8AWr/ddA9WxjMLhnTtoQ81wiC9wtaai1m611GEgh+lIlJsTXkKyexEgHgGNrYu6oKXSKAyhDA9foCcy8LAhsFQPZ/bTUG0ETCkE4JBQAbf1wS8nH97zIwBwuxknmvZN4vpItqTf392P5/PSKAhJmQPljoX9rrCzNAWhAZSNFg7zAtpKl5atXtc9h/TVkdhTMX9/fGQF2Q4fL/AvSqfOvo/0qOwnNUzzs4Sw6AAqCu8Z70tuIYD8ieANT2ta1zCI6Td2OQVuegFYUUygn3bRlZO29ydRldl6xFFYJUxu6pgt+dz6pZQGL/P6Tdxx0s/6UWdBz/b6+iARrJBOpqVQAnOZTV01T5L5bo+e2J6/1AEU9G3b213EUn8go5R+AAFfQw4WcoCdH6SXMnqYDKADufEUtd/q/wXQVQ/flpStXXiQJrsPuHfFBBAZBFBL46F7L4bnT47zE3QB2BtqUlW9QWqcTn5PQ/npvvvg8ZfaA1b3xiEQcaO9jhdZ+L7BdjJALYaIMI6SVKDmCBAbFAZoCWVq8MITNxAUAAv3mI5jkW8Ym9Mz4Qg1fFZHkmWY+ZYDGVnB3u5QNF3Dh/OOGDTvyizrE8fA7r+pRgfi3lCocAE74xNDk265V6hXgeQinglrtxmgZxzN+P6s9SANVvkSffD2HgOV08rHbpnNvmFt5jNs4YRQA0Jh6YY2lqgpxmnxP7gxTXyOwBsKzgGAH4gTihl72WZZ9twnMzPzmmjWUhEooLCICOHMkDkEJf5TAgdAe8vOR7frctfQRJQGICQAzgazz8/d92rPMBQQhg5NfvOXs6JER9Iiwub1OK4AXTg8k5cmudjJ/rnN5vv9ETPrJFOfUWgDDgL6YAvuxJAEQA1fPItImTPiUAVGz9TagUZVwEHawTBmCVB3q+AiNhokPMRuDZTEfPQ3iPj3LOYQJxTQ/1ZVW6bEX2d+XBQHeXPwoQdi/gSjfkCJLFHxth4oR1i31wfPqgMYR4BJn4xRAE78XGSSmIfZBJsZzrk+X3kUqK8UDigQggU4Mn6mACAESTKAMohAHQ+vPbkVzgOhGAe0IAv7mBmZZAX3ZWR7oITAC9qCSWXk5UUwIIgBbe1iPzU7wONJSKbOQv8fJtmOKxlgLKSIgFRVf3OCDQXTeeOP5piwYVqilNM6WWJwJodwKoczbJTQdXQtaINZG9KUaxP2AhyDOAtwbMZmIMpSQA24HCR47VyHf85ksCwNT9I8CbAXNSe8XPghZIRWFp/gT/AQHg95Xm3fR70/+tqlygEXy7ovNBJ99M0FQAbv95hiniATF/8rKJtxf+DyN8EJtscdLs5kZe9pB9mADocCoZMk38/P50y1bbZwKAB9BIBjDdBuP/v5sEqB5eJKdxp6OG9UgQAggu/LkKAPsyASRwhAO9I1kJhXyRkGgvmx8RANrk30gAtoGAKTwqkm3Af4wc+gcJ0BjQsDEFPJGqZQUF/5bMf+X0sFZQZw1w88Zk5B9O5vWYAJZ8IYAAPAjAVDf0Bb9VAjTnlryQK6Z35wqA3iJQzupU9rXaFTyETLMQmz5XAHwHBSB/fSi9kJDOwkr09VfO7/zljiN5kAhMSoAIgDkABECIgmYVf1u26UqvBNHEQ7oRG2mermKjdwZyoM1x6SnoHb0IAKceAJs/efr6SIEHw8tKb1jfRq9SJDABZHv7U/tnsS8IAAIgOGntswQQBaAE0D9SAGDt36wAMAIaWb+7TR18yJIAYiRP5FWR1oeBCCAmCjj50kr7V1sMXctY61XzSPnz1cPNHRWA2lpaVCcEwBxAK38IAcD+/ehh/3lp5Q4GPUEB2GioVQDVf6YAjJkf2BZMbFz3ggA84YkC4BtS0tKlssOBQ6aREH7dqHLfff0lY2508g0oAEsACLKt0to3vL6uWQQcloqGT6sUkNMK2iuVG2MjVXJIW0QBDHV0F67gNbqlQREAsv98eF3iSmX3RAAQ+ST0CbxWd/P63RgANn1dAVTvXAAoAHUB3McuANqH36wAeAEFAPsnnPWI8LjPmJQXj97grM+ZhFjohQLOO6vtBrXDt7YV8aZo66wD3hwsxiiA6msKwBsXwOuyHEFrXABTKdYoAFwlgpJUbD5ixAz/dBKrAHa5Bb4p60zy83rDsvIPKQD/ZTlYfjmTxMYgFZ6/cX11FgTCDK83mj3n3r76Q+lNQi2GLi4AHAPZLohYWZvs3mMTg+2bb1c9R/uSWUOeJJvN0E57IgAGFR3TMl/MAABvsaMAs7pYY45viubuHSkAIoDRXf7HoH8vL6D5ESvtWBEK0y8xEhU3a/qA5HBz3GyjWyQ3mkdiLZjNyzlPv3zMZRKuf/3LP9UEDNBaTAL+654pgGtMqCnkR/OtzvNA84QMzAAbGOBZJyMGNnfbqrmjA4MogHGLav9GAbAEmADemtt/EwMQ41MaqGyjXQHSH6igI/m0GAzNoy2s/eNc9LXRAcKauotQjryuLdP9oIAfSAabcLEdFmZW2KLjXY+x/OsRutzHAogCYAJYt3urBBA5JEsOP6PZCWBLl4afaZts6mjh6aqgzfxn4DV9phGQnqizDyGOBCYkORBAzQSQPQBNRYT9m/wkYE2yom0pX6l3/a/bdY30udmQ2nlgBfC1ZIuvDAxEdOcbZ/Ey6qEyBBC+SQB9f0IA8IKLoBQLgDC5UfBYAVyZAAYmgJpABMASgDVAwiPJX1KAUlFoqc70SmdVf28YRAKsVYYcQU1sFuBTNnhIADACsNt8tn6vPrEC71AUtmxOZ/dEAJZ6vC0cgbaaG38hADBGEXHcz3VeVBTTUBT55cQtHqatm+Ue17IQKE7jrQBxRADiHHSvktERHOXpZgJYMwHklj8vt4SGIjbUcLOpwv4tEgVza0D3/FD3EL3QZgfi+l5CKI/UNJfvVklucMOtP6NNoAfqDdhq4KItcvHB+DrkYFUg9eM2qjmU8DurOlkNh9tXgKo7Cc4qgPCxAtjOCKAPJwRQMIBHQwcPQPDwa4oMsn8QgEiABIQBnkkAtaJhoZ88EBXEEBbnE/o+ZqfgWKINwTd2ASwOjxdsPJRmRcvqvZo7rMOmBIxqzx5mRucxQh6Hw/5HaPu9jpp1+/FpilYezPjozzHynM94v3b+itLebRon5AUecTRMWkf6UpwbubuOzL9dMwVIYe16ZmHWvse6ESJBVpbd/GO6yN22kCY1SmHvDGCs0m8ALElatjFcMgFQBIBa9rWhKh+UhCCgVoLZQNA0sp1Lkg+3lyv1ML92FGS7uHsdYf+/RwGYVv8/YgAUD/gtCiA8UQDllAhwAaih5cvDsfJRBUCtzteqEoCxbTJK5KTItmzZcVtidPQ/7OZO3M3Yp6N7igkcKAoKPF2yiS58A7AOJjMzQDLtyBrkwHEefdsP4G2o1MthehIxadYj+QZWYOgarDCfBI+BCp58mZLOH8RZuc8LxPtNFi4e5AWoBVThXAyZAPgJIZiwtDWlnuea0wkNjWIhApgT0jKvdDq4V1DzArBkcW+pDgBRCt0SWah8WFlbbIUTsUSqObIsxFJLiFTgq2m4s3jjG833xYxAcgD5AFoxgCgluOrXz5e163x1IYOYxtG12wQP4Pe578W/+/sKwHnCrfZM0T4rACpmsDQxz8uevaaXtdnWjmy/3mhY1RKWtFiWduv7ZeWMKrLCkNMH6469o+1VGlDAWy0s8TTaDJso7L8XAXAV8bUeJUBPFyYA/5A/dgkq8F3vqHuD/nUdi7uaiqXSALK+7ewsRiLpR0gAgwULuqgKKD4xVsq50lRgePCH6ffbeQiqnr8yiRvC2Bl2ctmHZXqLzgAlHdCEhj+m6nKW5I9PVko77Gs8g50AzA/klqGjwfpzl1HXcmcwZJiK3AOxAT/FNJEhJAGikDXao8u8AbZIFr3mnqTYb0wA4dKzAKibTUxf7ldC5pbEAqv8E1cNL0oxwps2YjosyS3pHvGb/5AF9LfdA+nAd3TETgCVS+SbfyEeqIEo6t8pbEptOVs0L4buhRaSEPEy1EqBL5Hg+Dyx4+RNnrVRXsRCv5HRp8tIUTVogOrEA1DztxJAGcCx0aAJKylAEHtPXvQyZALgn5VGGNdJj4bOzEzgRw2q+YIARg79TYq8mk2zegSoeQFkEToCNVSogyx4tZhPbsz7IQSYzVFFgonpwfZh3YYCTDq4zQYY75XCmrWaP/7XsgU7gjUgHLxfgiEIdmfIGl9eWjH8XNtjuHLgrz3ANvI1hv/X7dnw3Aw1/4F/8AxSFLqqJFGn5Z0IIMSYX2m938X68+W+vntDOW2RY5NxC+5AeqNzLEmpYWJATML5eoKqADYV+N700N7l9za3K6dBU/OP/Em61EwAdSKAQQmA1roOGVEcLN2arY0E/hpC7NqN9RPN0foIXv4+RgGwsZ2FAIhl5FcVCRAIU6YAUQCqIErzR2jt5qgRdRv/BdqMYb7dhokYIPiDAhA9L290Yug9fIJDfNB7ihcWsqewd2zUWw4D+rRAzN/TvV75sUYA2P4nsX8F91cWlg5CyNuKAJ7fPa8jWxAmEADcfhi7HQYu66juXigQzgEqkgvv3LxulJLbvmjr/z7SR1Fb2WujBcv6lSDWSWhP8Z4c1IPo4E3Q1nlug4t9bOpZSwnpDkWHMZ00Ryy1JGmYKr9/22Om48sWaMUrp/PWz5Z/OTN1IXlZ5Puvzt6lwlLa5m5r1rhwqhZ7/71+940qgOuQFQB/azVnBrwIASQKzP0rkdA7f6nClgiARNTSzawAShz/PCOCAHS5WCAEiMLMawCMAvDFdwunVXTtkDtAFyaAl6wAaLKRmQ1q9Wjwcg+AH/lXg90LphFEsORVN/oEwwBFAERGbRd13SY6cEIfPoInuGOCG2WntPPFRP7oxbOEguSxdR1hl5jQvWJeKUKCnuIebVnlSY+g1+Lr0V2xH6voGqAEXHL89WU8uZwLxeuWwIhbjtPTQ41FIWW1uPJTeMQRQAoBcoSQbxwXjAIkFbQEieczPUg2+FwH14j9A12JOQmHel0bSVXggYrBHXJoOSHAEEBeQDI9pwCbAKLHFiXC7Xmqr1Sn9Ko0b3leRVEAPciXFEDuDjm4APWgCoAKI7KDQF+CEAAVZQ5t1za5TOurOyMA/Pk5rQUfsnABRAC06gOEHVOY9I+gZywrEdkoWXA5MB+VANqEbieAwLIfbq6m9I0wd9rk+X6ihddAAK3zIRO4TUgfdGd/UC9LWnDzP2Er1uQMslHjhRNyAAQgFo9OD9tSY0ln5b3QYaFLPdYRAaiwUuBoP8INKJRNAuxflpICoAnqJoHEG+jUfISesKT7ZemJEtjmNZ/VHaCCEKzAUAKhezlTJOSYYGQ9sVF/I6WFOsczejEk+Mi37DzQkgmB1EHd0kENa5CNX3o8fFwJSm/qAViK/IYCoIdGpBW9Ml+r4RzICgSOCKDpOQtK7L8HATT1CykAdgEGJoC8GPImzoakLMgrHxYCWVHdrbmbZnkLsH+Lg3wceYE4wIkAgPlPdNGfG0FAGekplyMwSEVqybh15hgACGCYRs6x83YoAIEJAPYvAsB7iWAwhPO1bdyNPKNSP9C0mPooew47A/BecP9zwy7rqjxGJ+2+aXZpHTAvhpdHkIEcAK/tuAIndbOTY0Crpvj0aLjlyOlCABb0mpIuJkc40kxWZqAVRdgDEH7iBbCTRuAmbElIls6573JhruBryPvkrXxjVmGW2VoqPTo89hw0sDDMw+5JzBpHaLdlmkzl/UwAy04A+HU+6wTg84KeoQCM+YNmn9s/ZvZSMepjl8U75WoKS6r7daUb51G9iLXXEgSkmEre1BABNLRr3+cYgMsEQAQ/d66Ah/2LI0h2D494rM4FQCDID40IQA8FYCUR3GFt0gOtEAF0xxgAEUBm8MljKADZuDbrxgEQFc4MAGhz76fjrw4YE7E+QcJIJJJuav/KAWJqOrRoUr5B4w7bS0BTLI9BQsZMJanfvDsGNrt5J7VyMldVAJbU9PVYNZUEgOP1lx+ZRmAWuiwyDcroRamjRbQpH+Ajoi7IbvRy4TWVEyFd2/u2cFGtdSPc7y2HGFpAYwAdyhFzreI/iAEA/nMv+HZHdNng+tlC3Up68P1LCvjaNFwdHSKRia4jc1cFEHrGciSAJtdo7Wg5UG2ggQkgp0NdoQCiEMDQJVXFDLC8uscSQPxE9LYZf6cgAIkAiPlbLKwJVWKrc2Qbf6TWixsbuchJ3b6oAnhx0hUqLMsEwP8nUQKSsMwL/x5O7JQW6PUAAYxWBR4pYcfEECvGhQDLnAS7peeTq+IYIfnp6pyVIHhH2TpkTfdA204bXdc7Bn4PdS3kgJHXQRzmM9t0NUsAGlWEAiDo3rbDEg/so/IBnRms7NwDEyg0hWoHveS6IaIjqM7opA/iwt5CTJctrkNu+gUcTbhTUMaU5fLLkXx9kU35zFGHDkBw9aQ0IO4+pwBmlzUuoWu5JIrLqYBBBg7F3hIABwJU/HTZIaBLSy7ANXEkmX/kegwhE0BDDPCqPkB4JwI8/ESI1dLpjAQRAGL+IIHJuAB8bNEJgAvByRa/zIm9f9a5IECXykW3Tr5S9HRPlRAAOt7Z7+dk76ydYeCjttReJUDZ+Ku+x+YjuGHnQ9XcQQBZAtA+jroc9ziDmGHGqCeFKoZx497JjXdzbtROGTSVIACBnUNO9SykLT7fjvHyRAGYAIHPeWiVvFY5NtwYfekIGwWgHLYfpcuLcSrwfjFwlglAa2jIb+yYAvqF4owvbf2yLX1ceQQhe8oUPWDcRxGO+KoCu1Iym74pAvwpCqiwOx7hQPstfEkB+DmkpWjMLrICAAGwCmiI8q6xsQRwJZMXFuAFbef5UNfYiwIgArhu0j1y670vPYBK/5kZBwORh2ZU0nAlyK9k5L8JAtKxoMrHUUCvcewwkAJQAkjrrejSvaqc92jrR1XenggAUzALHK0DjtpxswkfkTFa/lDB6pUBNIygBgswAXAYQNvsj+AE9hy7/cuaS8AzY97i06WLIACYobyxUdhHwwHiT4KHnhIA8hWPBBASYO+yS6EBShehVABGT5iyrKUC0JhiJoBwJAAEHdIjYl+OY0ir1lP8f1nywvFuI0SJd0IA8PgMkz2P1UM02CPBBrL5qzGAwaWFMPctxkYJIDjtgSGeKxTAtS4JwLoAgboBh26jwOqaHKqutgRgFUAFeNx8FcRdYy7yns2fTd4dzH8yCkDjSua7LUIAKHY4kP/2AgJYPcoZS5biIgFAPyLtV5J9j26A+UTOj17XDQGglS0A0c0m7s/h9pyj4hX4Wp6UITYN4BF+EX3k5U1YAoCEVpljw4sHDcK9JB8rAAaqz42V9mDKoHSPTkTD4qXtm72UmXnh7EF8LRXAaAiAFYA0PicEcAGksQo+JLDvQL/LgXe8M+2bTZZ6BrT7BQtURfP/VVSDRwzglmsYOa0jkiVAQ61vYwkg2f8LBUm5TjDPj8bbB80D6I8EQFl2cek274vmf/+zmhFsuLgExGf5P8W/T47906pwAHp6qkoUQsF+ZrDM3oz1mQDos2QC2EYILt5bCUA8f8GYjZl7B9W0JromiA3JrRD6sH+ny2OBzFEMcMLG4ixuL0NCh8LBN7urwRNGreDMq3gth0iFC9L6SfvvdlXQRYmMgQDUb+T+GvE2DPmwBfLT5wQgTAGn31ejUoKT5Dl4B+Uw5nJsE7oNoACwl1yfxQBUATijAKp3BGCdSiRGEnJ8mm+m/w+h2ecBABu82u/wsEzx/s5U/DN+S99t6AaEAqAOWO4nXfMw6vW6cuo8EUBa5ESgqyGAdFQmgLojt4giJggCGhowgV8MfNOb8BATUej9yI0KSQAXxpDvg1OEvK/6cfI9ncypCAVQ396620uyfhCATblmAsjR+cnto2+8pAeIvTm2/4lMjS8JoqGN4RZyPZubpyNgn3KW4OTMIJPdtnMCcroaerBS3ulZRz6xeUgX3VPXAsGBMdQkWAEEZwhA7KASK5fPhY9XKUGcuwBpZeQXP9gjT2V9Z+a/ODxlLR9XLEAIRgEQrP8nq3ABVL4UCgCdBY8IwJIJptHX98yrLKW9dHeCGwVPPQAE/+1nLtbx+GsMQPkwh3mQu1pcgPw1SNJE5EAAkcCanhapfxUCoNmCyP7Xut2aPROwp6wuV7kwdO3a5FJrrzB9YJcAav+WKPltWAUgFpeFvwuTtFd0ySpNqx9BggFgALVuIoAcA0hYmQAW/6471TkigFGzfxe6s8o//3OmSRQA343ZnNHCwj5gqZ5pQnbkg/jxKExCN7mDkee1PPCICSA/Z6l1hL0jU8bjMUOEnpc3IhTAz45KE8yr3VoQgMSNRng2sHlaQhKcEACvsJVSwy+jPzwzgAtrpBenHU23QBn3L1Uwb4cCSLeyCQXjACAA7QVwJgZQvSMAw0GgFUsAeur8nEkEgemeAiZhqqzr+/i++dsnIVzqjgggOBkLLYgsA9KlYfOmtGe2fV6Q+y8E0DRXEMCdHdRl6EQAxPoGPxOArsXc5AeEowLo2aFM8CMfpxNL5N853VFI3/uLNoDlmEDEiDByjhUAE8C1XSkVeA6+si4D2TzbPlL9/MRdbqM62NyCCwGMjq+yyoA2NlDDl+PlIF2dYIm8izet9uQyATgI/lGFPiggQNNmA8c23YGgAkHyKsxmJoBW0yzsNPJ7AJRtQj8is4I+rEoCELvGCEQOru5G5MMU+mXonUPv18Fyy6l1i1FOpQKw8XIxofMYQHbl1Q1+SAB4STmXEpg/ztApdyAA9Zq8f9r8l1F/PBb7L6Zd+yoFyOFe4IQA4AKIAghEAPQcuwBJBiRrSQ1/JoCXPA6oJVWwJwJtFAr1y8vPdk3bm23rajmpXi0F6McxsAqABQCDbI4WnjU5Idv73IRuriq1lsujTOCCsF3dJReAFQC7AHOvPinKlf0hBCBuN722tDFQ2swA4roHp5YcspvNcMb7F8OWw2UxgTlGPRKKQvajCx3PbycbO3ODvGAwhWDNuih8kz872iCBJsTwVQ/qWk2YuShQqVTGSIDiRqEBDFt4B6Jq2Z7JI7jKHwpQc89zOzhHRFG28vh1TqaftL0A8oxhjSe9AJ9QAEX3xOUYXbIJ3iAAga3U9NmZGJEEhNMX8/B8DXpW1ZeUCrwEcQESkCm5cQwgssrf1r3x12wg8gWulAcQYyOpwE7GAlxrOmR7RWOEvyWBXlw1YUkAVgFUygBOwlRsQWNGFQLHFS/q1sopy08MxiQCGLqsADQGsHj8r6Rc2X0cTdV/RPIlWjfxMmTr5xjwCCWggQAQLa2KyjehOj2Ez8bwk1AFaMJrTIC8IKsP1G4ND+gj1HzFD5GlAJ7X2tGyojm1Xa0pcxcA//F9RVKQNA0CyVwF+AihAHK4K9j16Pjv1lzn3OtQVhQ47weEISIPoKx8/jwPgBTAvvZcAWgzrIUsrIWqAvA7TK3Gp8AI4HMon301CojIhXNCAP1UXSAAEuKSsC4xch3GmiZlSDGARABXZoEXDgK+aBBQBwNxAxzWjqu7rdvcCbsGLDPQVWvivQSf94UCGL3Yerb/MQdnpADvJVR17S/UhwHpWZVManuEfGACaDPmtL55CEteCWHAsH9udNE3n+2PTUYgSWMO0bx3QboKEfgJHMF7yzaQhydVoXqBEBDjcwQxaLAHCDbgCeyIn4AAB4G27pcElQt8m7qhcAHQkVf03WjXgBcR/Di1TUYWjI4SOCchXeFkEgDXppmdK/Lby1TAIjcICoBh2senMQAoAGcUQPVJBWDKOBsFQDANCxbPgc+HLcZeUL/5i1CHhSmgq5u4SN1mbnVpGQMlRJMCoKwnqsbWcJm0umUFkG4sA9gPWDkPQCZnVAVA3PBGX61nIP8VwKcx0UCjADwUAIlOWRl132T3pAEuCELLF3wip+SFfJgPBNCl9dW/ezchdNOIuh+mOYfvrKI9C4CgFitRyvf9cxD+avFe4gD+4AkwAUz5KYAeyfEwchi6Vf9Q92j2NccLJKG9KSADRt57YgLoA8HY//sRDZrSrOYvAxdO/87s/7s2cvIGzDRPyd9Qg8ISoIgAlrUJwUeaXFQcVepkrF2mbd0mfmQhobCSAPTcVgHoaxejvkE9vwXVb92/AgmE23afuCAIBEC/EGKkGzv3aUNNdNBulPsYqVRYjFtLFNFI/F1ET1hrqheQLkMn/wR7Y1juVvsvFYCHAhirnQ2qfUw7cb2nTruL8zZ0+qDpwMjUON9ejQJYvQk4MQFoGcCF3XHYs1UA4z4YFUF9uj/sj4h7fg4GaEQBeMHpsADHZ2Vi8Uef/Rj3twJfVYR3EF901R82xqCBf7np0VBdvOfSdYULAIMDBagwsvnI2nLjdpR7vo49h9nGC39I55kAtjwbYOQ4wPtufmPaCltvCZdnFlASAA48nh4LvebP7gQnCkALuPzPo+JrWMZKagKiOQAcg1eSKpCkkWNM34xS8uvQcUmwZFnPXxoQAj1TAIz9T3dxMpqBOpXp2EQAyLQ4ey3Eil3bvd26GQRwq53spPstS5dtn7S9YxQ5tkGjd+o8j+jV13R7df/3oL8YJCChPoh4PpgZIHcY4Ir2H1e05zD/Pbqt28EAlK4Jqj+egg1fi8KEZUoEIChCAAh0o09Aom/o7zIUYLjYxWalhoXeKg/cZZsKSWuycpyd8yYgW+YFZ5jQWEH7Zn8zoOmJAsBROBJ3/MFBvzlHdVmC/k/0CzDhn/QYDsFTYEfj4v95E1er5FJnmxZFDU++52fxk8rCnmzKQ4GXxdtPhAdai+jg0oA+3akCEAeTmBW900I7CI+Wxm8YgLVcnwTAjRTAXYcDz70zLQ4RwD7hj1q1VQDadu4IMObJwdlBzg1aaxOPt51z2g/AGQgiDcouPpwK50NgQF8Xs8NhkkhaoKoOnAGZ3IEQSPqFbuadHikAlf0jLW0KMAigAOoDD7nEfzhEbXlGXh72ua5/ITVXhP4KQV2ZVhe2DrnwHQUA2NfS55n8dldvMgQgfxIqLHGt22W0BFAJilfCp4GTqrsl2ESWPwGV3ytOA/mHFv8GLg+nx1vTKghgIQKgKkn4cs15MHssDocHAAUQ+r6yCkBwCSO3qBpNh3wwBFCMl1SycLEjApgP9QC6zXkj/WLsMN8P0uccJIBmz2j4zsj4dDZDAJLlh3YeUn40ToFjSK1wQnAj5Ab0P0jA8IC0QEKzDv6/DPZWlc+eHRs42CEGHVThafv8SAFopE0HAKNsyo6RnykF2F5s1V0bArUS+5fuHFftyr3KnXPmODRAuqYoFQBkvK4Wqr5QAMUuxvVQlApg4kWhAEAAOcxWEMBDT+PYXw0KNQd8JnZYfZsA2Ly5ytWRAOQ5oR8hAOiqApUlAGz2iMuAAHAOsOMxBhAqowCURIQAAsFVvXPZG/hIARBQDX2Zb8kF6FbKV7rfRQH4Y7Co2rZut/+9EUeOfTi6AGL0BI0DePCkdhxAAuDYURkDkbgEJdlcihBaE1IjFDF+CACMthUGQBWtPo+vioEZYImsB+QqBR34J7hUfZhyDIBQiFMMbpDMaLogAiCf/uSHcKFL8WOZytfLryLz9V7zvBu98zZ4FIxhWgZQAih1PxjhuQIwNljYJV4ZCoAxfqgAaFejANL9k+QdDW/9rygAWHsxRQSeeqIAMqPhFCAAgSUAxAD6qlAAmlUm/YFSnZLfjC+dJBt6Qo9TqDkGcOfqzxtVBZ6Dq0wgedt+JgKQOTJGDPjThBxrsTYdF1a454I49Lzr8iAXJqPuj//+fCQYAjZvRQP6WL3f1bN38P4zE8Qekz8Jcg2M9PDvuR+3CuQShrAUCgC5wLIUN0AlQKV10hAEfMQBgUo85Wm5+97lpGDXZ/uXyYC7zMY4LBztsggCwOkoJjvGaikBSheg7DUq2QBBQPnlPlQAdAqrAGBCT2IAsmalz+8HFECWnVAAsu0kD7MyuTXAqQLQk0ABILaTs0NLBSAepoYm9pRL9KzvBS7xfgxsb7LaY6hJ9UvGMhFANwdvCuMrAYzVz66q4IRnMQ/ZHsRL58sEHz4TQJirC3IH1MYRzdeTWWk/5oO7SmS8HfpkY/57KFC2CAF0nSgABvZWwS/m//e/N00mgbhXdfavwVEzvQy3x4lACADy/SjOf76XbEB/XqLKu3qfAjRmCpAJ/cn6eTbOtmMnCJhDsC07Tvh+OsTSdD+lAKoHcvEkjOmPMQD3TAHooBtyFTIWwh9/bAkrIX3qHxnD0DH+VuAfgltGp3hUtzg/O0Tnwt//9re/970Lo6nTWECMc1cA9qknvGM5VvEgBqA7QAHQA1SM3NlGs9F6J7YDApCTZFaovK2aWnLRYQ1ValnBNUwAdyotTwqg64bgIVFUAUyJAKZuFj/e6Zgd64DrOCAG+gv5s8z1ng12zPQRoPvfyvrcgVS380X0ELkBAAIJxvzpwq+RCaDSg61w0JJKogD+ksAkAAJwc+cTAUzT8LPvA18fVqvWi1C05mFoBcOzCKB3oWMzv8rMvJKKzBEAnYx3CO6YzD/PMyTAOw4wMQCYf9n5+ywPADs+CgEctzzuBeihAL5PAGr/HV3+eiCAm17OCeC2X+haEgC9s6cK4PsxhVKgGNW2k4xRAPQUCKC++MwKDNSbEPsXBZBnNkYykBGGj3m/8niLueM5EgHM7Z1ql0dSAEP2fo9BwOwCTMOgb3hUO7Ipd9m4Vap7hljAHDPhiHRA1n++8DaPgQGqBVhCz6FTFe/CpHSDu2Mar9nmKzKZFQfbLkP1BrLX/Ze/pjkc//oXpYB0cGhv9C0FJoDIF0sAKHImD0z0X5857QRwrrsyAfDk3LHpCdz+J8gUvC/RHVXnPLAEqB627iYEgKO+3gsAX/FhDABL/kG/pgDcEwKYhQG6DGIAg9T2qwJ4AwHMX1MAo/c/fpwrgNO4xPcjjBiT9SgGgDNWTAAQ8LYjmWFnRmDleTF4oABw8PvkJxfnTgkgsgtQw2sn+EvTJAUwUo3jgY9QC4X171s8XT3gQABBP23erBSg8LId56aVPNV4JgAxYqh+NWAhkaNpO/3/kcm0cAECiAsIrl/ICUgS4JpuxADc7VqFRgigvokAeEcAKFKM1Ftewv4Tzua1FQIYZK59VR/S/Lf1C2NwSLsjATBAAlRlP4BQTtnum7UneQBF/rhZsSNzbabMkrAtgaEMXNVDu1QaA8gDrCWtNNv//X7fy4/PAjHgj/EGBuBj9Fg6Glpg7qKjkv+dy8618wkx/ogxnioAsUngRBs9cwEACLMHCkAOgQKoijSI+zznL+4waY6eIT38BAFgG17d7wSwLQwhABufUQIYp1byE43tawegV9iaOEJVbXZOxEZOIFXE0I2YCaCbOrywcfg1JoDaImaFXrNea/U9lJsA8dWlqh3beFx6qdlPBkp54X2ob4/HAmgxEIwB4M/M21D97lQnBtc1MtOE6gCR//w4MUC6ds7v/7bbjabpCuEsLUBflGHnJNbFSXvW1ndX/FnOfA0IEHMzwAY/z+2EEILAauUHkllhq7SKWmvWOmEAWTCEFV6Btzfq4gq+H/Ljbt5oSrkpJo2R08AeEQD//8zWk5UzBsA6/HqYrNxDAZhfSQjAhWZtX4bNEdr7GBiJMkksvdQa5VcCQIRS5EDJAEghtwqg54IgikQAbSYAfMam6XIvQLowvIEz5bvxqwEgpUcYRUHDo1bwTGl5hGzFvbIeWsHJOrhn9LYHfo8313QGM2jHvkebwoucTp1j0fXTLQiKQniHPgDRAcp7/tT+MUvw3DR51k6uNp/Ux/UvWf3TjfDSzh5n6G6sAMJZeP7b+fbeIUz1u7Fs27dTgUFudh19gRaoris13poh8cJbG1yV/zXx1vlqyu2/NF4FAagyxUY8+80IAIp8P1AAhlB5U1oLF6959YQqOCl6wQ8HuAb6z0MSQcnZ2GKfRipS0FE6oWfzN26gXxMBjIkALhQWPZnis4TuKZ1X4PwzJkBxTY9fcj+O65CpzkYBLpTkwRV0wnW2WxE7cnlIVt42N7LqLj1L9QACOG+kqlFkAK3Kxo/zAL0bJOVvyG0+g8xezZ8IYPQ6QwhP3EYKAN/m03o3CmbScrvKBKiF3w1WSN86sFwtpQhWC2imQpUt3xECzfPm2lraf4ElgN3FxUap7TpW/lPv2Zg0weN/V8YAdD9d5KeDv7A2lcT6Czr6KSk27PmEOQpYTCj1ySnSzPDQ03kVpvYluwCXbqyqndIeTzpaZo/x2v0yC2vbEc92Ln6T0o6n6ViZDDTPTqr2bQ3eWzoSIruBcMysWgSsAX5X7kTO2X1wnfo7JnKkL5d1mJ27UHF5hL0LZ6XgY4NJvKXpB9q13n8ZErnwAcoRsh8ag/ETj6ufqqR5utNz9Wsy37/PAFh9tNnmQ5TrFYPNqV/rbm729r9o6yUGhe3Z8Dim/UkF4PWFvddNAiGCckwnLAWHHlLLq4sW3c/9TEGFAroBfHXi8J9vgunCX6zK3Zy735PNsQtABPCwl9lbFpGnse0P8y70DGZH7A/bN5Q2TiwCuFS3Mdhz8KFh/16NTyIAeeGnwn+tzkkEtWOE64+/PiJQZOGJdpGjT4Bcehck6GcxDCoBrmu9fw3Zy2UfIJz+yFizKTsnWeumz/BZq1E9F+klqm+aelWu26bH/nUeM8DIGrCS2dEwoWsO8wCP//stU4SaHoZ2ngNG5UcEpsTq5Vp+TtsQa39JpZPyooIAPeKFO8T0eXMxBuyTM6TgQ9tB5DZ+sSw87HibJjPWFLubwUPFlXB3ss/DGq9HUjnSoGytqzutEwPofKTCRM/AfW0zmoBH3sYOjOrdjw39he785hkxEcBfO7EbCzMh0OUJkIcRQp8ZAFY/7Gs0U8N211fiSVzZB/gRQvlvtRU6vBwGSsW6paES1sJO2nKfFRLBB08etqOnwxKyQ5bTWEQNjb6SYVkSMpXR9y7dTmnihA2MrNJ16w5gj/RqcMBh7ZWPdhgqCPBYbLANBEe1+L0WPHwK+PYKNwZr/6UN2jFd8v0ehSwYgOEvyKXmjVYB4I/wKVVgFUAZv6Qml0RI13YVwR5+5qwJ1AWoa59XTbpCUTsChSQPXVq37ZYjVZgVJGA0gsecPyUql8zmUmEKkMPk4ghjHLwEnzN5Mu92XcjZEosnhEwAXffA/o9u3BP9DMk3VQtrgGuOBHZdWkhMkKOCzXVb9K0lw88SYCACcLBE85eDXchXL8w2sTGWwQ5J2JHeOZRKyAXxt5iwaAfftmpvXct8hRD8jYEgPN0UJib/j7cb5fV0w6xAH3lhyEUfh2UANVQcaPgOSTXQZpikwBnYSge4L4KrnyEAiTxA7PsxjDs+KHoIS7RZAOoaKwVw9zaMizdJAugTRYaNJVVYyW3tmPviLuPP9uf7dlN8lIRDIrwMiQGITOf5WIkuD7Q+Tsslide8LpvclGciYALw97vMRitTVA90S5gfQ/qGfSKAmhpPgzJ77NEe90QA7uI43ywk/FUIIKFkWN1SNqvYUKJyPPa3JuuXm0QDJCi4tfIr/Pgx7xLgRxM0OOUYOrt3JJMFtnVb6VvjeV/v2Xi5dhW9nsz4T9fD52cTfqPbm9gs3XSphv2Pt9e323vY77VEegsJfxAWndGJtfe0bK8FA5Sr0MiGDMwOpVwY08LrRcH5Cx6bimpLxUxL9glTaN3+0DbXVnB45QewLwhDLsJNKgCUAPIxGJJqRGB5EryEYhz54IlABM9CVECTvC4yO9eUfrit8m23Vcs9AXNDZ/vr0oWv+tt3MMO8fvFEAAfzJMjzwC1dS4TLfJ8v097Q/EyXBN7/CPMX1P+kSwTQVh/8UzsL7JSMPhGAv4S3ZBOvfd//QwmAceJMFfQr3HrGyDSCJsUBr7V+7YOJCK5x4gOJAFQCdHPdR0ZyHbrhZ2K4GW9fbtonzvhFeGXQPVmzQr8QAL9eCc5PasmS05XBJk3LjY1aZmzjtlb+YXCqHrdH7m25z68nZQcKMWAM5FEszRqBxgD0oombWRPuU9roycsqqwUTGLJXU9OLbQmwMk05fPek4iE4rZDR0K0Eb7SQ+ADwxc9dKhuPPCGAji5KAFNIaH/+/NlVbnqdqrn7APrnU6AhvlSvr36cT0F7WRPMK7QIlXt1lXvADdxSsep8y9A2CxL0nl7Ypdt3cONjHZtNjG+WAAbCD2qk82De4ByG4Zz+vmVwnmuOcLOc1T+tIAbQqCv/Qwmgux2/KvqgZNoE/ipgzxY/d6EjppzQEo6WzJNZkDeAUY5A+QmsTixXATlaV2ydwrbtXku1BLPDmrEPW+EW6yYQPe4974jQCgkcYEJWMNwzBV1KBBx4Moxq+lRoCOF4dZdRhyQBEQCvrIOhiwhe4Fs7n2mlVAALCEDsXwiAClZ19L+6zGEKvjsYn7Qwr9TCpNtHpnRxCffXz+BXBk7XcRmfDk/juWenSheSxl8mAHkJemHv+XH365MEkFCdawMAvU5c/0cJgBd1FgLXtrmP+VeOKXVNtBYTHOycGYFQ77ZMGntBtj0t7vRbCsbdQx3fJ218MlgP8y0noP96Sc759e2s7hAeGH4p92E7LyhEquR5MIBHFecDHsStz4gc98AnOmK5qp3Zcq4emQAwAHFEwhPqgSlZYFAKZvN/Nrj6uQKg63UngKFpumQQ3SUZxX0SA4SkBLCptNHq9fb6afP/1458oo4vGeWpOeikYEnAgJCoX6sBetg8fyZjfvJz9ymd2lctNbh1G4IGYhwBsxBqcBGVmC0qcxGgvQquj5IPWAsFiAvQcgiQUO0E0Km1ZzufQtAitGbqLAGo/mjrJc7fsLl+GZL9L4WkJhkiaiaumubX+ayRfdjL/8jVL1kBnQCmj1ZFAMXOgTJtBbHq0pUr3f7zfkhgepayZSPotmuJZH4mgCnHyoqoqI4fwuZPRRvQ1chz/ykTLHUNBUCCIJnNfUpG0WaRSYZ2+wBsQUfPfF6ozUSMgAGfswjBYbdkDs6lxy5IB5lBXXe7LdPFgJ/3czLii2upcLuGDnOO/QtUsMWVo2brGv2djq2WNh2dS3ZV6E44BjBVYJ7oZCswBchwXELkEqB760+r2QFoNUkjxvrHQIa/0YRTZFKmzYZNFDb825Gnn/SSlt/HbUkxjEhoV/od39LtnO2hXmqO/9XJ0bqcGD3WrBGW697YDtazs4zmX1feEwDkSxmBBPzRRcjAkWYOt4cEUD1TAKXXoyoNBCCx8qIgrP+g+cd5wRK4s+UtLfhFw1K/JIuefNd14dBykm0CbQJWSYyuW0LceGJET51YznPZrbBXETRTcASGK8G9cd0+BEmga1zIKyPKeuS7hRCCjxSw8zTZNYHKuxN01gcFqgXqiae0hYgnffd5E7cUab3yx4sCQ3Ce2L/9gXmVOwKz9MqmT0vqBFz33FDfxyT/Wx2wNyaY/xz+et82a5dB34yCat8zPQtdv1r0bS+jqG7OOF6FyZtRewP9RVjbdK8397lEI9hlaepsHdZK7XbYv2h/jaKDAJCc+1whwWh20hDghz7xvz+lAMqKEyAABT1p9zMUcvaWy5fEhGtYYpNoOOoXvjq/7H+NBXaTIAa8205PRXW2bdG9yYgvvQuVDuUhYOptvsMFqyCAGPqKjx6FK+z+SiKm0I+8N08VNi+e3hZuDFcyTn6knyGENcYKBDDmbBJbAET+WB8LgKLbSG6KhXwAkQAJkhLctHv3flrU87yA8knSP0nbc8IeYSH2S5eY6Jggc1xs98TYbNkUSvw63ubqlauXbs2tqbrdo5I7KLj62q5b7PWv4LWmhf94KF1p6aUAEPhiFQJACcDDAzhKNsydVNhOdW6+hRuAGodntvzc/nE0Tusx/m6f75k0QOEXebxuAfPfK5InkICHrFiwoRCAo5aPjSO2awwKtVRdVagBSuscen9xyL7wAkcXIQKcCusMz8ex2XkxUry0EgYuWD1kCfU82E35QW0cdQ3G4DwqGjPB8c5EG5UOynLS17oTgJ0PTHAWen2Y/oyctS1Ku6/g2SQuDMlbqa/Bcr4crhMtxYz73G5bWw/cZOdOgvcwjfUpcs8KFB/AimCo18q9tS11Qd5eq4sQsJkjo8R5Be3nWYAlF5QKoMxWJECpmbEasoY0gDMV/Ty567kCeCLPyt4ONWxmSr15yV4byzeAx6fBiw/6p9T6ZQ1ujhQO5Yab3oGYYIyLLevN6zCi0REOLf3F6SrG9JsqILZYl8Iz+I3xjmq8R1sPqAMqm3UHWqFT+4tV+qoi2LQx3yA8E3kNz8KfV1kAZDFeTgcG+X8eApDFmVCP3OYDyfyn/aclN6SPDmE11mRzJJD93T7qB9Gobdm7Avsu4y8ahVybSGDvygQ8/Xuys4OtPjkKoBr/gLDB/ufr1rx17UQBeK/btGomRuXqCuG5TC8SXss3aDNxgE8pAJu9gyNQU2q3RlP0FfhU4A8EVTyhEsAmJYsMEUvv6SoVdHqxOthyUbAbZf3IfPg0fhdfYtqIPBjj13vU99Dpf2HkH1zkShDT1PlIQEF4zyGB11BY1bsACAHs6VfOUEC+Kp5JMLlaWZAf/pu362921IaBkU3zek2ZTOYyven1n8603/8zNshaln3CNaQ/RI4AAZJ3ya5XsiyzEMgymewP91nie+UGZ7lMn/H+Z6cJf1nrr/3tN3Z7ID7aWObrkjnIgTGEuBglziDD2Y797tkB8m0sABLUxgIgE4BZMTpr8U0y2RxLwi5v2sU1IYTTOm3wWO8QgNgJCdD+hNxPcJQC8PkHEkCSNLa55AJvX5wJLJpuoNV36UgTZkwcTj8z+NJqJT5LO0vmILGBSemzNBzG14aPU+rMFOS21eY+vZjA/3XIPQCUUg+PTAuMyFeUUNBl4K09f/jqs4F8+TKHyMMdawH+p592A+tuyONjFOHHr15s9Pq47aAcQQzY9kflm9zb6yXsACVbPy+izocq7llHAAwJIJ4Z+8ci87qNejuF3LHeSwKqxE8H3j1L0iF2keJP/wnbvhwNMeZExTzlLM9J2VDW8C92dF73dCiMmPMNX7NYmM8xU+71QuBHAKDafbEvi7UewBC2nosETQtDh74ciqKxFLwued18AO7L7BLIj1XzEuAbMaY8aCLlq9HccW6kEe5zJLHK9BOYjrc4/oF29HYuuUg30HCYNuFGO1we/4RZnwA6nIgw/Lu1AJQA9n1hbBL9vjLx5bSCYg//qXk3QZCv+0JB78wLe+dhhRbGn/nHsK1+wWZAngMFgCv2k6tBOaz6CtVcLj+FsKQpzFRzIvlfUJctRsOgK/F5EdJpnvidPREYura1yU09Ebr3ARFUMfP13q+z+q3LFG8GGUMux2+qxiv8VgapNb7KwLEMDt6Ov/bSpnH6AbmHiKwv1kF3qe9Utn5vPt8eAVg6wKrKPDpQ/YkA9siq7hEAuJqKjQSwPNQ0a8toBHuqVQAjG4wzQWnaMPAWWroOJ27jTegS9KHyi+WRJ/1Rjny/XOdRB42vTTClwKVC6dOg13XWX8QCfYMWmlN+t9kCswz/wwWgdqWPr+GDwiC/H4KEkWaRNXzjekwOiOmCgwJahECxi2CGtCF/h39/5Nzx1C7bTIdCf9flY+HOH6eiBYx29BZbx1JPteIE1amqPwq5sRndzhMhANH3lj5rr1xQcDUVgBZwUfTrYED1kZLzlsrbZaiLrzAI1LExoAIIAbOkt6Qp5jF5iRKAYHw0bj9TQ2ZrA5jqKgUm62R9ZpO+/3yGAllzAgBIDe5z4blo9ddEoE1Wgj9gy804rDpO4em3Bv4rhYRTQKTbmvzcWN+pg/wBA2Cdhfm8dTpFAPy8jAQswkSDnrVahm15pwpMeuG0z9evTrk+XjYglzEBCP5384SkYJz2AYhAA4L5qDa36R23wEzPmUH2O+GtL8K1600uJwGYcsWlRwDWC/X1j4OPyXDGrWhBHcg6HcDWiMqw2NaufV/laXxwUBdo+XYPGo6twKV58f7N7mLM/YEAWO93WwpdbK5tK2cQ7TWEAqi+xQSTBC+SGf+lemvqOWrb7QrA6mdgmc8k9sN1KgIaX+Y+VuubYr5WQeZQDJyTAABbXwIM37Nyy1S4ZIaAVqucUUPkvlCAoINR6qQA+MDdkFTQUQp9GGpnYs3lHKvVVhxaVXqzOKfYZb7j/udNhyQv0fDn7JsgAEf/OitQdrQnxeF2BzgnaIlxWSE5DzucO3RFs94aOwL563Xd3JwWNYMKQwieEvxopgywPPuJ8AE2MYDK5hZlXuuXh5/DaubZpMuVAiD1WVj8XhVgtuYMl2JZYM7cs10k6yUDoAE0PHxeAgzi0yahjoOehnXEQMcDII4QsWUSACzF9Ktpl+DGR4RLlkIBFBRtRohUycAOFE4EDTGuJxTv/JVuZNX0PcaOBmylYLwg+Od/oEEBzAUyHoAHsgm9jbU9xT6B7k9KBLxVJoMSzbG05qnd91fbXJ/LE/EcOT9xJpH+aArALwzUk19WjnusMQBjcFQLOF6nGo7mSuLZKC5z+69g302yaXLee19zZhx3L/MuAZy3JG1GID3XDyD1mOtRAbD/9tLq5zO0IAhVuob1KeTFa2/ld6qban91AWJeiHlZmKiv/i1uu8+saMlz1TDj/EEbcurzieJYfZwZZnetl3x/phvWz0FARz8zaZiDf6PN3AQkk7R3k8xf3IxtuQ4MgI4AxvEc7fRKOGVCEIBWthTlgH9BHtr/9vCDvnADvFXu0duAYIX0LbHnZ7JLMfH3qiWrOdskCYCrt/C17qUxgADq37vLthMAO1ulF+omnf6uBOgmp3QYwE4SwOAM0+zNNPhOQ/6SuNV6qNFoJmwxVFAd+5U18Pza16JpYj1b78/LCd2VAKxTnyjlJXVVASVp/XROLX4gEYAhuMcoKnWA42+DfbtBpfvuDA1Oje+rTAkqIsgAcSUgToIBnKHzeVRacbomxPfjtfizW0CfJIDPSwIoogDqRtOBAC43ryu5PVzzomMBfAkL9HvabcGR1DqguHUu/m0SKoCRAE4aCaBv1ieA8cmgTtYH7jdniQDy5kihIAQYi9QP4yYmL9027e4AIFEsT4+OLb/Oq1yibn91/Mey10lsOZmfCP3MMSAASShJNNAP+vGafTIyq5y8NIcmapWqu7FRgGaAvRk0drOKSfx2Z/ItGssrdNsZLMBxoF/fq5mG7wB8DmxdcN4cft9ugH+spldDbbQ0gBIVNxgDkDK1kbB4mUrduoZq/V4iEkBZhItn7RUG+VI74JX2UhI4CaDuugDVDiA3N2vVDqNeW7JhDECGoFZfnYz7aQhgnD5kVQgAgMgOWZ2rtOwOYMe0KX/HDg4GSyCxjTN6QAUwqsMntTW3h+Jc9fxuvUKFPxkipQvqBdnHrLPeinsGBWD+CALQuP1tAaprcIC1uB7QgXvc2OnHIxXwnPVawH+yBnjzXRy8xShfOhzNbo53CfYthxACaPZc7OsT7T9zASLwQAKgAtCU2VrsUkoqKtdZsgKAyrm6BniUroi2Wqqlr08jOXceRjSv9Dx32Px7q9f7mOKvRON8XgFoJk7akDeX6YzV3iQA6ysARgH9NpYTtI10aVgalAPdvAxbOOBMERRQYbZsUgWYXJsddbDgnZPvJJraZeo0zIwEi1Ng+ueq21Al9RSnMAbAph8sAJuAVQQE1BxDQDPRHUjnAWUADR1ODe7mYxAWdvnDd9H+w6D4N+IgWn3ashMNfmOF6/P541K5ZO0sYASQt3UCiHmjEx3XwnipxnTzQ79AGRrZNMD1a3dsnAUBWB8lIAAZEVMqT7TfH/aq6Lup2/J8ogdDSxqCAI7HAHHVyW5AqONT71MHBKCbnx0xI3QUSdtoLTsBij9pxUD9DUABSOtvvoADNAbYY0R3AlIp8n6FQgBaRQ3FaYJ/Umasnyptl9cxxEuRPEsSEAIgoqUnzdA+o4HPZT94PfbSsH5s08n3uwb6Jczg+BWP3l+Du68yoJ3MQ9cNizAF8J4JQBUACKBgR76H9MClYCsYNcDzBymElQkge8uqKuECKAHcH79/+7Ka12rhkCCGvo4HAdSsSwD9TCAlAJNXDxBALwZo+Wxp/9mfZ+qM+b6PtydWgGZf8/BOFNAE/ouZxwVdB/hB9QEyss27D1QfDof5pglU8HAb+G26slknuKEmMAvQM2fWWoeA4lc65G9uhoC6KHteIQySOILqwp/g9dvCAf4O4Q9I+I8CYOLyeKxgb2eApx7cdjeG0UcGA9pI4QIOr3sKoFRtHToKAEEEJ6vMAC/B8iW3/1QUhvcRU1dgXtGFls4JQAdhan0OsQRlO5dAUA91A8ABGhKA9fIAh2crKbEc2AVCR8Qzx6ixv7YRACCdJw0Ql0B8/9D8NqNzwBjZyy42A/TnSrvpDw1Z4fxDfHd0LbNRoAAa04EALFxPX6zSAH9hAHJAw2ugf+vkCw+kJMLMARPEBWN/pQHe4c9GHyyAdbxyfy3OAd7gXz0GiH9+Es6GVIErgbqAZXbcTJUEsKMAiuT6aVdMHm6JEdWSEu3F9XppL23NCrZdFTn7kCEfSWXVYoK+i7Y5/2U/YK1DBaCJQJCrb6cB6GYmUM37d4ZKJVRhHrAjtuvG9qsAE37gilhQfByegFnOAleCRVmvf9OGnSsUrAbtyBZuZgwAZTkE/zSAH5BE4L6wC1+L+BDeGfV+ANShPYQeCyjYvgHlWAT57dUHDkbb/2jx/xsZIAzjB0BVeHuUCtnvBYggYKVzbpbIOUkCJ4BQ4TLF4TXpf/VRazexV10An3gLXyUIYGiWFMDBToDTeUcGzU3r3nB0eHyGIxuJQF5dMw2TFwLgtzszpMeT+ZACjxT/vi5BO23ubvCK5cJ/qb/m/zOdpXMWaqLYhQJA9S6YEkCg0lFHXa5jA4DuVPdPgc8nTFepOUYv4MbmBMMm8wNIEC9D7z+EQEQGfY+ygVVF6ZagxJkQQEcBhGokYLO7iKPL3UEBsMYig4IxCFL3bYYUkN/VWRzjJuebJMfKIQlwmgCqMsiAAFQBEP+kKHrZVADaC+CBvWbJ28YznqwS/RgkThWgskPuIDmg3P3PNACVqM63OOtZHHDNwbZOA9r+V0oAYHQFLGAMEYDd1Nxn0PPQmgMwId/Aj5jjG1oAZ9EpiCfYzUH/wBqhADxwKj8nxz7fl1WVTEA+TAgg/dQp+zRo4/dPcYA6wj/qw5xSfJkABupZCOA0c/DdRtMjazrA4fc5rxFk0vfQ5uSgxAD8Dy6c7pbunNA/bwICaM19DB+vVAHUgXs0QA/vaKblezXgDaYZjwJ3ruyTAijMAzJyAHXz51wdoGmxTwP/JDugG/unrrAbzVN5CfVAsZtEAKjvb474FgNw88ZfooTAvhsIYI5/+KNzDIAEwKibP6dwDzn345cLK6tNR8sssRbR6HvPgYN048MK4KSRADLc+0HAQQxgvGlDBcAIgOOSnruvUwyAMUAUq8oje7BBbxB9fzVGzhRSAM7ihQnDUHgHCYC/svcJQCVMTT+3KjGARgIN+LsuwITkv1Y9dDtpgGAblNGp6S1pQszz924AJhsF1VDpa00gHTUYWYAe+4td4B/X+wF+XEhyljIgAeBb4DxuEO+5hcjZoy/8vwjArVHUUfyTAI7abEMCGCsAbVRHZiSA8WjA9Hsc4d+OhgZ1h2U/8JyDAIjgwNtHInDUrdvpa8+xHoe/swBKzBatFdUrFyxizQYEaz2O0M+3byxkKZxkIABeqgoAiCfsucUooDTsjN/l8b/cxR4O+NnrSmHtZ9DBp9yI3UA8Vb8fBP79+YasgPD+MUGQ1gWA78+sRyUA0D4wUiLXJncvZ8338bEQQMUfv2WAsbIPATsCMp5AAKXUNxXAQbI57wJwlCsRIjYadXiyfjCaYWY94O2lLACbYJaknaULgKgRKYMOkOYtQjYWUsCxORa1HkC24cWEdLoKd4elClV1e6JmmNfSqeaDGIDAPh6E07LHl0QHxF68iCuIf380lDMm8ADkt4OAZ/X6oQGQ8rvt9Hc1gLtLV+AqVljHaIbsyQSADnrCnwQsmZSM/nx8//j+IgCUQd8wwBRX9Dv52ZSdqPAwIgBF5IAAxm8MCI08AKYbsz2inZse4DISCWvrfylags4MvfsMAWxGybGKnXQA5F5A0EdrLgh/XK1JIiP89/yAg37coL45CVdO2FMAVV0A57V9I4o3S0qty3pf9zYtfmwSzRN3iG+GG2DSIdCs4d9T+mIQIBiBnCDv0j6MQ55ZHaUgD0DIPJigmIEDKCdTyWXHfyiAl+HPx2hjrwR0xAWoJ6O/tR5UALarAIbIzDHHYwogYIcQ3QD03MkEYEMFUCkAlg3KaQnR+An8IqF6Kw7lN9XEWzSIc2nOA0jA7CiGDbHEA3FUIj1TQBf/9AGE8202zTE1naK4AP+M/Fuh5TAekavG/H+AnnsR84O11pF0oCZxgBkPnsxeyRXuVAAu9+EDxA4FxzqZARRgKa8VCCB5+d4/tby6k1+l0Thv/z9+WQjAYkI0xAG8kfF7WP/rdnTZKQKw4wRgNkwEsCO3ORQElEm7QQBnOvmFC0YKAHW1Ix9YCMC0E6BYBR/UaM1r7RQC4JsiHBTtJAYCFPyEgNaDCmrlgDxQ4vf+pZUJX523MzV9JSsAKlgwW9cmXWDEFYCspwH++IdGvQXI4ArQ4YdpcMC4ybeiCcD9FLoAvu3GnGCoGSiAuZZYmXr2oRV9i7EjfgFp+f7x6y9BANUpYNUAHgBQ934Xe2MPICPGAw7nS3lkF+B9BWB5D7F3ds8deKNB0n9+IwI9HAAd4+CNs1oJFvYQIOaC37217XRqcNiczSg5Hb27B7hUkw9bJpKbxfd3z1fpL3LSyHMuTSiLNlekxZ3B1KXmib+oCDh0V6R84MmfpNIHTlcF0F4KnPMCNvUWLTsb66hB4i/xVV9lArhPgL8XB4jTYiJjZAjjUqQDzRXGqsBYgW/hLEnwJAuy28fHd8e/E0AY4potIDWIAdihMHFuaQ8TgN4ZOvGcHeoGMEKGCuCtGMC4o4C8uazk4pleLgmgrABqpQAY4KHJtpR3q4D/bBV7hNqIBBCHZKz3udi39tI3orlHH98kSzWz1JYedI/nVmVqugBCAHVXAQSgAV3m6KLTXvoGtffPL07R/U25v8JAAIV+XNF2iz8n78Ox/XSYg478mBPB9UUAzgFRO0AqEYYKcCKfMdk8WZPqD7kgvUxYx//H919JAO17bmOAroO+MP1xnIWk1WmytxRAtaNKY5wKmA8wCFBHCiCjbhgnyH9Jje9pO8d60TyAGgRgXqCp2qyJQQn2OaoZqQOtsHN0DAL8cj7XaiANq0gaLfGJHP8ju9NNzbRjurjhpL1Z4fCkBEC7FxjT6Nm7B/xzhF6vOgizfmTMDxCMQxHgowLAQdtWBlJj4Y/na6HWvz1ujn1nALcgANwj0I9IrqYCu5ULoT/u4bndPAD48b0RAKfmK7fbtYwKZIO8TxOART+gHThzRwG8mQl0qCJQEABkzT9UAOOQQWEMV6L2bgabar2AADg0wPpBDRXTzgAzFcByB+DqiBcFlccZC+1e9GznlsxFwaFW5pobe2qCLAFoRDyfmQfQjQIokJlPx+g62mkii33+WCQIyHqCUABQByoASBWAP2iiHXFkR/bfNQgAn+sBApCCoewMnJgEiNLQQgBlp+5K31bm/Iu9q2F2kIiB5I62lorQZ9+rOjo6+v//o1wuYVkjAvXpqOOWUqAt/czeJpfLVQWQQCzlc7n9b2cCWcrRAYAAjvcCwJQj5GAUMB6a8wBAALsRCWBLHaOqN9dLhZ/rM0yZeZwnVGPcO32xZxJIUQDJp5Bckf++jrCaBa2976GHMIcNR2eHB28y1a2A5Q+9ragAslt7BA3lBQUwD+gdsHdW2i3X/6QCIJAPOKLEAJi9U5lQtf5fpmWycy0F4J6+1f9WAphHBSA9COkAyAE2GAEYPxfwF7eOX+ZP/mEEAApIN3FveKub/igBoKKbHIsBwHM+npAie1IBMc/yFgEIPeeoAgCyWQQpAGruuWagEoBz4IYE8DcHR9AnpvdpBg7AwyKt8dXAs8TC/Dn+wPbP3RZ73wL7C3hBVaxk6Vzcc2nU4AD4/2jouQ7wWv6vi4NYbLxHx2DZ06udCVEHTiBoVQIoAywTgO9OAKYz7Cgyg7w7B0nQwdj9H7z59d5+8c99qQSQQS8T4I5tivQMY94NZY3XYgCIAh7pBxTZVvKCbsBIANs5vztGDwb7j6E8aP9i7AV5Jr2zQvdITwNQyGxq/qvWkx+yQLQqbdu6U8IvgrjTb+r/Zar1F0ai20Fct/kWG1QFNBbysFu3flshVg95QKU+wmBAum/mEaYBICOdGOqk1SvPDbYYA0iRScQEwQAOe2PZ4fW4JY4xiXPKRv//F/+wH0YAeaaA1JbfzrDVpa8EcOjPtDsTSCIDvKYA8nZdYKTf9fUSFMARApBtKuA6oA6ZB/mkZAzgjt6tfGtTkebKt1j4DLQltvJ/tbX/dvgI1OzFcfUXuteN2cenBVcRu2Gs60roy9XpA7kOuAN7sGJcKNyPu3gkEY8NwDn4YgEA1Ae+zWfzWX7d4VqcCR6I8YHbP9QBtrwTkAkAA6BMATSAwP6JdCPOSgAuANANmCqy2Lm2fABvXUSOh+X2ZQJ9yqRCxBobU9YL6uUcIYDDsiTDZJgA7I6UquAX8+5u9Vv7+BjHzAVg2OJwBCH063hNqbU5fZk6dmdTS9vOTUtnT5SrrjkQgC3MHuWOKl+bCMHtIkAS2duDgCz+s5srSwGAFAPgHwwTjOg1IuNwQKxsh7cvhEywI/3iSEYAELCPlAkQ6Uip9oMk9YTt3wlgghOACChgMY9Qvzm7cHopESDnfQog/O6fpADWpqsVK5y5PRYgFhyXA2SQ2GOOLkBKhQIut1s9cisCoOA8jjDi36+zHcoDyNim5HnbaaQ67hLee+ya0ycthOXd6KMdBY4avA4s+mPl8e4fjRFdgDC9AJ0TkKAA1uOAwo5Mn5UFGdkvMHDU4l4B6nZgfJ9NO0Y1itpzS0DDD/DLJGlbqxporscwpNSXCwZ0GTyKREOq6npdANyUAEwAzASA0uq5kU0CgMUkrch6XAGkl3KB5SUFIPuHA/rE/ftcgH6P0UvcTNzVDSwIoC8E8MXDSgenkgfoBJDn9mgo43wnYCQdCvl5kyY/jaeERgLhVWFPPpKhO/BqOGjfvPv/MRYGkB5ng2y3RQmgugz1v4slr0YBoCd4B0BFoC0GyE1Gy90OE9qyLntuQvXmtxekUAHLBK0w8bbZXmw6ZAc4lVx5xVW/vl/dSlYJLCgAFv9cHdbXQDYC0FNePip8tkrz6MXjxf3myL7qjhxUAOVljgcBJZqy7OsFOKAAtHqufbeA7CCA1eqpAZmUMhNAr7fLv3CWcjv30eJPWW9xHvwpOZppk2nrkRcn5/ZXGybMmYnPcbxnaZQAqA2nRcarDVrtc8JCs34I1g5QCpudHXY3mGV+VADSBIS8otchcT/KqDDxZEYXZYXdOqe1ALb1OUPiKmggAIBzK3wLyHmhAC4zAUAEIQK4VwEcnOtPdhIAseJhBcBPO6QAlAIi+2BDwCxbDwHwiDAdKMCDg6Ho6iEQ/H7w/+B1VEq5T7gmC/o9x+5pvit8TXih5rP13Zco5L1czCh4ibwosRwkOax/wABlAZHg0oNRoPoj9BWOAx0HtvhR1BVBOiJg84Rw2K9v20EXLQTqFUGN/JAIBM6X6EQJsUHO/Q0xgMsHFIBfIAA2YwAFaFgOpgLujgEAclQB4Hnbh9DSaAH7DQUQCWB3IpC5bjGGT/qdtS8leRwFzvinG7uqAOznfnbd06YeER+wQ461qu+hG60WPFe1S2TsoVMDOzwpGXg6ZQT7AZS0NoALfv8CBGzdn9Mf0gcDpzT7R6AhtRGpGr3Thu4MSVP1cXI3eMB4GDfkCqgfCQUAAfBtM3sAy6o05qatG6gRwCupgH9LDACGuikukAjgIkBkU/ZtEgD2uJFnooaNZ+ExnHQSqr8ZvG4YEW5jn+DrkLnI4NMVQPd+7TNg+UYGj4albtTnT/sDXYL/HxiAyYEC26wArGkEylsBJLbl1GHgxXCA+BippxFb3MZRmxiHyPZRu7DXi5pzORHK/AYa0SDgMK3nc+pB3dauwCZXQAFQ2Q/+Z7H+l16gAMo4AMWlgQeAfho93wb0iS+lAjavSIAsn0MAssJnoIANAog6Ym+XYKrRmt//u1tsjFpBimPTnVhoLyjo6GG/wAYyz1T49awA3scUm7l2bhvrgbESQKoqFojiPIT8OFYqMtOga/csImzB9IYwCbPCnmTvUg/bE4gA3N4pwOgnkLrRRJoxSwfniF0McPDTpAByLlsY6j+kfr729XEzPeAM9uYb3YaNLuvY2or7h211K11cUADfmQK4fPttQ/PUwAfYVgBZXrBKOVYSCPgLYwAuLhFQ3fM5dup+wJtKLkXqm0kZWEIRrEw1M4NnR0QPg+HH9xOiSYdUBByLv0UVRw+zw0IAw2BdUyoF3LjQEE4749UIoJKCXkocMNq/hKFMVBpAcFREX7XR0FkC9Khb37TACssWdxw0t5kuIOmdFAqID5hIlADqAdCCsBgSf+m65TAS0A3OFkQxrl73LLGBmcUIAHPneiOxlpYtSP//8aaDQY0A4AF8OxGAv1e92TkWGIXBXyEAOW64cWCf7O0H3D8YCNghfw4PAEC9AXbTbBsdZKiNPVyvXTc+1XyF7R3uMfM+7lZgIP/aSHywETa4HQF9Pa51TwmgTUO1675aQA8x3tfVMA7a5+uxvzmZjW0/fP9NrGrpH7NAaaT4FSiUzRBYITXFJrLrk7MQAdgBQD8DToaLddj6+TO6XeKj8Si04q3P2wgSssJ/8Am86nF9zhLmApHg4xrR8e+Yb0oAeVYAkwNwUfO/TBdU9+QyzVsUcJwAEAh7QQBsTNixfaJtBvhsAmAkEWssBD0iCzZNfaJ2rsnd+3s3GdqzPDMMv4MPGGoCxhyaYcJ6yjAsPwhHJoCJRmyvLQogJeSo9xaZG1rtvbbodpdS0QDRRkOtIBCkr5d3Lnek6nMV4pguFXOFWrvL9sftcG7Ug/BMAH57YIs1AtDTErvgtfkCIqLX6f19EPqyeCfvkmMI/LsAQvtffPHtzz//Mk3wfyvncAKAArhcvlUCKAzQLNmK+hQCYhnd1zIBZedjQxTw1TnFtjxg8ChSM7Ylyn4CMCMgDWA9WlAAfWJ/Po/vb+9v3TUjC57G+dWVkCRYGWoDSqN2Y222GJyGCKBk0ZS97tlI997dK4aiBIYJtm/lbtrpZnzPqSgPCW0ief62DbtS2NHYZyKVQtimkIEvTONCsIfRUboTCKYXRRIYd/eVVnFvRZzxFcIfIF/q42MigB++M3IWuyLn+Od3JQBt/79NrgAWDPyXKoA+5xenBnlJOexOBeThK5u0JFsTga/o/1kD6D4ooKqDZXpPvr6/vX0zZhpzZy9Af++VKARTQjzKhgUhjtgSfT99gb7z6zfTtUiT5/Px1IHtk/VP9v/T46HGr+vn9Tp2Y67jBwOidIX49IYlJgaw0yuyaX6yYqEISTu2LVfiim9iFj7dxtAMsV84UMFPlVBdKZLI+Xz6+Pjy9NPYJgno9R/3xfhtVwhgQkpMAPgV9lgnJMABvKwAsrxKANvmH/qf9uAQARSDRzul+yZMkUqqB6AA0vvbN+8PuPhc5hGGqrcxnIbjnK7Px7ELRjEe4F8b4r19m46cum48lYnfKwOUhv854Xo9jQXdJBHG8SrN4CdlxH4MUGQUAJQrFJQBzhKVXpRH5FvgJXGqaO7sYYUVcwq9Y34j8aGsufhXNFOkJ20XZj9PBHC6yDPnoHsQE01pTEX+a09EA/sH2AjW89peqQr4qQrguAsQT0yuuEQaeWUi8EgQy6CwoAJJ2b0tOyAveF9dRhvAzjplCgZBuTGNkS54NHahNWBmhmVWYn4rq+vYzVhujt044fR81D9vMqXoAh8EyEap92HF5CRsOGReHANhyIrMw15BExSAL2ycdJBIgsTWzrLL8R705q/UfdjOaC9DRiaUKEd7uj4ul3MNyABfXE7d6SwppS++qLkOpgCgweCkbiuAIwSAJ71kyMGUXw8Calfy0N7OWoEl2XSFrN42sT1JADQIGCBHRjYGMIfgcslQ3dzoVYQYQEyq50/A+yy9yQbjKZYAAcibaYU8OfrXgmfF4z7YpFVAcnXPBBCViN6BmUJiQDJmTwb2IjArxnaZm3m2KbzgyonoKfS0/ZCVI+ufSTYGtIgHF6U9de/fjNMvcz9//fXX168vl8tXE07X02l8+6a7tzLXTG0oC3izD4B5+JAEgLP7igLYSQCy8r0oN6q9K1ASPktqYyBtx9llZ/YPVDVpAAS8c75VBphuJ/vPmbmkdBfFDgsmgKgycRChglWJDLsP7RlQM6WNANaBs6JZ8pC7L8E1Bkn03gAxBQS1HK3hMGczA0QIVsEQPwXSfOp50NnRpGvXTRGk947wPqHr3srxM0oo6PPQB8iqcjsIcFQC7GeAT5IAqMRAKSNWZaUXLbUSLOP1Vp+RFuNEMzRA7KTWrfPFCAB/Tuv1BuC8ArE8uPC7SDadXLorHQL40TPsE+NiU1JPZDEMp2T+f58PlYFqJwjOXTbRmuNzLiUAmT+VCvrbjU+afwkW/6bUnsbum7f38fr1uUCLEld8feoKAZySiKQCiwFwDAYEu0cCNMclgByOF7w+qq3anqeGUn+ISFtnWjiq9XlndfBQyijXODM0xLBv5ramthY+xhfqRXXCHNwLtkbYEOHBqGhr+qh7lzBFXRnf44R4cxQ69K+ul+YtrXBepOwuSfMYFCIC1glhNv5KyNMG+JD8I5rffwoWtN3kdD6NY5KVMq9fd+NZsxkVUACUeLBToSuPHJUA0q+dX9pxHIst9NpiXx/3otSXqd6v/dQYRD+TQN+XtW288KeRbbpoe7Ruak7QANTaGuBnM1viCAkAvwj35GEF5AL/uehkXBeV9ABNPz1B8/yKHTffvNnIpQgulfHWpbM07eCA0AgdZBAgdnd4iF7+e4b7SRCgUQ1wy8t4D2cipHPKkKYqAPDzIwiwTwIc7wlYHURoOeQGT8zG7DR/hgCAbASga0y5jw7qgwoAm4y+qAsPqlurZxSwMNMYfmZVVWkrCgBYSxwmRJZC/bXiHf28CPoWeu4KEvgWQ18SfmpFp/x9NwrgH85Qs9u9hmghgHbQVQF8TFkRAJm7CZeE+D8DrOthsQuMMqYyYGinoF+HOgHzVhAAELfmvZN9gMvXaglWB2aOCKHJVlqrh8ji1MH0zdSeHsws0MRAOYb/4O7qmNsz//GOpB6jtp1sXQKE7A9IbXOaMye+4K3C/LGOlsxsAV2xMgAXOQA9E8DySXUobzVwyeVxXMCGh9X5DzGo4SuwmQMHgdEU3OCzAvifAX43v5AzGCbEnCVsUpUZhACOMAB+CpHdDMDVPSKEAlO2xq4RWy5lFVIG+A++298DRe62+n13IP1dZ84CBdR1+Pvzs8UIQBaj4e73++kmzGWZTZs7q+Fln2snghAF06giYw4jADtv5JIhDdNSXCb8gWyEm+Om1/PjXnb008LwzfhNCXA3IAUATJHygt7x/xlAsTZ0i3sTme8l+O+sACgGI7ubQ30yF2Hd7EbTV6lPqa3GFyeZj2chf4T1u1B30N+C4/V/fYxsj1QuONe/b/9DlvS0T+UNKE4/9eWezqgkY+AR61QZXzfLsdtt2uCua7xyVABW55M6Fx2DUsCEwmu9/lpa48bmtHw8zmdlgYkAChVk1Qj3goX5Ozj5NXgAduGW618TBPirWYpsIGR2QfqydGKmiAoAyHuUltCO/ti6mdtUoNs10SZlHT/WnbUcippGdRzQfHNDqfjHuHxCm7QHsPPfI8aAphRh+9C+OTkPxoJh9pRSj+9msH4dTFzv5aVvtPjc9GlCSGjDAsGAbBzfF/6cfRpq/Z3ce/RIX7UQwOP8mAhAW/6qAG4zAUyLGb/qAFuI/9z2HSxSlpnP/2gBwPyE7c8HTs6FoXCcuUHiFhHAom/ID+78uLHs9enu4yg5xC14afnH9MLs+KByLAiQ0jLIKD2yufM8Fi2C/zVKABS1mcz861uEm3qc7m6ClxaeQPaPJaQOUB9cKNI3TNCugEIAGQRwtnntjQCGX9m7ti03YRiYQVnabErTnKS37dmH9v8/slheRyiDgyGQpJeBsk2hhMNa45Esy6QA1vsdwdk/BQE5GZ/TcR9zgI+KOi7wcP3Z4XbgmCnXhvMuwFl50cfm2ZsDq3JUDUSAQACRApyPnrJgCM5FjwRgIi6GBQ/rkwQwAojHznp4vD4WOgoAnGvajTB6McYt6E0BVP0KQAlAQQogOQEmA86qG7oxDQjlIoLU7EVuvkNuAC+BurASALtwQ1Wp+ZxFV3yw7Y8zf/gwf37kDovyglWjaKQxJyD9siS7LpYP0aUoerpUFcDGlpy2ft86f4X+kMpNlY8EYIHB3hmrzhO3E91zp1SAqjEFoE+wr00BKEgBtJsPAdC8GhcChH8ynltrmNHKcAUpgEtxLxixBJdVH5TW9hqZsmxsLOKRJYCt33PKMIdbPIL9R3g5u5w0ABKXCkuAZINMAOxNaGko14R0FMC6/EgFitTpN3FvN6qOJZKp8kFjSgFuupFXkPpgQwogdPKkANpjZyggY1kuM5Fn3WfHTWgC53TGNyIecxecHdnS5kV+5eWRRAiTAK5m3YMpAGuUAEidUtYo7pIYCriZus2JARqBPZ1gqOWRAlCEJO66dt6/bh0GkFSLTxy8RbFleZ70aYXoXsoKwAig3psCCGAFoF5AxMj37SUAGSNXSZ0O9PvZhIE5Q0RUswOO9UgJlIFHWBPk0Rggx7b3m5HFg5rWxZsEkMgAcAqfwauFnysAEAGYBEgCIP2xiQ66N0BHNNI8UwoK+dj8Ob9mRwEcAexIAZgX4EymFOCObsoUESzqB3DBj8XaoA+MkvAtv4kLDvlRgEcwsD8DQtmHAXKSABbVzoGbtSmANHkmEcBAwUP6AR5PozZqzcncKPvQvVtc4YJjAOYC7DIKQDG1RYB3Oqe4U2cDKhKwKND7+7N90gKQekh4hOH3GwHXBo4FtDRkTgKYlPZYoTl/iKQA9C65+oOUOeuS+OF1oZ0Wjl0pdqHqr+sWcB48UJUxpAB2qk5YAayofvF0P8De+JKR3QkONaj40CXgGveEvqnY8WCVYrNVH9wDeCzYsDnNPEwSoBHJDFR17VPWlEwINX9peDaQIwPO++A8e99DZVXD7hjgMsaphZEC4BiAwhRAEgBXBexxbvy8gpABc6lQjBQpi2l/sPFnKj3yPVFBUQ2kLVnX8F8BlABi0oluaAMB2aTi84HLD8IPZus0lwURrp3UfFR0vp3vWjkFYKnAeQIImMEzhO1U02zgjtNFOcayAAUCyhT49Gdipue5YNkmzr6UQrRt479/fwFJJkk4ZuxWhojc+tVg4kfBeSaZFfyQa38RKClctz9GuBlloPg7xQACAVgq8ECbn2iUA8sIuqgHlxGZBJQzgLO8YTfnqoTYXFon+irVrTsuIuBPZx/QuiX8MxSAEqMXca/IKQBa/gTF32IzKgOOCd0KbR/ny22+lCq2f8OJyOLP8Z3jEr0x72b8BuKG6WArnf5mjT+5fPgYoP/BkImHVOajAmH3wLBI8fBdQWKJP58FUNJcuy/AatfrBUygIhjJMrLVAqVPJzQnYEwGS7ns52tcpr51GdxX2Ak7XQJMpQ+uEg73GHTpZPAgyhQXHbrRLfi6q7jJ34ilPmo/T35Lkmq8GALFoMD3Ay2nQF7RQomSuPb/+KHVrPgSABadMgB6alABMKqtjuhvDwmnOXLSzPoG8gRQIaGsSVA8ehQFjAR8RqdfMIF4Yj5gmCh8U6c/2cca20S4QPlA8sFa/H9H5T8/XH3j2wPjdJhbytYzmNVUKVEAPBL79WtVBZf6+AZzxiAyJqUTZWVN+Baois2f17MZn2iLq5wAJ8juAquaQNpeD5QgOKeV8SJQ4JKp1fpc+VnRjj+nuMJjIb41nzYfP9oC61KgAJhP1k97ncZ7iHg7I3E4QW2bxS6m0DLAgscpgGLe5GUHF827oDlCut+kK8JAiAAZniIFQJhlJRFwqAHtvq54bf7OXR6j3MZjANOmfCMiKX/d8woAl24I2T9tQnp/0v+2CmiTZvOwD3YmRJGxMTi3FjlZWRXav+/cMMKmMUsCLIB0WN0IuKwewW7QslPPQCWdvBoS0XRS+mWLff67qquhCmNp315//vpy+qdfv16edjNGpdndiqpfnAIQjIoBwO5Uff26fVMA8f6WUNCflxptwCr0NS3CARagVXQFO2cudRXAKBKc1r2BLWOa/wVcegTMbP5gPcIn2Kx8duCMGcDGAL25X5USwHngH1EC/FsCQFqs5gbMPp0CKI4BcJuB7I46kb6Fy8YTZN1dV7wDiFnDFpSyKdI5bxkzNEdMTbvCZPsXsr4lXQDkV5Smz7hJhAyUSeIVgXb+IsJiL/ZW/1QM4Bgwe/zStCjExQBoFKBISBoBtAwAG9xOy+VJv7kB5vg5ArCnSycL02ZH638y6yVGAdgFEIDCD8uBByIYRsSLUwBso7kAtgR/RQRgE7z+FgWQEuUuoVbMPYgB3a1+jcD2YgXAY0cJXgEI4Cfs+YwtW6hR4bQhcFr8CXoMs3kkPvV1AI17jzR+TP5GCCgmunyuP+5oMUTaxABuHRWRcAAyKUl/zSgAIm48hEklFMQmAHEQsHydeO+0kwIwVwFdAeIqa4svp4xEAEZNcxAAF5yeMGt++tf61cNuXx7ecKcvB/pnALh2EC7Lhpz+kihg6nJXdwCsLTbJBbA/KzRAqQDQzSoe+RxjFfZm5/EEvAJQuLpoTvTHW84OjoAvyry8gOEti0v3ZxuimPOWSAHwe2fYOHUDf7sCgLxtw1fO/usBSxDYocXIr4LaubupG1JUSC+Q1hZvFJBVg9O6/LpORx0KCAXo8fDp04enelu1kOn6CZmgwKLLZkTCT4fbNd/EvY+RKUfWnwybsvaHxmCWYYCXgA8bxaoETwEf31UBU+yfGSBPe9PB5Jt+cBV7jtMAJpq7Zi0Bbx8tfihBpYc9IC2NXJ2gNUGrzqp8esmu/ctuZyurSriyvbTebLYBaaWQw/OzMcA1NeAp6W1xuOXrCsosjT2Hi+7OdZP5F3ZECJdGJBYbBai/ByQC+Npum02B9RsBPCvG2j8mjjxDD1MUaGqHDIFQPMCM3C4LqLpQo1fEK9MFseve7muda7sPM3bDa21f2XrzoUX7l82m3Q/b9t/3u/aCuq5DodC6PrzfHA6HzdPhtGxfWMJj89zi01Nty7fQGhzlTRc3dcJNGImtinyz0j+U933HeCAGxwbyXLGIAtBGuq0DA7yLBKDWr4dh83/XIYDXZ8XrkP9fTgAYSfnsPQGu1k8f7GG6ti7O4OHTE/pprdrWQDoH1O/bd/H5+fnl5V1di+z3IiOb92ZzrLfrSmfuQyH81LrZRwtFpkcXpPOr+0EfjlawnA1ZPQOy/rvZP6gsijuYMi0w/9nIOxaC27Z4TwogHC7b/4vuiQBef0QOeH39+fPnKgvXYgulamESNKgShvWRCvEdkXdMBee7QhooAeAyAcAIAGGTXgJAv5+hQJ4ANMNAAOk+V5IbcJspbDECgOilN40cI6MAMHsMANSPksnAHuO+g+jozeVDpl4CA/NlK1d1qyp1MYgkAYwAov0rLpi/dwGi+beHlgACPn9+zsb/bV8NYILQd1zLCkBGKoAGzXgFgIwCYCtHiQJo4Xp5Mn13Lg1zLK8AUHpq752vUUTEVMkAZTgNDYHeAdTJ80ND92Hrv9b+1UmtlQEUkQBaJAUQ9rhtMvb/kiRAJIBg/UoBKgBeg/1/7gsKePOX1Uhg9pWbYFYkwBkDyGQFsOpXAOzEzaQAjAOcB+AZYLjhLMMOVqlo9DKA8FabD/bZMa+QgbtnBVFT5gKpWDpAWYlooNkkQCSA2ghATT8RAd0gdf6mAFQAvLZbEgCffz5/1i0wAfv/aXuIikS/qbsa9dRtGBpZ+cEmaX4gDevab93d3v8ZZ8l2FOO40Ja73Z2EJECgBaKjI1m2Y4PHcMDALygA/i1vKQDhgTtzABKt5HMA8BAF8Hjzr+0iTlxaulNAvtU8bxsxQ+TPBIBfo4wWCvjyZATfLATYZLC7jQQ4BgnQegUgeQCLfPj/QkdEAG1QAFsBQAxAkYA9FjcZL19kzoczgAqaJI0BsMPPKQBv/x/nAGLCv6kAylUB0JLLAUgIYAGQ5gA+2/vnYHGq2rZqbAtGmCGsc0CEsv4rbh0JdWyonKq0OI4OUcsqvyr6NnKGADul83nmEAmwSwA55r09QvHDqTEOAuDfsQP0UEokAGuA8GsFAljE/JMGwSqBJ4DfDeHN4koAvM1vBPkHBN4p/ec0wObxK4+RCABcHFAfDs+/GUsqzfPhdPTVANeClx7rdTVb+mnbcz+emh4tSmMuP35chlmhtV/VWRQfgs3/HgJAWvMEUI8EMc5QFJA3+LT/bNiliN5XTsqfmRLJv54UgO9WV8PnX7aZdE55dCwBlG8H+I0JwLR62UERYE8wJr79/jSeW3b+Lz4AMCwAnP3bxx0B2FMBk6X4Oko9WMzTNJlJ7WQGYDCTxTzbU9Tt0mTGT+n79W3ANQG8bAgAxWaEzlIC6LosAQD5AxCqWY/J/q8IoCMCsCtGCgBvK4BRfp8QweyTOCQtY9nZ87LjefPu1tD/SQAevf7nIG7/+2pC74vWr3AjAdRGAlicmABaM1T6/G6XeJVOuc7L81b2r8WidWVCE4A1+40AeJtX+zfwSPsvyr4fh8nCOPOP5WTpD5Qxw8AMAPg+EHSZ/l0ZqOZBeNg4ErBHAK1ZCQDjRvW8AtghgCIhANbn8k16BfBbogAI9ysAuxyP24geMFfyBjGTgyy3emTdzu/F7UOJ7ni87SXXU45j4KfOsosrFAKmWQClHAG0VaUt7BWzB7F/M1/dfi+W81JVrasBsJhFANits/8X0+4wwDcs5L0f2cMPpfuQIGyKZTWYOcyRMpjKMgBd2v27JsVwmY1WCFEgvlEAvxYHMCAJAZ5FAYjNfFYBFPCxArg/B4CAHygANzWquOYPcxLRKEhpoWPep8ZT78Nd/QIgzck/AuCQDIecVCdEn+/n1CCjADYSQKFIACKAQ9O6utRl7PpdOPufTYrfi35cFipxJQLgGMDZPwuAN4ZpjcQAshZfhxP4Zenz+PKtKk1pR4S1b8+8WAbAggQAPTMR5mFEgGSEnl9hqPMENxUA3KEAuq8ogKJpmr5UXYYZ1et+bAWqpHLm8+nUnLQ+nY6cZRYzBswWvceVcumUYnfJpTvnJxLAwwYlw21ReUxmkMlh/dSII7Z7MvpVAtAmSIDDMLD1swAocB+FyeB3hH5ZKFnYtsYrADObyQmAOQQArQ1dH6gA9DS1pf/OxVegNvN0MbgNC422CqDwBHC5TAwvAuK5Q37VJOBdCiCutTifjdFmXEo/x/EdBJAqAKjrmmRjpp2ufX29wE66ElkBjPXBoj6fjw4bT+1wIweQmSM9O85rIhxyCmC3bw08wPgJ2/bY9B+Bf3Osksjvp1kAi85JgFNj2P4ZoypgH20Gpq2dBCBUhoT/tQAwb5QlfLEE8Lg6gEFh+JhrB/zFWPOeSyiEEOwJi5kMFtC9D5YcAkylMPrRf1nrF6NRR857Gsq32L0ekwyAcJlSVTu2SgVT6zocz22rdUlyAHnqY7ipAGiqcEzGzi/n11dt95fX1znOvFi4y6sc6/q5sTnEZkib64MMzOcA+JlY+rvulXXz8uPHny9NcxjZi3VIKwPA3RAI2BMBlQT5+7J5eLdhdIj6O0A8ADii+6YhW+/+SMiXEml/b/oqNAXW9aEh9+8IgOaIxBwBGIuXddOaFU+HouvH86IZVWvmmTztNgPAzQUvbwkDfCcE2Kgu3gNlBC8DijHjaP+NEcFQCnDUA9FDwDyUmOjAfx2JO+RNXbe7vRxQnZkB9MDbha07F+5S4cFZQiNE+8AwnIey9AGYfPkkB9ORSsJVlAanaF5fJ2ACMMSxwh0M6t9cn3TTtDMURzFiv7lPAcSxMosKVV4RQMchEHoWEALADQH0JSatAIkCiKTg141fJIB8Oi9KrzGbofxoiquHOn+B8jdceeDcDpUOsMkaX3GybmQLbyZa1oNZnwqkzqyas4hPuqIUwGUrAAgz2f/L4xQAUqxppgncPcNufYE1nkd1sXzwu3niORa698r7/9fwC9QKdzqQDK0ZPMKBHBl/ZDaYZ+3uD7TKozFYE/Hj1GohD18IE+NymWd+m/a3tt3t5ACqXMj4uTVjeS8zkwFIpg3FnTJ/aK0WxGSIcYVYjutrEeILacdRniYmgKFgj9eJi1PIZUuj1lVzaE1uOMbN0GD5qr5wPrlx9AyQKgBfAZVTAH1Zxi1uYRPhO7O2cDQtOgRhG0RhNfPFVpUl+1zwUMfh4jJRADudBb+JyPgBYgrwtq94Wx8GU62Vv5SzLRWEXIG6Wt7eZr/SbV7vzVoXHRHA+aS1I4HWBAEgLQAvFrZSACJ8y3WWqPzh6KJ6XFkdSzYp044cKHS9NRy2ytXazFArTPpfjmzc9rT5Mu3jlW5/M+zB62T39iE65GcseGNPoZXgd5fzaHEcq+kGLvOQt2n1viwL2tv7u0LI5rvlBnIPQSlAuBF1AmIkT1JD4RhgAqmjLIHhxjHhRqTm6UmfTLauz+FGoE576qZKfvwFEVVGAQB2dskpAEQxrqSCRojhi60A1JYW1LQYXHiSJKkpVTrHAwNAVRfntaAQfDcrUF97f0jygD7+RzwMQ6u1/a2C/TMBlGp/eduYfwDfqyZrYTYGOFkGcLWBlA6kVID4/z/nF1YABmI8oIENB2vYwyLJMCw1udxBl6GxD5AH4+G58Alan2r7JF4PzzTsW6S7BT8djtPzHOzeHjNTeGqwdDLPyg3soYuFaIjBrwmYCU5K6HySG1D1PU0FPI4d29Kd9eJieLeuMEC8/Z7j5p8asaV39pm/URsa++Qw9hpzHyKfA4gVmToSDkECZBQAfJgDUGlGEfJJ+S+Yf28XsidUkfkv1N6sO4CooCmdHhCUCco1Pge+WOtf17VY/X4ewIK2x+fZaO0IgCyipghAYXG0v2Oy2PXFvPDKC7n1N3d3NnOBTABBAlSaVUAggJeWAgCCMeay7Wn3iJGhq5m1lFrf7OwlflUibOLnDRQBMUSbwiT8OmOqymavaewuhjvf32H+9HcFpUqxDv3l32i1qyCx1BWiAmmVTXc7+FmEPqx6Uf3uzN5wUz9+ahZcwMppk9JqQFs2oBzhohozr4WbOQDCHxZKHVcJ8MISYFcBQPBqEty6htBhOCgVk6HYY9Id97Nmp1Rnl/UacSoEnUIapmlW3iPd9mFworhQHhTO6iw+HfrXCBgBro75iytrM7VaBwY4144ASizqP/ZxONivPSwnu9KBXat5tgqgHNmzBgbgPZk/5wxn8v92MdbTwQr8pgIQq70M45X9X7z9CwMwvO9RpSOAuKRKzdPcfDTPNuTVdnoSbJF5o2zqSQkB5BvJbwiAYVCzzv+n94UA6SsAMG47qdinl9bhnk7NGTfDPuQu+ls5gOL4/MwEUDIDPJMEeKFLFrA2JJ9I3o0hrO6QNx5qDcNBveuhhFgBgKRUMtR6XyBQWigL8v9OAqjV/ZfWJfUZ68+xAJrJ9GkeomPA3eYPiEEDxHkAuRP6AQ0Tu/+Q/ncEUBIBzC/7oIwq3WglhAM1z3wBjCQAnphQKgsWASEAMMH/GwMEfEThHQSpNQ1L4v+1wsj6UfKa7EscAUQBQGsGihl+OnKh7/1zayBC9gWh/GlAMs6Yb5SWnPh9CmCnjXG9UNmEAU726Eyq/zyW4bWQa5+42QrAcT8TwIEkwLNIgFqR9VOKRI+rZAK4XhHSKDOlAMCt/4FPDpDa85WvyPg7XpX0bcN5uuAnBz0DF3/OS8RHLACw6+7zlFvdX/vjnAZQ6q95alf7X9h1n5kAFBZWue8upHG2tw5888s0Q6HK0hKAZYCR39Kj4kbDmQSA9/+2OkAs8QFzxAInWiq8tv+TAjEs7/plSwogKdVQVVVCIvMIG2VZ/JfAYPzRTCIJnG4ci+7ML+pWn34eqIDyjgvpA6oCVKYdQSr6sYr6U90znWI+B0CmfqztEkkAJoCZYz0zLKXYW2Z8Jx/pr2PspwpgczF8eowg8ny9p4BtFsB5HDNNKnm3kCAdx4UxKtjjRT1ddBTXdYS7BnNAAYgGEMMH2LJA+cO5/yq4fyvlteYUoAKYiQF2VhDLDTcEwjSrAhWNYn+g2k9C5d+6al37l/f/LAaA8KgcwLuhAKAM7zSGJr5tqX9w/G6JFYDYPx7rxP599UkggO6/JYCrXjdZQlIWdLr9YQsoeLxxYBJo6bOena3iXQSw8xPVhyNXUTsLUrqMil3ExrI+MKcAaqocZAZgAnhxWYDnZyIAm3O6OOvvOXpLXi6DAIj2Bot1FxcKo9AF4/4eNmz7QgC9JHD89ZekPqC05jBcodIJCwApqemyiOfqLMTQijxCw52gRhkQxqsBwSr/WaifzgfX7fN8ZALAy5792wUws7wOJSC1/noCaMj4K68Bhnaeyf6D///TmC1xf8P8RQC8h/fBa/uX5LfYv+QAMGpzVkrtEUD5ZQXA9bfKLowHDVqgFGXXx1phtjdF5z7JCaEtrcGPnERXylnvSmuQs84cAYigGnvWT+OoAaL04n1TCIcfY/sCAhOASIAjSwAKAv6Y+WfWfS+t6Zuf14tSZMHc9+Fh6VoYpfhoGw0I63BXHUDvEGmAjhZU/MZmmvHK/atFD9KHzpVwhv1AXW/6qCAVTtM8RgJgFUspG8tF6u1cIG0BHrCeof6Yp4EMlAP188Gjrr0CKGdj3tJlrzOvX18rJgBWAKdGN43rVhj+hH3pxv9bPEQBSAZgXi9D5e2/xKgBXMge/QadAoh+LFQKsoZs0QeyBy77cP0s/Jv7xNN1qismgPyH9UKvyM8EJlVli7+DVZ3zCz2hAEUiwGr+kT0WE8CxVrXdDaVSWUJKa//SBOEyVLrcJeT85FV5BRDomSTAc2CAjQR4GWYyfyKy7Qgo61CNuWm09mfig2sB4E9Fi49zMb1ACKBTFs7+Nan/6OU46mEQo6cDgb/f6nMXUUA1GVgvu83gmTm5x5AUKGDUFgDXGqDW09yyYdrV+v2maWICqNsMIINiauuCFACVFZ+aJ2/4TaAA3ZqN/7dovtEKAOEm9X+D2rF/8RABKDdET5pRI6DC/ZpaIYCOFyGADoM7C6L0pwF22vff4YOx3tevqe3LkjPmRBoAR7sfmMfgnhDg+klVYp6e4N6sZlC1IgcCA1iUzABH0v5EAD9mZ/4ji/9g/VjcQmz4kAYA/GcFiMAFRR+afym2v6EAROf+TZQ9wdJbvwdP6+QwCOj5aokpYJ6W4BeEpHbnU5KppIKBq1gDxDXKXv637cA++kCxf+UZgO2fCaDKIE8Api6wZwVgJYBuqqfKrqsIsJ9a/D+heVQzQMEN96EFANca/2RGeloZQgCdwqgobldP87O3FQCKAng8pFkfry7rHKhuo1/Nsup7N/EYkoXyTSulcpc6fJQD4HJiwPsnwswBGGL/DmsW4MeRJYAlAOs6qJFnOffe/l3jw92IfmFpAxT9KgJgTWvnY/9dDeDsv5ymbYpInXU7BJ9fic8XIdBulMBQnaNAwIuADoLUzv3wbP5SiyDtfpIH4HV99GimwRIQh/5nEuyEoABcDuBQZVDkYOZDgdwFnBUFEQBDN5QRqKgLWiv+39gzHjT+Rs9NgBjZf1tirEQZMQMgMm3illPhFxmjOH8hG0hNrFc5VbieuyAqhnSK6Z0CupEDYEDy5Hiv+cf3syP/EFCCAIoBQh7weKTc37BY+6fBSPis7mszE2+niUHxBFsB0IXmrV6pfOqPllgDIJ1dTfO2D9UybG3drIiPrSkKBYgKsHt8vfSBHmVm6W1WK1YATANB6ENOAyAchklXZJFcEntoGM9RCFDwnHVtsn6gAMp59gRAWUCLykNrxwD2YOP/m+fmAc2A4ASAlE/orf0LYzJQfnHpsUp3o4H08BcmAOTujymGD2xRvoK4eV8p1yE4HwJkrRpRyctulM7AXaPjRT9MHYKAHz8oBnj7cZlmvTgCUEq954IeuD8aCFaFiQDwIUDvpN5u8F+GvWxKVfKVqDayaWnFxuWIYE3JYiMHBrrrKeBdKKDrf389cxjgLtJ45nhpFownlF17+okGIAgpHMzkPPLZ279uGFsFUExVa9qdtQUo9he8TAWVFo/087n3rBqKASgNYGMC4g9def//J3POg0bgep/mKrL/yvk5cevxtLThIHxHGzeFvzYB5Kpy7ysd4oASIkPu71IAcpSyJNxjdPlnIz0uecDaZQGIAC5O/XsCWAb9mSmEIXkg7oq4JwA6tCDzjymAnL14fl5FA7D9m2kjH8t2YFdfren+NgV5Vc8CPhhgFYCwVnqb11YaNJNgFeIUYNgggmQCk3qA2lw4LOe63zM564oFQJwEnFqzj6wCgGkqePoaJgBGRe+8VgSxGmhXAVA9P4sD+KY9hAzg2du/iHoIdJ+kASUJyGf8LxTAtykDYPPYR9yLCHkFkK8SynTsv5XNFY12LQHeyPy1t/+ztRAsvgmXshHCSQUAduz/O0cB/Tp5LpW/MmRXup3qwdn/Zqxql9y3u5k9PBEAO3oPfkBI4JoCVg0wvhqIucstCKH9msVcTAHO2mMNAOjwh5ldA/3Zm39TRSkAnwSczby/ZhVAMU3A3cBrZgDmAC4Iamh9Egag0YKIcp5FATzqIscl+P90HvWgMQWoLOJmQPjP6/weDrghCj5fCQgA+KDBUEUCRHXatQUTAPWqbIP9V2boofg+eqYAmUwlagLooAv+v+cNoSgZvdsE6w9HJdk/sP2n5m8PWO9n4aeI9y0BngKEAbr+de48AcRFrdLFUBFAOMB140/qAZgDynl2eXnuFHtqHHQgAKIARwCES7xlwD6IAC6uv63n79Ph5GAPSQx4BlhaDgCem2dpU/xeKTBER8b7/6u5JAQYVpcCoIOtScD/QwFAWB4ZNMDdCgDgIb0bQDaEUMXvCeCN3L/R3v61Gd7hQbPH9l3U7rDtKtohBv9vN/0Kb/208MbD6X+g+B/XrhaDk/xuV2XsPzxGT1bVKgMqLwJGWKtD5ksnl7MUUcunVhHQbR2/XeUBlJpZ/zv/f2qc/+c9V19ICDC/XvbxgQK4gHIE4CngzKMN2+Om4b+56Iq2dowA9v9CAI90dYhJj4/cnMDIgNAM8H8KAeDuwWMA4G5bgYyN86EAFOInEhD5E+JaPQKCSIAXyu6S33Dmbwa4MfDJZ/AeelTEGQCwi/f/vBA6Z+6KKeBIa88QGqA6iwm3qf/BYhP4893U/AOcBqhcvDBUhndLt/6A5nXcylkMRhNu7P55g9uSAIaKNEA5T7pK7N8TgBQCKMT5ddpfHHOma1H8PQEq1wwQpESp+AH+UxUPOMJRQNuw/6/aB8/SDH4rqR4Bbnbod4hqtX9/Q6V+bQKAvQz/gwYlh1yYHwNUtokAPqUA5IuP+mogSQBu+jeasSzDZcBwZuaN1PK5BsEeCCgKwNURb/y/s37aeQoIGoC3AqTks/8sqEO7v90E4w/m3xKdnSzchlPxkg+o6GQZTM7ofs0FPjEDbLq0YDS4QfD7aSIg7huoyn+ouxb2VnEj6pEABxnCw3Dx3mS/ptv+/99YzZkRg4JZJ7npdnuMMX7GdjxHZx4aBWZUtP2R/D/AKj0FAZILcJnHA2QZNTuUGAAYoBIM2omHXDHw62OSsIiAMvz4wZ93DSl+oyxO7mQOWzo3t3/rB6B7ZMo/ir/RogGHoO8ggHRo1ZL08TA8Pb6bjAFkV/3kfE6flqgOYcjUzq6rFnqk+u2Cqov7QDQwmzmMGiDx/9Pw36qFJ63vLBZg+QC1f0DtX9R/YwwA479O4hafaza6CRsS5BoJCNiFl5fQQwSkWCC1XX1LQYGt/DcFYKANEfg8DuC7me2/RPpPrb9UDwD2fxYXoLg4P8yxhdWdbXyFTrqzo+gCeFkMRsy/cLSS88A9AnhblAH4s3IfIQK+zX6I7HcE5Kvm21K6gBEAn4C/WgGYGWSn/y7DUPHAzXlIAHRYoPyZNGD2ubMwwMWhujsb/gnbflndBa2Ro70u3SYH37Xt2/Lm//wLcer6rw4hscVr8B/gi3i7ufsumb9VAMWo4ujVEksxfNljAwOUtY76sDWYgKbHGVNdKlNIl+2XeRYG6GtlsZbCTGb+5rGqArBR30QALjO4eWzghLP9a6EOfADF08YFKGZua3m7s/kDsAJwRgAXDKTJvDtmAGQCpqVGQZG0Ff/5DWNg3u/OFsjWXTrIF8rH7QLLpvxfuACfxo5f0Qb5FxQAOf+xBtoPIhSUawQr1nAV2/+tVmD4N560J3vXBzb+N7HSNyMA/6b28fZ2rATQ+1j+qBUBdtLgE8M/BIBnWNDfOY4FGAVws2mf4v9FDflvlT0i7VXwl+fS8PwsF0ICrIxBAAlz38MNKKf0eedg9pQJgAjpipRrAOWDbf+PfmRKkvSfvRdQADYjgMINCAKO+YZbLlourft0yARwKzQNABLR/6mo8qK6StMxtAxt+lI6C/4sjcy/wSe2RedxMrGfI8V+1mqpjSvqeJ7L3xnfSE9fJ4ANA1AuAD6vAIwmCGhbX8D9lzGyH8X7p8xf8JWkzWD8juGpa40ArBDcdW9vb/7wHelre4B0/Df17xl8dU8BuqNom+qsD2Uq890G+WH+Z7F4LY+ty2dcfcatonOYArYN5fkYPW2V1mgsIQUyV4jkXES4DCYH1gLAoR5Dz/Y/YfwX409bUgA/wAADE8B4u4vLZQBV5qcdAaj+r+co5NCeHxIADLDwBImm5vFfphZ8TxbQ2r/YuC8XQD4r0goBd5OB/uYKgA4O/8IYABSAgT6bcTxepi/Z/2zhv36s0z0W4HXjzEsiLNG0xfwxh7M1M19T5Hrp3yJT0HEtBEHl+zT+3zH/9h4FXAoe50JN6ouo/fcGjP5WFQ/d/Yyhn098GRF3NVBmkwWSG1BoZ9Cxy1uFmXoCGZnRY/c+HeCexhnOkqblFWecMxcA6wQO6OUbso1vGSIBFGg80rp8T6dxFgJQARDBQm4eUSBdTGz/XBkMNdRDA6xTC77LJvJ4nwl/2wF0TwHQ/4kLQJ8ut92BPu8CUBYCwPVfFC27Rt2pqcIw2/g/z4U8UqFR3nEua7F/nf52p18W5UsFe44JZB+FMhHg3aDx/w5o1fxxNacACRMWAJ26WaRjvbN/mH+aDQ/Df1aTy254Zgjd1aUxgLgBm6KgevTpA2G/VQDORMAuHeCxFeOIZf+j/cP8Fed0WW8YYAIB3MMEAihcuz8xAVzIax0ACKAfwzQt9cguUlFBASjVXaMIqEPJHYOJ8Y2lMV4ZIDP/PSwL4K0fwLcTAD1wgf+CuQAHjPELCkA10y87JZavJaMAL+O/CuNZ13fNwL+sGeP/ACOV8P3dBd4o60o2HAUCVPrBhNoWxp6bPwxeKYCBMCGbHAtfTNMpYP84JzQ1h9rZ/hlnHe1L9QaiNQANCwBA1uVobALRHJQB0kTQsGu6IntYf2KAXVkgtmIeQ6gXZPxKQ2NMwLiCAAYogHAHkxJA8WcEUDHgSI8B040wrbmb8IERCQSanlcK1crCbxsaTf8rDxxCCAAMoDyauwB/U7edPj3ljj78eDomAGwKCwEo6Gv0ZDqCsGX2X8L9h/3n9Zt4lo8EwMO/tgHbN9/OG8GppQxH76bVEpABtX8m/sX+B7F4UwGFUgAaKoUFXfwaGfo37n95RVcMKYE9m+xnAlBIEMCuiGEYAbyEhr2ARpiLEAZQQZRpmcJlFGDVQOnQuzCGvp6Wa0QJ5DRwhiOQSoGEAJodJiWAS2SAHQGctgrgIskR1Bssy8zL8i86/q9qpy+jYzH/8ce3FwLkHcvew5kPoAQg04E/QQD/Sx+BPl1t+xUFQMdNQS0G+CAIeHjj8WIcRLn995Yc5BMgb6XvkwtwvxSKbLNa8/bwPXmQj47/e/PvnFKA1f+0iBb4E73C/nXotx4fTVS5nPDbyO017m9ZAIsBlHJR82YNBF6CFASsgUCXNzbTK7B+gcuhPFCcuUU+zP8sFr8DSgKfGAgCTshE5hgSAYABALfuHRNAdUoK4OK4vXGllQ7xfbtFZI6qgOdlqblRqBDAt9kUnXZ9/3JQ2vAwWxroM3UAeTbqLwfdkwL0HS4A0cOegEoA+Q1fpUvCZiSysf9yZ//qr2kVjO+RAfjz3w6RHTyiSU9wAsz8I9T81fhd4gCcUruAgDL9Ui3WvH8xNVEA5YYGapUCqgwsCJi0AIKBiUxmZYC6la9pmjffm3muLikAl0UCDNX4GsplQTwyobGz5gNqjg9enxDCm/YKYBhMASQvoF33UAClEIBmAcpxmiIJRkQFMCywe3F8cMAaINr/H6fvNH9TjHratkomHChUAORZAOQB6W+q/g/k9sMnfDkIeBQDlKiJGddXFQC9JwFyYUy9KvuxNu8fFikEAHDJ3eL8BxbUPlgFsX7/wNbHsysmsX+LBWrxT+KADdAE0M+E+D9M3+R/PbHS3i6QdYbI3uLZBl8MimAArQyoewYygVIWnLqEz31GnXrsWlCAAtaf4za+PNeLvAv7w00+/pc1FMCVW4JwEDDkGIwAlAFysMs/bhQAnfxYn5nYzuXoaUAhkNg+Xyz1FEk+zgsK0N3fZh5m/6v5M2i/WGoiAJsN+P1BwDVubcD1HLQ7PcAvUsDhYj3ejpFYu/snvCkA2e8Y4GPNtS32ZxHYZP+12b/SuDTe9hFJ0uNiL/8+5DYNfX/vQd51hXBNuw7/MC1Y/7pr41ZIh+UZcqSx9L/If2TatRUGfxzGau2iAwz19SwZMjmXCB70gmj8vYYBAD+6XALgwkvy8kgEVGG8NcJCmeU/49AAH0AKAdw0v8xxs1O3IQCFyyAEIFnA+BoFbgCxlSGcvMQADXUkyaVupBqQNgW5ej7uyf5YAlgVkFRA5euhpV+REoDVVqaf9/cGJPadfHeG/277bvOnjysAMgLoCrrb25+cA2MeRyXpw1OPcwogX8ZS06aR8X9JUQFAp+ekBM7BV5Xm9Tx6T7TUdxjA82cbnJi/AtNb40nUv5OT3tPRaSlPqwAIIbn/C3L/NdQvBMB22McV3G4SoI7gwZ/BDzpH09A5g2FWJ8DJx6gtE2CGkr6gIiGZP/GuuKaq6l38v9nIkHITBLi46eX2zy1cN+QugHoBKJyKFyCAfiTnLpgKjEoANzb8gZpXSQIA8RY5qq9cEsSLBZwEVuW486/t1i7ioXu+Yp8GsElSOxcA5x0B0NHAfji60GMT+Da9850KACZgh0WnJroPAexiAHb8OJ5zTH90uY1jUzar/l/t3zE6cICHtMsyhzulQo98/mEZur5/f7+sFbPOAxhg/rpG9rCxfGwiADAHsIDtrx19musU3X82/7jTntiAegNi/wxwgD5CAwLiA5yjpS3vGaCVN3krMuLE3kfAEJ2JAMMlyioz/3PGATlQCTBxFBClwAJcDhkBpJyD3661yQRwI1kaLAKJgOI1PJcvL57cUD838HHE/FMNdPyU4fyJn3XHeDDY4ZwHjvMVEfMYQKoDOFIAdN+AKB/IcnP4S0BfzhsQHVCUt6uZK5RZF39lB/b/CQmzmqj16HRcNqrjP0ZWQCU5TroSOGPzPFoP3sdHj3iATXjYdxfzHIUszPdPw3/cBgZIwHQAnVCmS2j/A/sH6ivbvyb/M+vH2YqA9BgABzAB4K76Oi2LMEDQVEDoNQzA0uW9NtPlvsEBe30+j3N5xd/IvX6g2VxFNeAZEqAYwnh7xYl3w3BXAfiC1rJ6JoB6BgHovEKeJ+Xql+eBE6wxB8Dc/mwyANMCloWnTXz0d90pHlSWbJuA3xn+jQuyLIANcJ/pa20U8NeDfoEA7oAyBXDUFZjQSDlXAF/jJewtV4cAQA8HwOL/6+/aoDlcK/swGYFf4sFUA4E1RO8GXjV81yWEJYCA2UZn/1+KaUhQAeAgAG5IwsP739j/JuR/tmPhhM2KuaoG7Aa+BkkAKAOElQHKSf53s/VRNOcJcK1IpbwsKIxzPy2yXLdaOe9QmdRkAUkkLc9aCRBUAYzxPL0jgARfOGJ4VQDXmXxRgQBEA0ihhuvY/iX/l3gAX8Q1ckDdRyfg/KEfkOsUD0YV0/+UDf7OUgIkN9zJAtztCER/pzzA8et+vQ7APMqHlYBKAHRUi/35KkC15GYcgzSjH8PW/tel9wooAVUA9ryspNgTPaZo4l/BEI0iXE85Fl8Uk5YE2/A/TdWwgQgAR/HREAA8+K8CoFb9H3dMAHXy/M20z1cEB+WM+3P7x2NlepDMJlQCCLXwc+h4n0+LTMAixZkKKKrxFjgDB6DSj/G0UlPDW9Ij8Z09XY0AFPV0RwE4IYBu882OEysAXRYEFDAM3RBRTTUbvuT/yqYOQgB8XqYea4T8fPzL9u6h/ZsYzMpHjAKynKB3eRaALP+9B9HfjADwyt9SB0D3fHkfcagAdrr/i+9+67JFT3WU1ljjbEstSYLbNIAHCJBeGWQkQAfe/04IEJvwMHApyrvH9UW8eeBIIIZ/Mf+J4+IZpFnwjHgCIoCZ/UNQs23zIY4ANfkrIgN8jS8BSxMIBUiMbFlKzgRCBTQhpGKAotcPZHu/ZQB1BPSbK9gBQAIuju3XQYMozkUzFetX429wcI5AJYAbQvi9kdO5/hMF0F1tWhJcAOsJzhwQn4HyAyt4ZNPHsfIh93rk3iA/HxapGAHQ4ZiybS21I4Ds2ASAzQW4SwBE31259/0gol+vBKQ/qwNYga/tO/ugJAdg5gAgYx43ay3KUAN7NAZorSkeuTUeY7lBPT6mAKLubRjeMMbmD6x7te/rlY1fzJ/RdV3OAF48JsdFO2UIWv6L/D8MP5m0xf8MZbZTlAIpCoReFgZgeTErAQBh+/2ZAnDvKACowvjSy0Tc89PFtZRS3+QqUFWjtJOmK59FATgfyrPgDgFctgSwqqhyrkYqkv2rt4EMp6KRfR1P4hBIhzRkAn6LJHD46+TiDCOARz8pw8FMoLwMYFUAtIsBAN84T+G/pfwp4nPFww+pAtx5d/IsW+KONr6Qw7QnrgEAWUByLKz8531Iq5WgrQACYNmu/ksf6kKKHltvkQEk0pY/uq+H5ToMVxn/J7H/eO6GDltC52WRtmkrAJppQqW9NcFOkUDjgMWsvtQ9ziXOaoyAhgF4QR6g1Exgv/PAUq+bxABtqgvoptfXUC8sAM48P4c6tPq7BUfsrZ/LHWTgri4069tv7hOAMwJIDvwtVE90qWSlUf0alMywF1rDWVELAbDGaX4y9vPOpB1TTgDHdWz7BuDvCYB0rwxgCiDh794VmIj+lADoawSwM9+MAIixJgGMIpMhPmpRbIYpmz1Fj6gaxxn234+l2f82s10oA2xdAKKhhBuw/xMAHfFw28YgYJQAUQT0wW/vXcK0sGjl8N9q/hFi/tjJiU4lBECfOwBQ1JgEkDJ9SQuY+eOklm8soDkCsRkUBmLGDCIMQNOlKob3feHzxQC1kAlOzMvrS72gCPepoJObx9do/69xxxRQwF9phHU0SQhECeCLgMO7BAAJYATwG66cxjI4p+GFuAFi+4BFAeAHGAPUdR/YCfjjZ9Nom2Cjtj0BHBG8fSfZkk/7qUAA7WMARgDf7dmjzYVZ7ydAjwlA3eXdjV9fr2+/PkIb0eknAGnarAs9Jy6gQwbIk/55qg4ZQESjMHN0rf1X04crbgLAmwfgkBTzfKjvL6+VvxcsoaQBlgUUAAawOGEfGaC+YvSH/QsFDFIZoDTAkD879BsCKGFQEvtTk9d9nUX45SLdURsVrFMGFewEsA9QIgjQD/oJ+t1AqSCLBABD+XpjVRJt7OlCVGDZ/Phn+lskAneiYsq6lKV6IOTwfMU4UgA5Afz2IyKEKlAB+z/nUmYlgrLBZZOMP56BMnB3sIbxM/tf3SUA+nMJa/3ArBUg9oZ0uwPov64AslHyF0W/Nzs7KIDFPb/aDyCPp0vrK1MAecNVQ9bfNDM5M/78xDtkAF5DE1HeRid/W+3/krbCzL/1aylgDQJ4s5xgRjOnndYwUMcaIAYCmAGqrZwO/VI3E1AxZHWLIj7eNufUA1hY+CcBsDABYCxF9N80fjIvXDdKkHuxJdi4aU5AiLyoBCCo6d3KEH4HKZwoXsewMAE815U/udjVt1ykAIeXXHAnPzyt0v+9E+CoKIrrfQIQGAGAAUJdeYcIQGkQ+3+Wk+YAmzqII4APjJaIoLimCSwDfuYRjvcEcPjztXyyxf/0wuC8Iwske7V/oxThj93CtbpIE5GOh5+24W8MHJA3e7NP/LkEgf+kAlgzAvjONrW4gKXgs7WYdl1/3hu+1fI4XgCMEcaBb7Dxv0MkLrkAxt76P+nZhfctXtq8oewN2FmpUp9KLVNAx0Kgn/sNXSxYOmeaJl7hQhMA1YAJgMYCjiQWFxkIaUDLAJY1ioBXc5eTwtwBM35TACoTbMCsIQFQGlFGdhzSu+wOFIDP/YBL8zpH42VFUzl8yXU8BgNM13G8OXJrGEADd5sGwfFrP18/pgAinp4Kx/aPZyudsOSH6WPHQcBQN+YUKAVwu2RpEw7zDxFb9t4RwJ7M73QFVhKwXGAOyicD5cNVpgCMESji8zr++xN+2w+2aZKxw5cW6zhQAPYHVgIwh9tEyGajP6/6tdvwVJQARfRjr/8wHf81E5/bv9EfdwX2J00KZH/k7qRDWkUC0FIbGwogFzCHTY1nz/GvGAWoAJg/GCCeDGBRMFDJaSxEAK81VL40/jYzNwGAW+SKef96JPcBDRggeck97mExsHY1HOyDAT6DMcD42kzRbOt6uhD351swSwGteat6HBuiy5Paf04ATziXQgCPYwAR53NRIANQAsn8rfVpw8N/Cv9ZMCB1RG0Chv8Q8dtvWcMjcm9Oonmue2v5tocNgdZRYpcMtBVTcdYsQDbS7gjg/QH9ReP/vsw473u83e8L7OhBzu+x/R8TgN+YvxzaIH/PBu2ePRVoCcAMAriNtmJLAVyUBTQAqHyXKJtDZP4kJenmZ+VtM3dLEGvUUEKBbxFMADLJTuDmvuYoAMxfUMEH2HLAqQEDpQhAIxHACBkAYeY2usMOJDygfFDj0FAycgkg1oI19VpWOevS7vReB1t5G3YkR0UYw8Jme70OPDFn5CRlWgl0uobX0VHxlLoCbx0AWSQEVdlY1GCZOldw5HOC/E9kHPdFt9QlEiCqIXLA4ZejUjgAuUDJA9baGgQUUHIUIDAim+SJ/Y/Er42/t+rfrtjXYoHAbGWgLAiwS1WZTf3VoLTZ9bzvKT7Zbrx9GAP4mgIgmQngt+a8d+oPZurl1KC7TACEscAngv1nAqBIRZsM42sukelOtUkAI8C0y5iKEne1azJgiejDrdgmkBp2As5p9K+SAsAJO+9blAFLDNAEQBpAVfTnyX5zAYQKSiOA7eQAC5/VMkSuwv+49ny3GjBQRMkfiauapqGjU7w2sI+iSwGxE/C6nFxlRitUYMsETsBSYoIzwIsXlQBoSYZuZsB6qnTsV/nf4CwfBTaPS/6gjdQAmR+wsCJBJzQ1fyUA+rB8pc1lvhCo3xIAzMVAlCsAXODgYBbM/4AITFfnFLWeeNcS5Vb21TZ9/nB5cIO25dn/g+jBhGa6lwkgTQGiBrjpx6CUrf4/KOCypgBMrJG6hyFiIWfV6NnfsLTQduXXjIZ8O3C97ez4TvvthBCV9/msoz+2cwcU2DqvvROWgOh/meYASQYsC/InHlBNYPEAHolh+1kVoByJmYAAJnINL8o5vw6H/z4b2ASk6wD1w8CT87AQVDn2LNAlQc8EUM2vwXt47XazQJsDoqPnMIACEOYIDOxtZeOIGrXFxl6NXT43cUsRgDqgCDiUz+etI6Ak2AQUBDE+aWpkR5SNj3awqwnKYwBZmw5yXg8OWOYvQz6Y2kGe6bzznNylOflPtem2bMj+w68EYGZ0by32IymzzwGmGkAG6/BVAFzWE2/OqBqbnOswz3PnwQzYBLvJhnx/dmSs4DsOs+f27+nKS+ix/YMEKr48dxn051KHvoxb30gKQFvr7sJ7AExdSmOEFsAUAssPRCQPuoZIngqu3JlfXl5el6P/n7oA2CW4apyvw3CpBkcprIskndQmXacpjLOjeAtQquHLheIqqZBhqrVDeTDIDWA+TP9ZPf8Gps8b2z4uLC5Ql0G/kOeE9G2VIbD5I6XwaTvJs4DkbVEAbDj4syBgJgFcYoD+AQPQt4l8+kQPYDMd8g/6bCqf7R72uBbwoCmohQBo/4pmnneRuw0m2Ko1AljbDAAb/JMD0Fq01jyAeQ6pMsjzyZISeV+A9O6MQlYx4b2j7dNxETgOOE1m/udKCwFSM8Cg76CHKm76kvW1rLR9NcvPkv2Q/WIPbHC1MgWKf1O2MF0887lmTI4FEo+Pr6/dSUDXUwZ1yfVMXgVAfE9DVThvlVy+EMl/vkYJUDIBDFsC+GGjP+8nLFwYMRTTWhR1jYJd70Ib83gzP1rj/rJXm8dFo3FA7OqmhgAw+98UQ+n4//MfP79CAObr7YsASY8IW9YPoDAFsCl2Kwa8aN//soRvN+BrUKp7HMtm+nRfYMJ5l8N7KO9zwMwNFgLYrwtGB5LlgOiyfrYbAXC7WftPG/xx4Ri7N+RDmG/9mhuwCqF8EfjN2NCSX0VKa+99v370ZewxOXYY1PyfJj7sBG3rTwvegbUBrgfuf5kEgPn22GtjEHMA1OBwB+zDAgXYAdJBe+rGWyibaDnjaTn4DTiXUYAKgDBdCpb/zHKpgpC0/pddgH6cPSuAlAKA1afR/wcf4QrmQl6GSjFN9WTHccPkP7N+YBv6s2QARwHwsc4S3bAWwegOUAaM/tH+f0EBrGEx0/zmAxjoThqQvA2aT+UbFdQLQrCVXhBPiUAhWdexWX+aAA4CGQ975ysy2W8O7mHdS/bwB23PskDDXusYAfwZXdFjBWBbEgB9PxYmAADzAlgAKAGUZYdXEA/gdlucs1HP1n83GWhuP5koEALYDxhKHZAA6gQwniZmAKOAlEosQABwkYcJBCChvQVnhoTLtB8f71LFLY7PuNVKBvQSSHWzkxtvfcnB+PnUHvxanPc5BUAA1AOLp5SpGWQKgb/AW+ehPYyBPBOAZf8hA2D+EdIh7PqESqhqxVOtjcME8SiZfxT8OMMLsFvKVQJEBQC7L605MF+BV3RGHPBHHP9VAXxaaVsl0F4C5EEA2gcBebOhktw/ghr/OwJYc7ExewS8tfbD3tkeV5xH4HFoY88X3bH907FF2nOsrDiLfe+48JgAYBMPkLPMLgRw15nIvoXdXzbbz+wxqAAYZ/wPjADEDxBY45bbzEuCevUAbmGblJIqn7wGvJUr9rYS87Tb1hE42cZVs31d9lWF4Z/Nv5oGAVtVCgG8iQIQAXCVYR4CIJm/EgDfc1ajT+F2mD+uQydgl7cQlDFyKJgAyj7M3ak9KOWSEECiABxfxsD5eiZrVWxYZak9QQKg/m6MlOuqpxS71wCADP+M61kVgAz1T2zscQMpKKpsnUFT/uL/58dQAptlkNYD/aTxliDjP6KAR6P8Y/u3cUAsPV8hzGGTW3MC8Fu70OaGZ0Q1+iDoBfyMPqF8N/8wXXqwbrnSiCEfs/VZeYmLebH3Yw9kBc/5i93lEE/HKb5Dqs0DDFkIwD9IMdJxv7D9tCB4uJxHHwt8GcrLBW+FU+s3AvCjrJnbawiglxphIM/4v6v71vvWP+6NRTfzRiy7ylEAGOgwTCYAAAsB1CGUIgDqKABkEqDierUkAMBevy0Oagvzl0oQWbQQEPMYPLsAEVwgdyABpAMoKEDhwlhG7eT5Tg14hFvpqTj5aPLcAXzqxzFehwsgb+ZpVf9SCIBFAqLCZ8UPm0+AMjjjwMy/SZfS8qfhvS2HpDuBXloQIHkB5U9LA3ypzRzpVIC022EjCSLyQiDhg70WNpPejBeGLQHYM/Q3p79lBf5ALoBJH55XLUhiJw9hfXieL+1M+Xh0P8b96iLV24eFUnsRZIe7Uj1cgwDoVQCoB+cSpBfANgcQxmHgoDQ3k2cFUBepYVDcKzWauljpnygvn/cn1+Ihu3JxAjw5nZ0cpT0rAFb/xgBevXFeDwTyvF+EAJINLyCAZP/oDw4JYIsDiBSo+QBegEmAlDLUcXEgVgCMQNQeuAAR3iiAv7VxnuKe70vNHdwYJv56LkgCTvXIQdfLk2UAAPMABFfYv96HnUwXwl4TiJYAMBqAzVtGE/s90lpIDNQZNL8Bn5jZZrBmoFkGcA9H267A9uPg5NPFfXGJm119+y4/d9ig1+D1ZA83A/6AGVud+692KdnLd4CjprtegXs80BfmfGMWwCwCwNkMQwbsP22i2WTO+TBVQxGFFxErgMvqLfCD9pOUV/CheSatEsC+dfQqIOeZLZTLX58qlANgIrBAqwDIYoBaY1MiBLiIAEBwH6afsuzbBbmTWNZbswYBpYAJYOlIFUAduiNLUA3kVwoomrG/XC76nToZePqx55TwBem9eh5nIpcm7+rYj5NqfByqtw/jl8eZ4n8/+CPhLxrAbjQBoJUNhjoRAO5DeZDaf/PF5teEyyP7t1WCgJwAUNdZsOz/m60FmJTrIwWw54sv4jgGgK7ZMLMvrz6um6UAzpoDvM3GeFsSsFnAQtNjP3FUOjhxAcKwa4XvYNKw8pWqhACMV2uiBgRgvxF+OtAqAUxjyeAkGKMSAugAuNUyFUFQrgQQzR+nqw3oCABCAVhG/Gy2wdDHGcQFYDIpaBwxJbjhKMABAbjOVKaXTsBcnSNhVWkO5tkJ6KMgGKrrxPp/5oggCACwYb/CWWBH5/WRGsTYQiz+eTv0gwUsJ4jdeTf+Q/hLMJARVwv/vQlN87WyeuITb8C77D/dbwjQGgGQi5wZ7b/Y29n/FmYxIluA6ulH3//2o6pwza+hDN1/d+MRws7D1X6MPTPtS4Vw4TQH2I9dvoIfRbRrVFvtnwexOhrkNGGl/Lafb+UyqQZQAzZjtlhM3PIIQE++1Ox41kZnmyMiTr6VoSzZ+gHpBGIhAPQDXmOAmAiMgV81gE33ExM3AfC8XyHsnOcBVgY4XzsaR6wOFC9eB7qfswUDdGb/xRgmrM+FRud8VPA6L1V/8lQ3PbcF6omrAiD64ylZ+waw/QRNEfywen9TMTB9K/1tzP/XTACKgcsSo71l/5L+P8P2dX5UtH/G19pfWxjQ8kAH5q/3i1O+Vrbyusansry2f5vhX2DLQXsNkR0QQDZ/4TsVgAmAx/a/Vyy0OWWHVIyvCAHOt6y6WKm89W3Xeu8wKiP3Mc8oT29mPL8Mc+BZchPyXRkDWMdnfh2ibJpQ19OgCw/Y+N/JC9i6UeG1ZCAVWDG0F1Dn/Ol2YiwhNNIMcIkEgC6gUy0SIEEzAOVGN6PMH+ZjplSnbgE2UVhdiGtBrhzHV8Ytbqd7sLVTFGHshbY4k1LJgVcSv40RwZ+kg/e28g9EwbjgOWb+P9j0cQby/gFm57hg01cVoK0AmnXFExX+MHjZFr6CG6VCMjQR4SsuQL40YHIBeL8H6QmwEHEkACSa4+TmYv0dty39T0VAXkRLyTu+TwBkTTG/BjogACEgCOxPscexC4CTb17FAxhb3Lb/2G3HaIkIhRRjAAFoZ2zfh7lcGCABY4AWe3Eg0kyPoU0xW1/X1C/JA1ABsEZr02+i7V4D/7Tj6KcjYpdAJ5+SAL0QwIQsIHfU1CIAqwY6CwOkVsE7BYCrEhrHkRUR41b2ASytfBro7hRxAX8I+SS3W5lGccWlSKGlorx4j3K3y9bG8dDCeYDvkyX+TAEYBZTYJZz3foAeAlAAqTOAKoCIBRcQAsp38e4zJgTEhch+pcssWRJwPSny1BCuZRXmPP5HcBDyqUJ0p2R5uq7hOKUigG4AHpuBwhQo/TIXEEZi7i3X16hMKJxlA78NewLQHOA39EImnLQKcEZLnTE9zdVhHrEWrlU9MAPAp6futZwYo0vR/DCHfomQgtUO9tuu+TCnUHmEVufk2r7vgttGAGA4uuI1fhMtY551zFZb6hKSJLL0Ls+5xTQ7TJGD/L8mBZAY4AxHHxJA7MYGSmuc+W6ZABxeJ25fyi0M4/fQHpRtYkvrg9VjQLneRtgX2XIuBBNHbG8FewzW3c0XSgDyIjB9QbJ5xPZ364xZ8b98Guh/OY6bDvswfXxBViKBeGjdRPuP+LKnvK0D204EzkCbfZYiwvh//m1PAP09Aog3Vfi2ZFdd68lF9M0TEeh6uCY5Zxi8DNQfrQR+B9KoziLJ517kp7OPYPh2BUAwqi/Qx3EM0CG+1Te3+LN24TYKZuzDQkYBKKMkenmtp4j6Zn69H8Lcc8eKVKtbdF4XyGnVF2iVCFZ5wCUdZM0jNAKQ5hzwDvW+5SgEUIkZVB3AIYDpZHWAjRIADGOqwQDXCQRgEiD9yGtxAiwH8L51ps0ZlgIZWMh1gmuwRKobcvc0nWjbDAwewAQCiKoEpg3bltoO7bVsGv8HlgN8gpew+Q24iwqfCoUBNvyX2HYQ/dK8owO7BxyAub8Arw0qH+4qZy0JYPufvygBspaA3kgAB3vQlgBkK1UAfJ4Anp64VgvztvoyVkesBHBOBHA2Asj94g9brtmPkymabyhOHGS2x3f7Hbt6Y4ilTymVw8VAcZZe4PiaWQCM+PLSqvTzjOv9sFJABHGL20gAAdVXiSI9DHoZBB2fGa6z1Fi+LFzHj0/DhSkFEEDHWzegyNuPUoADS0mNgREC6JUAUhKwBAGc1yQgT5UxH4B3MhzWUgKY2X6aLKPjJWBRQAZPu+95diCv8NPtxjtKfbB04xzA3OjyPzWbeIoAwP7Z/M3F17UAGRe2f594kV2EyljC1L+c7yUBGvks2NmaIzgzmPrY6b9yXyJotorblfJSqoxnhDzLRn4CX/aV9z3A9BplQUClh234HID9f4wAyi0BxA8QQpDxKwSutDYFAEaXUUAJwLl//etf1b8Sqoh//eMfP35kzuE07FOSRvgD1xf7hZWh1RZ9K3ICUJ/qM1S1IwCzf7l39QDmmUv8Zi7tjxsQALDA3C8tybSK1/AcGWCZO+vqg70fOB6P2vdBsa7v5SAEcFYZUCsB5DmAAnBxAwFoKQB+yWoinYK0DGjifoBKADIX+DqlKqDrhEOUB2McQBMgKweAuWOvmhlXMg5gaLZ8WSQ4VjfN0qalTWysO+W+rqvGvuZuhlyplxbq1a8c2h/hQav3UfvHtIFkG8gtFlsCgARQlNZAIA9l6JFxgCC5NxBDV/hr1YBXx6zCM9oCSjagCcDXgwDZmoBkBGCVAJYFMALQZ3MeEAQ6c58TYAZu4z3cus5yJn0YBaFfJvRe4qmNsv3xx7/+2MA5Nv9L3F3AAIcEUB2mBL3vhjeKLe1srsuXQQ/dD0r4KoXgBRVG1Q4CoEcIMIxhpvVJ3hXjzOSgauD1pRnoVL9Kb7yRbBGwVQY45gA4A9gEnYbGWzm3OOjnECabN5IEgKEbJOzYsA+AVCDc4TQhmFI1AZwwNAMxAhAX4KoagH8GIv/PaZiHAUnKXMSx2Q0uz0YD4gOgObA0zQ11UAngqbPGMHJkHNCP/bViXHXajtg2qe+fmz9S/Qj/44X8Os+cIBX0wVYJeI0vej1nsPXFGgv/WXeAVAQARHkUxVqh4H5FV5AACoKNAMI3KQAi3XLgEdtSYNI0QAQHg1cCmIPY/wMCYAwrATRx7AcBMAPwKRJAZAA+Kf757nUw9sUzRHBSwc+PVkDV3a8O/2bYlixHMSy5XAHgcV9mgLxfF208gGYk9gBCdZLvYQ6u1a7/4xzWFXLf2tdXlpBLfyNE9N8XPtN7EgANQAhg63TFPw4ceiMlUQA6/xBwzneeqHNjLz/nCjAFICSFbiAZAYgLwAQACoCHi/of7MTJhYTO1bOavTQCNk7AJcJj9RJCyAiA2i6eFSdPduIBLJST2j9QJXFv9q/m/8PSf4gSJvuXZpxggPuYoOClaVDkA6v40XJAbQSAA92DIa/cn6zz3lZ+GYYK9i/64FqWAYsEfLV73jYI+H5ZAJczQJIANpZcGJxY+6gCuJXrcSh5FzHOoziwx7jBzpOp9wb++bxxztve2HFSMG8N/w0EQBvlng/4GlP5shthb7OuTcQ4eABNE+boVL3OoSD53vT79jqhkqVA05R11/37BS7x3KVCA9tbeBurdQsJTIOiw3SBJPT5a9/VVsH+VwbwXbv6AE0TngBtCJYIwJUZAbCVXyULMF0T6jRC8l4L3uUWFQHYbNK8oU63ImC29EIAz+HZCKBNyBQAsQdQTuwCLLURwJjZv43qav+XAhleJzyPzKNGCy4uSeQEb1BDrs5GZjYJqMxrATEJmVM1FseUtxS/vKezZksmbgzEo+ZxUdmD9NLKAJYH3C0LkB4QoSkiEwBwAs6/l72avzLAAQFY1Ko3lF3dHcbLKdlWnqB0avZDYbNtiB5mPLZW8GV4IrPX+wQAPDR10lNOLbRhgDpiddUK9QBu8ati3pQOH+OcUl99vLElkEAzh6Ud/v0MvHY6IdpeN/tb5KcQZpCAYIpYXfyu5tmEuWR0rpXZxxEqAdoWU5VLRvgNSE2KVwWANUF6IwBVAFypcAUmKMF1kWBp8Xu+GgNgr5cMI4FajrAXAghQAGUigJYJgLBBAZj27TkEUF3jVl8xyLMRrwZtoX2FBABAAOTkNaTaAOUAHBp0sJQErzsDFWmJMVH8OQ/YxZntH3ZRVNGirsozzABXZYBr3QeeEvjz0x1tTVnmSwJEkG4Ox0YAZAQQQSsBVHDn2bgRXq7rlP4mjTzBfNMrZ4YtekMtJl+hiGHvHo/6NIzmkpyBUPjWql+8yx0BHHcy2lo+PVqzqY5Yu/Y8pRAAUQsPAHrrNtfAxG1ohjLMY921CAG+CAGE165rQljypcDMHdIgQh3EHWApAAyTLO/Rs49xMoAApAthhLYg854JoHuV9QobIPUn8vonSiYAcwEYUADxL8H2gbNCg/spiJb1zFb1jwvBeW0TKtnDpYFUEgJQBjhSAD7MTQ2RHq1KTbxwBHNW68cJWMuEUOOlPrObUvOHIoJO/bQstaJMsDbHgdzTOWsD1CgbYJ9ogZccHNjmfTPO6CmIgkQ04IrvNSUE43PxPLPqT5mGmZ5shysDqpuQxQDkJ/AzeugLujyVV6wDzUicklYPxvmbVwKgj3o6zpkb4z5IAforPO0h/6KAMJP8gWMFwJMQLkVZxlBQpXbybgGBp1iv+o/T6eftdfbvwxNGAGzQPoy3Hs3AT9SN7AEESP9+Ui9zQXHPMNXh5SVEc399AQG8PHfDcxNve+k3ObF8joGSbKkkoCoAUYGFxYE82NgNPoAxQLwKAqCxVwVQQgF0OFkMAASglcAAFMAyDIgBrhRQYnjDfAAGrgCSH7dYuY369wigZBegzwjAkyoAMvt3N4QApmqJSYhk5kWEmj+fxfJ1rwLA+5TtuVTyjYIBHJ3CxvQbQY+dYCZX4SOp2VszwGczf4RIYf/PYz8VHWNobmOVNACDpykn3vi8HZFsNvrvKgH1yFYNcXJj0g7Osf3zPOni9PcFeU33PhWVMMEDOWGJHP1N2cCkiahnEEBgBsfPGO0fNTy7JQDM0E8V405FjzEr6IB3vgU6RjEMGD5Qs3COkNeK985j4N8Rr8rTj/Pt5JH2C1MFoB2/JoympV5imCDAiX4dunjZsG3zmfIQI+U5SO8bmbFTS7ng0rMDwGWATAyqTLJ1iCJkDRJLBPaSLVcP4B0BMEAApgDwvlMgkKHLhTzLJW9m/loGAKRcQB0hN4sWqJdSXIAyEQCdcgWwaYDNSUAk+pZ6neVbMcz3xxVcyqFy3olKWey4TspIPIOwDCnDeikEF7DlwDqjHE9oLm7GDuuX7gBxsyVHYf9hXKIQK1BxMQzcCj5pgLNkT1U2fGIkNRWeRwF1v+p+hcUAFJt54o71f0cydv3VoI/aP1NVPWiXV7cS2GmHvHPTubxLAGCAEMLvzZYAJiUAPEoJIJujW1zqEsMAx8hrGROqOMg0mBHCDFKKmosmHC/ZWMuakbypwnIAdBtDcwo9FwM2lcBoAAt0dFGPy1yS18gqb3H8l7gLSEDDSlk7BvNIvMfD0EgozEFSAHxDkIZOYFP8po0BND8cbiCAqADiqRMkAqA8BoCRXcoA8OUBZ+x0MiBqAZL5Y5dGfju0YzmQAsK4hT4gCBiGk+DQBejHssZMoPjXbZav2H86TqZvBFBIxwBBn7IqMvuLKx01ADKIUAL4K5uqCQrgCR+v2bcEVcAB4AYlIUydtnlXBpjVC1C3qe7rBrCf9CNToV1T4AcFgDkDUIp9IYdyDpEJ/y44mHtHbrFP7i9HU/C59YOWeU5o8VYCKwHEHRw27F54bY47CkC1XbN+XQUb9oVcfSkkGeRcUzk8oXJ16aprdX2qXFm6p4l7SrsqOs9QAE2NQt4UxSi2IYBbGE5snpEJBvEAnvi1Aa1kfZ3juC8hAMiL6VWWumaEvs7bkOWjglp5YPQTbghLMfVRDqgLULikAIBWpyBPryAA0byFYK0DWIwATAFAAjCuqxeQnP6z2Pp29UzeRAW8b6xXa+5MuwyJAnhpQpgoEQB5hRGAhADK5YIamxoSwDCxGoDZ29kIgBVAL4CLpATgeQnkrhMGSHYviYMLDkJ/0kWBxQuQIUV5wBogPLEAoHKeKg2yMAFEYCa4ZwkQ3x/XBTb8WeNqw7+gACzultcBUq4AaL1mcfWiZiYE5DGfbKX1uMsvySu3/l3w3TMfItiSFoP0f1qo+24R3gMCqOQfD2ynckMJNJssbXgJuC3iKgqA9ZgKhwYeQsfww1I29ZO7VAMGOrbw6vIEvRt9kqp4QulLTB8VSINfL3wbh4r6XgmA4bEiYM9YQwBMAPMNLoBUnIh2EQI40WvApNGXoa1fwiAkUIyBvfREAu1+3sEuTdjKLTPqUMLNPACXJL41ISU/igsAdIqcAJotAdSMRex/UgVgy27ICC8OAe93JUCpjXZaIgipRdFNKwEstGsllQiAUgigYsu8ohLRMv754I8zNhizEEBaPGEphDOVAN4CCCDqMFg+nqEEMA3D2LMLoJ2FrBLQgoHSA/VpuviTG6+D2D/QMgkELgOBEzDhl1eWbP/nHw/7f+XHlhXfLQuWYAYvMAlgqTVXpIarHhNNbeWWvqkNsizaAuACcGi0zGtITxPu6Vf8848VW+lhtkxtJAAiqldM3VG/rZyYjptxx/8RGAAGNakI5JG/TP8YQ/PCFNAIWWM812FMCeD3EMIQ4aZobhgQU99kAJczgIN0ZO1UuUTaFIBHMyA8/8YEEOaTb9QFmOTndE3UhSgVuVdZT+aVV/TmuGDTIaPs3RgitUAKhEQCZBvtZl7w3ge4tGM4kf7QrQ6AJWrr5HeC6QD1BGBi8mYy4JRlAUr0zMBvA2lAg5oFLoDVUrLEGTyF91FA5Q0lgJARgFUC4kLBqxrBUKP+qNfpfj/SrmIYBZgxo2tYSnctGQH4fy4DCKAy4DnRaod6HFJnkXx1EKiA9ZOzB0A0h+oi5r8uAdEtY88SQBggqr66hP3/sLmXOcTpocPW2RYH8Hph0Kvv7Z/smS69suv/aVV55c/YrPiPI/yMQKk0NzQWlNX5x79yrA+HHG23LTz8GrhaGeDDM23JY39AAJfVAdRlXbFH/EYzwpOM9Vgw5qf+Ms/SOv4MWZcUAFNAvMJSPv7zXUKBn453KcrsIlgjYqxwBvLcQneISLm3XqcCB163LtJAgexrGDYEELcJzFW40zSy/cMDGBbm1ybMofPyzypuqKJSQqrbXBneWZSk6FEgME54K6kQKGKVADKGzCCAZZni5jo5nRRD/JuJACqJ8F2FuifJaC1rJcAzrH419NVUrFxOSULZICeAZxBAnxEAzD5TAKkO+FbXFZuqeQBm/mL0Zv4K/tzSr1bnWRd+7WjLR6FEPuY9A4AA+tkJAZzPOa1Zj1DJAQyO/DhxRtKsFGv+h1EIoJr4xDMff2viyZZiat+B6GDViqQC8ixAPvhnIiAbiLNVNor+VpYPCUCRCOAMAijvEQDKgOP3n8ZM76uqaJp5jlMfs6bi35hBhEirYjuXarjI176HlkMrJBQ2xK26DFjxoSlBAGz+L78H9vgQ/ldQsR56yxsWWQ5RC67waHMBiNogdYBz5P+eCQBzf261rjUTAS+AUaGULWB05YF/mKCw4i6EEO8CXB1fLgmBuV8o/028I4HAca2hHMmygJYG7IQAGGHmBe2ugNq/S193tyWAq/zK8R5VOW5CAJtcXxoR83X04faptW8qhJozg+8UldX0oTYCSNiWAnMIQJIAHFZXu8feDN/whPGfwR9ZCAAoUgwQVND3XEo1VDkGjNqBw/iJAMByOvgbzlID4E5PYarw6zEUzi0jYeJBMYEC6sgbjE4w7AjAY2q4PwoC5jMCLBaIozUuIEi37xe1ukQZ4tyQh+SwR5DsBPzxB74ma8vQrsdDt5YLCAOoP3v5rWEPxzvHudkq3ObffzePBQTwbXA6LA9rO6it92MHR0rDg9ivUiXwEn6HD1D47cBaGAPUK8XQZS16woPXv1JcrI0K+SC9AGZ2yKN1c4/P8TbXHP+zTpVoVwX1OPboGvPKE36nBUCtbx1tIn1vrr+Fvi6bnATsZ2EcMKNKsB8lq5rsX1IB3UYBhJEJYAJSzy28hPQD2BAA4idXXRNAiMA8gG3oJXUAzCP+2jfirJMB9CKtui8uwJYAiLZZgA0BzLx+1QICkGb+a+F/bv6XtL8IB2gQQKAtg5ze2M8ggKHaSgdOCXJzlp7NF81F6s08h0bXBU9LIEg9cj0UVEjvls5hZjU5N/CSEK5jRVZNUAD8YZlhGe27aakttgMXIAsEWmoU0EOcTTjpla2XyKBhwFub2ncVeE6i5BZz4AgyvZ/02k5GAKAAccULLTx88nwg558/vW/1fX5z6hH/PxQXpw+QnI+WdwoRADkrAPIkWUpKYgChiNA7UjVcgSs4XDMRg60eOPGR0C6/IwbugtX3ERiEx7EvThI76JEBSLNPr2cJBFTkMNOak4AtKwCEXq6TxK+qJvSeEgmEDQmE/s34CjvZ+xuv+jmFGTwnWcBNIZApgHIsm0QAMpnQSL5YFUA5VCLsn7QnuAaP1ANQI8cZgL1bvTyoQKYMGgFoFE2WD+MK2VA2qAZepU17bzJQMTIBZC39cGT2L1aPCxPzwgDZSIhvRQhgGSPZRvbOu4yBAOJdTACXKikAi2wYhADoNE5FQRWiRIExYoX2bm7iRTdwxpedJlQbKQH43NZJ0R4uG0BbF2CjAHA9ywHgYUcKgBxG0IFHGa5JY/8Sn0vKlBaLz2E2Q8Hgn6XyOGbp26vBFY/ft1udfjCBVfa1RJ8sBjAcP0H6wf+Hu2tRbBRHgkgCHMlgxGvwTTK3s3f7/9946uoWjUJ8k8xk9x5lDNiOE9txl6ofatVW6M2O3i/8ShPSblkovRXSjtMO84J0r03INMm1Bk+XECjvHmxCsTKoq3XG4NXl077WeXo2v0R61BL4cy4J4B5GwwQQFtSwZsysAK7k56/ojUn2zwZGaQrxRet6DsEYJYG1IIFTetAFFAci4a2TgYQBjgRQJwJo/AygV8hJAXRMAHOjC4OK/McrzFnAmwb7eVo8twHS7lk+J/xuOQSgCkCCgN1RAVRv1wH4iaYOoBtA1v84OYT82eazBGCoBNg3kCKPHvZOQYBrEUBoEQJY4mSVAHJyoytZYK8CmsbaVuMaBCsIYBhCSAcIDCJMqR9hAZnwjk4TesRmGO6cCxCn4BQDUIF4jLQJgwCWNgu4dMzC+TxJyh6QIxVXDFMwkL2D0yE0/XHwn8P18fOR04DFEixNXQ/7xOY7Tsjk4FxyaWduTr8toDS/jQM4y7UXTgTigzhylXoQiCBnHFiihl7T5bm1H8CdywBAAGsY+2fMu26WBUtQKIgAMIeElOa97qXMzs+5UGAftpdapy2aWkmAsgNDMec5RCKAbeJ/s8wEOBJALwyAPGAmAILT2gwbw64AxrmBC8BU6pmfvAYBpNwfoJuw/QTVBqIKVCKwjJbs4saZlHhUAOatGEC8+9u2cCXFAUftn5H9fw0DOKM2xKLIggBMiMu2aB+hdmECSHeGVboHPWm70DIJkOcBZAKw0yoKYAqiACITAMwfBJAe/Fh5fEkBgFp6wQF6f5mNw7NLAijpQ1GOu3SOHzsvMmOVAK7WqgeKwy/BuFIA9A9Ywgqrp9YhPq5pAJ1e/vhjmujwQsD+wUxHciZD9OgTUTMDvOZjmLXe+MFpydJO+gGiGcAaBpMLgWnQZEEs0I6V3P0nSZWZBtfyG53Ty0LGIK66VAKaUbr7PQSQ012cHinrAGQ2gOdofu4umN+0a7IC6JbF3zhj4gGNAHgKxu8Z/mPylTmADzkOKA/jVJiBnk0tgWJJADrQyffvEAPcRKtLFUi6HIr+OIEnAOnpab3XyTumRFEAJq5EAOP+W+VjX7ZtCgZpfKkEEA1QQgmAcgDw9XC9j6wApggXQIpPNw4CfKlemdh77V8/GLZJvTjzSAHszyx+pQxXp19n3lg1Aw+UfwzqV5du+3PKi81jorTMAGw12+9i1dLfJFk9WT6zwB+JCCYGjoqQ0FGopm06nixkHn/47yEApQA3vWBUEwVgDWcBMbzLF4n2yAeCBZaWQpDO8kwbP2ss6yoQCtjJnR2YdQ1dIyQQI5cJTJgXFO+VVrzxJUEWI5cvyRQ0BgD01uxRj+hDYALY/I0VgPiAEgDwFz8X6bEbn/qiH3iTK4TOkEZa24IOdSGWOU5ngKMCWJ9JAcBUCeKzl+oftk07nOaNrrq+Ui338wDip40VwFFPoMBzaoQAdgnQFEDByU4AG82ltCHgEbSA6odhnMbKJAJINPuEf23nKVD+2t/F8YcMkKPOWQbsmxYGvKUAjuq0nBPvjnwClJ6JzJsqZIewBPYE/NFHxiIv4PNRc7kl3khcJ1roBtQLrOvzSnvZAREbQ1ughC7SP21uQACMD1j9o38ZRfWYAComgCpyGnB50uLZoxfQLsDYtmz/yy5rx/EKEZtLWvG+x+0QxRjuqBruIsGbyq0LjTf3kP0Ym7E3BpZn9yCAGciTnvJ7cj4TQAQBwFQV4KmyZVZR5rOvmH17XQqIwz7b9jYnYgEBoO4wEwBfgEpDW/Yl3vy4oR+Q1P2Vcf+RXSZcxOhL70fEEB7MMYBqmPwCXQFCyQTQ+i1O9ZEAcp1D0Rfsss8E8JxENhbZPGc49udpDACvc+aU5pgU9p+u7+t7eRYBTnaaASg8A1c0BZW9HvR3KKqdB04rfBc7awB9OY/MxliiWXOsWu0/hRFA49ZBNa9TQGiFKWDlVmdgATrHnRHAUdB13Oew22zlnrqQLpV5ZcYftX8Ng9QvLyFBCGA1FS9/FRMBiJSkvecsGOWzZkmuYykJuudVPguQcADvmhi8dcLvUjDot6Gq1rgkbNPeGOwYventQDshgJfAdQDpygkU56qcyfScmo8hbkoATbqoAuAAgKYBLmLslyIXABlQ8sT+iCcnYBECCP5IAIADAQjMQjHAsb2qVk/77CfJUQZ33ulFeSEBlJpdAGLMiJwrE0srWcDFb2HdOwhT6EYLmnT4B5dzHYCbRjDADkPJvzDhZNkkaEJ1t3mBYB1dhat/qADKKukyBiBRf20ZdOy8VVAMDmr8rowrEo4EdcqxW/0xrUVp7s5pjsHJDRl+zLkvx8eCH2fwpE2DaBVV0ewZpw5UAEIIHY/+aS8FnFGBgl+iAL8Y8gHUBfiZUb+UTEwAhEwAJkJ2dFIFgOmzMnv+Jg3jZHE5ainP322lAD0bs0d7xZeY8md1Dh/YKcbRVtU9LjyPtewMpp0D7ZD1w8uKGMDGCgCThKpF3oiuDLRtxEqiABp0LsVXWZOAEu/jU03+XyAFTh7ARdIAzHaiAOIrAmCUBBAoBjiOWa2XhXt0VQcAB7tXQQN4AFQgPwwCQBBgW0bMMIDrxQSw+W2KblcAMiWY9gVExLU1MS+Flx1IA51tqazzJVQVcjvcRZkI4CA2ZRD/gVU8rgUkHFyA1wqgaAmGnZ4YgdaTH/FqRMPJaxRpFePIEG02fFs316srqpjegwcFEGfgHzzW0AL3CVryMiPyzKZPFzjHncxM55TV7HdQEwowQOxcVV8QBXxs/z8c9rHXSOj1NQEgRbEmaX+Zd90MKYAqW3ldl5kJ4Img5s/HEacFUHrkQ7jHIbtjsaomzNeJ06uB47SAbML0vM8FcBYXV3l51kYKIBKw0hWtwgHzR+nwvDABcMkPa31dKUONg1fNlvJgnx/yXlcGIALYkDKNYeuEAHLuD3kYneoSghJAi122fhnWdfSvYfvYMwUcuCEjKwDTTH4bISIWzQJSCMDjW+6EAKABeF/aPwiAJgNRewe0aHRuIIzfn1+ceACzB8lzN7SiG5X7t8PiWZaaQr9rXE6jgIAqAPOmns336hEnZ/vfn34upjklGK37tK4BJxlyBNy5tqbHNl7hwsM1wxYIzwFIdCAL0c5gACRjpFUzccU6hVAnH4DCgPnvnHOYzrxLC2h45aougIMLELgd0PKUgn46jogImAlk9zCneRaJ255wfXUyLtwcdIFSl9dwRy0xNSM93Knftl47SkMBbAnp5wd4AP2RAELHXYuh+UEAwJLAIuDioeZvYvY63c/7Qhuk69FsQCM5BgAF0EXqTRY3v2UCUGELAuhxDcH7JROAQkXRoesJtswCFvfyo/qzuwKop7iNdKf+RiIAhACwzuhVCYBxKAP2TACkvcI6o2XzAIzUoOllQQhwwfRlT2i60DRHBfABXWz264NUQJYDyvenMgA9njfz1uK3ujnaH9yQtynqM/E4CcAxAOi3qYHc5Mn/XeBLQFONb6G7gRxoXFXbR0T7skCNkS43VfuUTk8K4P35QECXMCMXABGHTACSBuQu06ojcX5Yj4Jk4lwmt6V7iYa5cc32D3B/8NFH5AJDgH1OrrJbjDQnQSlNo8fiAjx3jd+AIcE5VQDaEIAJwB8JQJqD5znA0vIPZ9gdG4Ic0uVFDMDj6IUA0jn5Gpu6AM4wKpg/rhTnWDBNb6fB7M7jKmZu6QLUvKuxk5/gn057rQ92a9hG6QSQYwqj9wgBOIkBaCVAJrcijksNQcEA8t/gmu7uZaUWx+nMM25MALNWpENjvFMBsGth92KZvNNC4LIOwGolYDlOf5Zdfj7MO++lOBaX6pt1JScaDUFg+Wn/LAgJLDQp1sZ1zmm4vdxod6HCbHICqKq+xv+0+KyLroEfUQAGY8pLjEIAnAYEAzSUBVAlKePijXPJGXy67HGAhRlgOYsBGv4x3RHNwesBlDhFsn8/GcOOTqTgo76pIuVzJwJYgEEYoGrUBejWSPDL5hutBERNKAsALwbfZTOni0/HPN1POYBvdTk8cDSgZenorhjH77oikkJnu67RY4GkQv3ndB+buOY6FGz/RXQQVykPRhAAvxcMkCsJvZ+CyQpA8oBi/uXUZyi4J158kOTSd+6a9v17Gv/vVc/F3Wz+FEyhb+nlvMiceW8JjZFqTeXyw/iPc4Y6eqULzrf+W5E/gx/RVa5aMxW1iPDUB4hn9WBLDPB3bOCALveiA4GDKugwPy0LdfOaoncVN3583Xwl3/qIApD1DacXrgSsUApsTYcFAcOcCaARXxLHg/HrOc9mJs3SEnAoQCMxUQOAdQNJ0pppI8QJuXzJe9CfNm+shDQ973UAA2Bt1ckPLgG1OSCAhRUAGGBLyHnArP07bLJSLnwANX/sGV4VQNroffPwOSKy6H1/rGjMFy0Ftmu3od67zdB6H611qHWdpJ7PhAVepwbSPTn/1kxEAOnXKQUsvpkaIQDLS42r/BeIJID31nJ78u4lUJCE1rbr7i9exn/UTOQYgBDA+Vtu3tc0W775aVM88AEsTg75ww9WIP71MG/IIfO2AkjA93QNXM7Ky68/C/7+dz4GlgE3KTrbc/D0P5vbpmvitG6mcmD4UgE493EFINTxmgDq3BFs5jygyuEsIWnbZcCM46Kg2BSWnNRud1kYtHtX8GUhAnD3jRCmahMqEg64T9+2zGdKAOoCMAoC6GgDAcDWn1ohgEUyWgjzZxIQ499v5DCH7vOPX1j+85uH7WzbOPS8SPLZ99y/2PWdbAsEkK1fjVmtX4we0U7s2P55r93RDn2CzDjFDX6BJlwpBNA6x0FAEMArAXCs5UJLmhFVAH0a9hGDenm5W5QCgKZ5HWWkU2hI+lnzoA3vqAwEHKOBGa5sC04b8N88/ivMD3QK8zqd+Sl2HVZ0w8R+UADtFGjkiXQA7Rj4r6EqI07TSARAizecXYDHMYAzzIGltSWgEsB9mhq80KNZ6KBCr+iSrZ9OEZPOI3xLkfei18XCV6WIZaSWnmtYqFz/fq3sFlaPETSylA/khBQvFArgFQFEeXiMIIAuxoYmMFEmpd0VwCwEIHG/TuxewwDABfep4DlMBgJgPNc9cNy7IbwxImoZgBCA5PzZ9y8CfgQYfwnhAL5oPNDyVDIOAvh0p0oACgGsd2lKTwqgfaUAuABin9O9QAKAAUw/hpdk/aNDeKEeMbmTQ4Do+0pJql8xDXk/Om/mlR9gzg1BlAI+H9fq8/B+mlIFgCmtMwyrCwnfMOwn7E4ARV1h/XS2c8AlPSERQEwEQLN60TSoSAMcFYBz7/CgjD4oK4NKKfC0jgarK6+yokaZReKjLGfdPCm4MIVbSc3LtmlYAJOFCsgMVlNNHfxNigHWo6elR3im0Z2EAF5FvauqYynwwODVwZUAmi4daAQj8bSgGwjZf14iXH18mSEvt7QEEBDPS8DP8+z6jBQkD6jdXl9e/Hml2Cq3vjbNSkTFCkCsX0P+VvZuRx4cGb0ygLU5BOAyAYQ1tjV1gsxACMA5SQMKAWABYSHuLADA2Qu5dtQQlBd6Bzg3DvuH949rutAXMRRuzrugT+C2+TmFWY76RqEKQCcS/xkKoO/fTQHhQ0TwAwWQCYCSAHEmoLkXRP/zDs4IdlwbkA5BCQBBrC4kAphdVaHQ63H235xT/o/+hyaXAisBhJazACuNpbL87C6RtTtIJgLOA3A1sLgCRAMzyoSf2tyTa2EnYN7orAVq4yaMN3FyhqWyb2Jgm+/jiurkKe7J30MpsBKAKRoCUBhxWVi2LF4kgNh/oxzAm/b7UZeAPS6a88C+Ap63z6JZakumHwL1TH0x5+4XBwUQw+bRv08nSWbpj9T7wfyLzpk9rEE4Qi7y1OwPRSw3QBeWVuPSdFME8XAMoC0FAO2z+m8zxgTu8gEhgCZUmQDI9iEAvBcC+LgxandfkTRaSoCd4M25AGpSn4xEeKkfgN7uHqubiE4onwOmNyEAz2U+tyZwAgA7OYZv6cItJ7uAEwlEc16gi0wABgRQpEoSsDtDOF7jK+dybXdnArhjZjCWBsZKizOiennY10RyHlDoIRED2uaKv2M7K8wtBl/I/ydSBzQE4UdpOuodOYAwVa6WkrZx8w07AxWcgXVa5XU7cp+kg+rAMCUBhO5IALPXxsBs/2z1dFF0OgdQKwDkLWsAMOue6/hCBckNNVaFyZ8VQIJhAliQrSOt3koYL3v9zua6F2wCncTCpZAFA6gCQDGJX0ZOqeJTW5o4LdLIxtYHAlDrJ3BHSrqMYA+mgN71CEKQV7HAI7vRxWM99A0uwM/Zv8ZEZAkL0QAKffv8Mzgv04DvUx3v1SZ9QnMdRrMTQBMf2H/E3JLPEAAlAXgQQNp3CRoCwI5vgQNktgB+KE9emzEiekuVQAkaLS0+Mt2bNxsVv1E44ZKVIfRGqSHuCRioLXizJHBNCW/NXg3IoMg4NAB2BVpcgQUPMj3gNmqHqL/4OqGyZ52rWubKjYTF+3if6KUNgWIBlnXUBGEEUEvgviCALmQC2JaZKpZlbTAUAjAXZK9eajAwU16cgY5JQKxFpwiybMCTYEBJAVAlV/A+2EJzybVQAONSW1m4h050kqOQxJGY9aquQJEaPBKAva9SoZTRrZN1WgfQkn92yACo+aPTcsIVHEDrg9vaIqEy0POkArAhBiACgA/Q/eJseW3Okcv0VfMAOCmXB8f+/caNp73HUvtB/hRbObXV9k11RttgGatu/jQFIH9xxWg4zx6tWsnuQyhcAOy/dewHPOMrv69Lkx4BAdgnevZjIjIfWIocFJAJYMXKYFMVeDaQx8Lz2kpPDk12AiAqdz9goUu7Wz+mvmMvd+EIiEpwFUINoUkWXotmWDIHLHGdkoFbRAK4WxARgLDhMNSlC+A8SgGZABbSS80secAFshY32MozcMppV9p0NVAtBxDlkN2wpTakAJoQGm3IUJajuYySAGD/gC6ICRQMLkdtZ4ECsp058kOJsE9YhQAcFwLJ6iACmcSJ9a4N3I+ROv8mjPR7SQUg8wgCuLEGuHnOkMIH+HmYQ/cPu/cTKFUAYY8BFCPW+7/MH4raZXMcN5rTOVrzhtPua2uvl8V9Rp2RIxgmgM17ItoLSU5kAukqEcAcEWD1Lwpg/x/6BgTQ1KZGj+Dql4AvYg63BI4C0mSAEYuDw+xWDujP80FLqg7ATioBhAMEGhSQE26DwadflAEslYmg6tg5JoDLLBQAdPdpNNyifEUQsGuyHNpjANumtcB5MsBC9HqBBNjStkgaAAoguwDgX7ZzGf8TxO69ThXwTAF4FrHdTgBhTXJS/nRRHyMOgHUhUKYTq3rrImfWER62gFUa0KUed/tXBbCsYb0nFF1jrvjFRRJA+ZqbuVmX7Y8oAPY/WEpnDiYBIYAZ2T+OAeLQ0Ls9vbz3QyiL8wFFYX/puL7qCcr7z8b+20EAxtXEiLY90Qf9Ay3LEvcZDJDNn+bZLt5Tw7XLDUpUqoEADglqKKDjuQEAutTdQlhf/uhaNH5tGvdr4RDXmz5/LA0IQEoBtSOIEAD7AIUCwKCS7X+WlOBSugItIVk87s74oqe5sZCtY2V3t3UWT4BYYIv3u0vyPqxToFfWJfBy93shkLlXjBHLdXZcCjjDhJ9EAfjNaxrgBjSMTgsDjnfLmQfIEaDHoXdqRwSAxVsqbYdpBAcFYIgARgzfTAA6+h/bXVh7xUqtWLhm0y6PYhdKAIS9n3SMnpHfg+8C/ddMQQBfmKGlcsO32pCa0A8jYeidkXt7a8cWLkAOAtA52O6UN/qAgUqZLyD2lw98fl4YhFC4tJ8H9bOkzaC0Czi/Zo1V/loWsCy793HcNlJfMy/a1oXCCQj5wJEA7X3KOpV0+R9ra+zT0y8TgDmycTtNWgk0hdGgIUhoMEqAAHZIMj1/uVAJcJYAl0wBYvaLHGXPT0EVq8X3tuXyorQnBhARsKBNYqRqAXSquoeuY0pUAqju2hWQfLZOegLd9mmL2+w3rgRk3Irof9PlugAG3e2x5xpgDzughzGQ1v3LC0o1bqsxgzK8YYgCEAIYx7zIidq/fqeI+KIfj6rXfd9iYzWimAPoQgJZAfhYW40R8KGNa8cK4BAD/JJ1GnX3GK1O5QEBAH2v5UzG1kjZwAGgYjTOBYSuUz/nVO3/PgYQ8FNk24+H6YB/sgIAjNbNOPNoBQAtQH8nzPuClN+9Hcn9epqlx3+neUC1fSiA504gfkDaUVeQP0LrbLK2XyKAks6LQoBqQhogIA2AxXWL6WR8BGARPB3Iz+CB5WDluKVQ4xfrx05bW9M3ViTAvK+fBFc3RCKAJhnMSoro9dqAqzl0BIhNRBqAg33SFlArgRq6NPADABH9qgtueHDPEsICcLhJHU3riAAIqx+KOgxBZRmOCYD8SBT+8306oLg2NrUzapN7VebWRHAANmiAXuKAjq2ljovYv5Mj6Yw2hBp/X+YCfcF8rYx5Hnk9min5MP1Lsnpg6A3h5f7yss4GEwFnvGMZ/v22Ubaqm+UVfjDOZNSYhBbljamMUIMs+gF8vgIw2D/oWf6Wvbqii9DP/aXzfW5AuUUa8IgAApk3GKBEADqJBOIsJNw6uMOtsy01s3WfYf9SCEB5QE0DrJX0ImvGtlQAGgTssId3yTsd+bFb1PD1DOavkABCo4oVoGcjYB2pc2KAAqirali7kgCQBkgPMxYKAjTwAbZZVIpnLAuHAARFRBPmfowBeOECnOKnQQAipU0iAERn7i9BfCns3ZkAIhPAXvxzyHLbGOv9GaoARJfaJfrdOozLHNCLgvbeMawGCcjTCNGCAHIEIDMAtNg4Mn+MVYjVluxfNrwi36/BDJgJNG6zl6FfyPMWmnkupb8a7rvycTpbuvgdOMhp0RT0T68B1vcCnN9I2WoAx48q68dAnPbCElQYIKGYFhD2aQE5CQgZcGuIAEgBoEzFglG1DdJbKLnroAAL/wV5QLTq9FStvE6GooD3afWSBzw4ANpmQmYG0VHtnzYd7uXOfMYqX29JKSH/mqPTilUGrnVD0e1Y1SFAmkQ4AADpf7q6ap+tXkdUUXbkUuv0PqkFmrdcCoRDc/HaMTcXAWiEQAgAwTB6Eu5gY+qpbjYh1c8WPuXebhKaXAjgqn0+jg3vbIi1IVhR3wrTO34kNtlZFSvvcwxg8CJcM3rLHsYcPBEAZgLIp4k9wi1YHUcNr0xADvK97XtLc4Ew9N88QARwSwRgyoTzRwyAnqU94kvzZ2gLGOHAP5kB9G//G5VvCsv66ZbAinGaYmANKIl8jO8ggGz8AvUHSPzLGsLkrFJsvmtpeZD0/XTvUCAPSwDlTk0D3LsiCog04Dq30hlYcdG6Utljt9s37xR0+0tJAcISDaeqJGN9nL86MwF4eglrSARwp9mCE/qiNQzLMQCbuCvzaserKkSsHQ2TFgIAB5DdsyPAfoAsAAw7VymQ4MX8FfhtEk139Yr27SG89cEfFcAaRx7/LV3U/l2MtTLzGfJtEwoQyxBSoZubzqAFmHBo30S7E0BCo9U/tbS6VKev7w/Z8xf5cpBTMCwLBwI92qhTWdZtWYTo3pluPt8vxQ2F6C8d0T+XAMxPPKTc9ZDylBcJOHv8j/0+TevEaMwojcCAZ0Ao4A8igHQhFiAFoBX4cAeml250NhnKrXGPGfhjdQCYYZrMS6OAdUUCYLrHFi6AVs0x1P7BB2q+2b7nS+HwX+Rm2uDq013iAchz98MFgAuwBQpERlIAE15XA6eIAQ8gQaOAxmcCiP7ipaw39wXn5YsAnyCy34v9Y+MTPRbYy+nbsgeAWpTcyArAWBAAX47ebRs57vfDeeZujLXMLzbiBDhMr9UCW5H/+AN0s/FO8ykMyH+xf1MogEqxyW0DBhg3T2C6XHwTaOEGNV3+Rap93mdQhQtw8iOM+TQC+HiArl6uITw0f+DfUl1R0/gDeUQKPqSdaXnsL0Z/UQASBIAjAAJQrRqe0/DT1cY1lxsI4BdQu4RdAdTUbVCWBlkp7hbiWjCAYjd67G9FcdAT9gjkJRxCAyoNZEYarrvtN7Q7aAs0FPEUACACCGEKtIZghzoABsy/L6KA4x4EaNIrVgIgbAu+0bQdm3w1BBUAzZkCdA0hSQyGhir8tz7hXAecYBnOrs2oNTwuJwlDtO/KLDmigCaqtRMFOKOBgRLyNxuuqGL9/4U2kv+w/+Pvd9V245XoaL31ISkAWYxc0oMLTTZFX3BaZSXQStRF9A67D9oanIAyuFfWP4HRygZ/ny/5z7BtWFcyxX832//hey6KmR7Zv9zjsGcCqFIeWcFTAWngT+BxX8Z7nGbcfHhOrmdTG4c6POd+iQAIumzRnQigi2svC4S7LsrygOgLpstKHEVAc24VQBsIgCD34V494sB+v0qJYtLKE3ke7bwmAoidqe5h8qayK3kA6zfGwHCmCoMGAULoIGRmuO37CoGbP04KThuFB4/xfxzoKvCF+UsEkM58EzrKDm7SD+wkZPcYgA2+1kl/2d2uNwQK3gP6wSXUu/HAPg5K/Jy7BsgDEOdf3P/aHla/s6sZptp0ISNGX02+7xHSQGRwoFwAPiLYf4OFaLMRZWv9qIUavIlSOKtt8cPqJv1VLsDcdHFd71iNI73jx09WrfwWAxSlYA8FeWQCWMM6XapLkECfEACuPPqLzd94MkDuF5wJYJqaq3EYLX+JAGxN2EsyEAUkBshBAEyGWO87AXTaFoA3QhEZ3N0A3gP8TSwf0LaCugMuskM5ILUMCRNJAEN1QGTosUuYfmdwFsA5W21rfkv0UaESICIIwKLCM7gtaNrIsc3mfFESkECgwIvrn7sHCEOl+3jdxkgc0J+K44wqAGNXIoB+j//zo7E2ffVOmMHYOgRRmWUiXW0Rmyp7i4Rqhti/kR9yTUXjXaj7iMJpRlMlxn9+ccOAciADCpjZCVgQBBwTDjmjV9Gld/vT6gIARwVAWyYA4K9xARpPri7q0Smr9eHfovUC75iQEKWrRQjTtbo0mQDOCB3MHxIgXVkN4LsZghAAzOZXCMAYMIAWRsUJMTYNAqAp0D20tEDoWy0B5IBTvomNxf6c9mr80KI43e/WyEH2rou2e3ABmjv9Y0JF8+8dYoBd7F4yARB4fskkH3uPtYEa+mJLjA+vyAu2WUDfbLbni6wHkJuE7sbv807tnxMFN6bn0DSRCWDUOi/elAC2OicEXPYio//+/QPfse9DPYbVlBX1DJ1Yn9fVQC4QqwI1+YOH/7832qpDCG6kWonBNjEj0VlFjWpX6qu6mJ0B8qLq3gsBlEQntz6Ecwe1wrFwpowBmM9U/9lCSzTcc+JlWlckO3+GTeQ/8eMpgRu/FCKAuqLG3lTvA2gRYMAVZp8vnSzwim9fiBQENBYTca0zv/ChWIKyejvBB+ju6TxOYapqNAYNvkgDqOYv7V+MX4CiQByVBIQDcnj6qWCAhqDawqOpaCRqXhGPnFYjMcDw8vv99yldyfqxatAhCLBRNXAneQAar/lFSTrLY7lLLgqeyaJ3JZO9ASGAhJ0JSPoovOd/SBd8ExcnVQBlQMwxmAAGqf7Nq0K7uFUfwRDHLVA1tDbN2JFO1f2va+kSio9e839jPThJ8oWwhmjHEGOoLa+YIB9MdU9vaTVNDDEMqHCmZMB88zMRQNPdRkIx+fS98f+zH6A3CnG9V+a6ornVn4yui/cJCNSc9jPK6h7DYu+JAKx5EoH/LU8GKkuBkRxcQQSdLl3JswETARiqmLXW/HyLc2OQWt6fykGAhOBp9bmwdwYO/jUB4EoopMBN21CDA2TL+CI+Aza90q4QAHwP9avxK2KAwdTrOo195VbSQeuLwNoBF2eqOOxdgUK6NNkHkN+uEgD1QEIAuFsmzHmNADRcACtOwLFFMMSC56BMIAIYlfL1TNOA9UqtA8lK+zyieWfjRyM10VO7lCwBdGJAXeNaA2gfLl0YXuX/qOHHkJ4/r89rjF19nab7ZGta41SweXO7r/cXc2tCQmMAN1AcQNKAI8GU71YjeR8A2oSfPRicnYpyzSdW/j7ApYmcmbuHblmW6k9FnYOA62TtU8M9AbuQRUA+POM+Hvz3GmD5YgakAa/GUKEd5nZkfLRY0Rh8jZTRXZjuCAJoIhA+wD2UBHDJm2qB/RbMv4Bnqy+A5520P538jQ5oW5tzALFjD6A3FfPT9FIyALnFQ9AoYIykzmOgUoDdOfFZAzAD4Bbdi8dREqDlf9wMl/aAhAAlCOtRuUVOhm8ixH9XGXNSAMB13QZbtLqOto6m+iBsaMAAEAESU+DR/potn22f7V89sS+Y/wsC6I0hzz8mtOw41BQcyZ2SNuvqYRwdfdFCAgtaVy/cFzARQAvoujs/3bEHZq40oklA7HOq0Pxl/UBnLwSwxg4i50/HpgQABcBl/52cgAUgDNj8YfoC+lqSjz41IxFAu0AE1vV4vY7c5yUhfR3SrqaTekwHAPfTbod1PdeR6n8ClQCR/oCRpiCmQRhw1VrgUgXwniG2djL3BnlCvRMnOvxnCimrjNGwbvR3KgLojJk4CTihLvrl5XeBHdgFGKi+XYylCZGi9PTC/TxrVqHxO7DqpQfwkV7I6JUAEpgCXiUBRQB0xEIQAE03IE6HHjPHsTAvWlav4+BE/wNs/+ajC07Va/RhYgORxD/MHyswt4ocdG3UAWivg+Wufyvbf3qM5cNykYWOICyXYeCwX9fRRxcszwwaPYEIYGYU47/AfDBmphSg9q9nQpZ/GcZ6AwOswY92GMqXWoQqPqHmIKAQKERyARwRAGsACfV94zkBOKddZgBMV8/NqTohANc+0RL5r5IReuOHn6NOxj72BaQIOnwAO63HMGAmgE7NX6CxfLnKBvj8g8X9+oOFBPib/krkANpuDwGuU7Iwv3II4Pnrt6/f0vbV2oGh0wGcl8aAHbVymY8E5Q+Y57zzMt+vKeL/SgBq/SzBmthlD6BrLMuunqH9AAwurg5MACbPOvE2mg93uUeGtvNhzWFyUQCw/9L8tQAYOzgAlgp7sv13RHeXeeHCjhuTIRoAarkk96hwFAdwNR6mt4outgnq/uv+J/CoDsLo9hdhGDZQXmy2wYHIFWXV4icABIArxQAuiCWJ2M+NQfQO2njh4AReMbAkgPnJ2qMxqzP1vkmbpqgEhA+gicCKiCovDuBbng/Y3dTu96uqeQ0E6pFS8Xld0Qb78gqo8fOPoAzYhykBNBSmO2Kn7AHcvwqQB+RKAB8ky7WFGJk5YyQJoH+TXQBFwzuFjP3YCQFoDAAnF99EFgBoCuiJACJS54Lq4AKAAA4BQGOijfC43ls3Y/YRsb43zbrSaS8EcK1fCYA8y7rMAKL+R8b/EJMZ56SrBJYyy+V65w0MECn1SsFNiwUVKAh4ydAiefV7Pg/aV/lRKaD5ZGqwdujHcRsXbs5enfD5DcrRf6CyT/gn5OEfAkDT/mGfAczfwFIB+NpYUgDGnMoUPiJK+l0n8E6rgQ3XAlH3EjBW3EsBO4mGHZVAMaarIADgZeMJqg5KB+CN5avRF4zsHzMBr+s6zVhRKSSre1l//10JoJbpAGYS9U2rgzRrTgTMFwUYINv83iEQJp8vCZ7wlgI4pgCagDDDQgaPGtr+ACgAwAYKAWgKfqxjGZF6ZEEHXpZC9PbedC8LtLxD/K90/FttsgBG1gwg+9MY/9n+Cbm0zCuy7NkSMCzRGkGmHzeqmoALkPHg6/YpVqouwl+WBnCuHwa0Rk1njws0zWdPRrYtCEDKgbEDBeAEjADTT3vlAQ8CaIgAKtsmGFOY/8fcMYdsiyZIsw9AI+jK6wONFYUASIg3M8pm8ku5qfw/tgcVPc+nqvj5Cbj5QAKcCaBd1gnD1mJCmFCejD6p6/T1t99++/r1GwhAm4KsIkjHyATQYIEQrK+8z1gii98aX+CmKgDqX4502BkAb535l1MAkToPBT/Q4C+LAR9QOYENtevdXrsXbYfVoc8Vpmdmzo/tRSbhnqIfA03flxiACoAnuspUK/m8JRO71BZ/3GP8p8URtNWxYOOd+gGkAfAttLTkcc/TgrrbrCgKkT7bVgz7UMb9VWHAviCA6s+C/qf7jcKrIxVryGx/snzaSQ+gbzn+x5VALD4BpKuZAIwSwM/ByDqzRXEn8gCECf5KmCoTAziACaApvYCyChjXg4kf1KiqeyUB7N4EWgu17TpxDvB6X6cODYEJUyoE/u23L79lF6CWIEAnUYC6iehghQ83egQvbv4CzBdV/3vbK7njJrfFE6BrcxOmYwlD98QY4LfFLgZUAfRBHYCSAKjpQ6jpJEdbRttpMzAV0G8rADV/YYD1uQl3EA0xXhkCkF4LFy26KASADSBPP9Pjh0ankgFgo8cnQft0aZALcNVQ9QNEUygIQIGuzfXnW4pL+F9aF+wDDGC+RzuMywiphnySLgLAFQFdvmTlf8sawPuZjqIAnn6eAFpZZA44xF/dLGHAdUM5MDKBiAN2vLa+OiVF5a4Y/kHnF1G//Hg+6LXEvgoiZqDcadZU5NZkjnqpkvsdEAEgBkgUMGRYV7kpV9pEzxKdNACtIiQE0IhHcvT9G1n/Bl98gdYBFouG8SQAnoscAzGBt0zn/ZkAxAeo0aNPBYCNOqIXk+JOcMIATtfP66fYrU97KVB9EADag+2iFVczIoD4NYEIoGMWVPMXAtiEA7IzhGoJZFGWigoCl9cKoPxKEwFYpYBPWdFPCQAw/w8coHLJB2q40GJxXyh9bv7JNUEiBo49wAAcLiCA5kAAPMPjXcKlbgnXeukaz6Ehk3HokWbvCAPGHAYMlZFEwDxrGkDjYsoBCYWBFwTADwovFNeMTiOBF6pkm5GaCRFFQNR4x0iGck32/4+v//jtS7rs9g8fwEkQgJqBRDAAPYNkL+L6FwFUP4DhHzvRwHzBjqHrhcEBowpjOAAxXbsac6g5B2Bpwy5Bg4A67S8dNmtXJwyQl8zKJQQn99l9x6lU/yLK0E5dmNzeJbTeFwbN06zTQYw/zwFiAdAGAldFHOQ/fZ2E89jzZ+cH2KCiLEmARdOAwMldJwKw57Hu16AEoB/Kfwjm1/0bw5CK+3VBW3CEYgMAc+clwY5pAO1aL5gviBtkAliejKHvAa/z0i4Lt9OmK93k7L+fx2vRjFbHH4GKE/gAE8Jnk0N38PVahYi5EqGb1V7FKDQPoBK/JICj0scd5yogBd/iaYSRQw/RVhIBqGkiYBPWr9bar1/+8eUfKRIwMGiZC1d1K1tO3SSKgxPQIJCy0cRW2LK/cFkLMn90lu2e0ajjX04EBAlgVbYQWbOhyoCMi/y5od9hsVVi5kQA6NgkAoAIgCH/Az4eLsZl+d83Ruyf0VMmL1BwhhhAggAy/rdZAGTjp2P6EFUAJPiE3f41FDpLqwTafG4Dfktn1KiypZcwbCCA3Pfh1FOLCaD+7EiAc/+WUeSL+7GqQe2+9q60pCkaif8Ct+mEDV7vjj5rrtjK7f6wiQDQwoDd+DscMcPW7wqAKgGrypBXmE3bKXrs1cYBPRre66P5C1jLEoFBqgFDVQUQwH3tniQOqARAd5TpQL55kPsPCEB9BSkATBuAd7lgFuCdOhNSCqBDLyBOv339SnWwxABfQQAC+AASXaVPDktacwPhZV48eQGYAfwAcAyUAJobQ+x/DwBypfRKEcAGAmCldWYYsH2gkpVvSwJorK3XY19Qc6TgbO4Gh8q4yA87wI4DEcqUiNlWRlyA+npI/xVTrxH5JA8AAoB6JERd4DC/05mmSetMaYJvJA6A5cAQBQhJAsw3pAFR1HmeyScEYD+zQ4cBTqqCLj1xEgDidaZsOASUlqonWHWRW0gMMJLK9Q7/MMIPEhnG/KwOcQohAO+9VNaI9Jc97+TCPYAPAgDB8ZIA8KYlZ5rfPo6upxuaT5JL3ikF5LN8UAlgSALcw1XWCFvvAU6A4lzCpwJAI324EHTo5yPQiOkDKgDaBRHANThDrgBa/neE8Le/feVaeMQAFTYR1VaxBPCRM3XCnn7bEMmWMmVEv7xAXH+MeoKj/e+uzsXPmGgM+w+kL+aDAJByBHYDLBEAX2zs+/3zptYgkZcGgaFLtktQLpVNT3W59p8wWjNQMW8XUAyA+s+dAFqNALDtE2YKAWYBECMP+UxkUgol1r/tBECfQgJoYMPYZCtXmRFpQK7prkrkGAAuHxsTf6p0yBXrJxYzcLW/GAKwgsywMBFlCKWGU6dz3FYy6ZVRzC/ZvxJAWH2CtNnsctEf7/jQSBWQ+Ns6ET8lx7xXApif8ovV9eRwT0aRHTxFncuyIbnpWskEQgLcJzrEiFXCEAZQDlDc1ANQ4IZ6/icHge5WQASo/c8dSoDCXLXJ/kcsCEJoLm3bfgUFWAsCGLElazCJrszOACCAkMMLHs1BNPxN3q9yAPu8mhdUkM7Bxc/w/1mDrF0M4VbT/5IEAAHj0T4qSeyOCUBKreEBDLG+CgMIO6vFJ8iaAbixBRYDmLBFz8HNKcbJGiMa4JgD1JbqWgV4taYaKgsBMO9NUkX8J+xLpxIWjods8AHogkgqvcY6KYDA/7PqXF6mBDCU9xc/+4G16tRuq19GYep6PK+nCchwSiBlYK0DdMQsB83H5YtZg+OGPaIgAOn0y4O+bHSKewER/wLUx+0KoCatrJau/LaroUrd+xMFlK0L9b29kgAWCwSMHfoDh+bAAN3R9893HD0AFQI4YbzqAJIFAK7yHskBaMLKBGDcxCsDR7T5abp5bhOkydbAgP0Pjoa6CujrJmAAi7nqZd68z23/vLyqOUFCgbhgaDwTQAIXwwJNJ0Jtof/zNpAAOFEAhu6sAKrKfk87462txyAEkFlbeuWLRVv53lhnBx+gAGSwzw1FIAGqLAGuxyogMnntuvCFCQCxB1IuRIFMABL/I/u/8NvnGOAiCsB7YQD2AcxzNSxMAM2lNGjZlADaf75pa2o3eqYkoY/RdiSA/9rQ/1v2X2hrKiigC7E/1oGWrVcCoBiAfDtzIaDm/vX8AMi6JbsA18oKAehoTlA7FqM+5ZyP8v/cmMmwBNijAGsyQE4FTtIwQWoRDthjFerTE9TyX8UI9x/Yoae8fv16RwQwWEkB5hoA37UCJoBx2GFrmizkpMRhQQhFnAD075l3y/aqVJgC2PzhDNCbex0ChMnA+EHNK+wfzRjdKmQ/CAUICWgWoOuptQK/JnrB6/V6XBwgS1VM8SGABzC6N0hqcMAvYZcAHS3ccvAB9nXYtfMCdhICSCABELUCQOId4HLvtVma3zMiogEQBnRmrHoQQMIpBoabRwK41o8rU43sFed69ccK4L+qKEA1tRKhHAEHBuCLtbplBbCBAC6NYLf+Pesngw0n3HMgAFPk53MMQMbyY0SvzO6VbKyn6v0UZOyCrBFG0rvPqcD1jrq8ZZ4fewE6Q3gngBL7XRoqEAbJd0MBXFaKAN5DrNpEBAFfYrQCCmlYE9gE9gCGmiWArapOnYAQJBCIYqpI7cCZAZD9318hFTfkcqB0SlD7l53H/BjQHOyfhtS2SiA33TrX04UwCFAKjGwdEYD0gCCLHSKvEZxZOXf5c3g3oAYrawDFNcs6CwbomQFC6NZWeEFdAOm9nPuAzhchAPIAHPokL0IAwgBSLiitUUkBYCM5IAyQ9l33HBb6DaO4AG/3uiwJQNZAS+f/TFmKpNe27am9bMs/U1znanNnckflW/z8xwqAHfrqvw8Gl/Nt7A4KwOHKyzlYPlCfFRAAFICAl/7CgRepo1u4e68B7Ng8lmXROgBa+7pYk4KhLZaVm8rRP98u+7rp9KAWiQCJAsRk9221UHdQ2tAdcJf6QHfr8gsUFCZ+XJ+6XF0cUbmSHlgAdJRzSIADgBTgFBGXuFhr2wx1AWreucqs2QkYPTXuzL0UsSPVKzU+/jBrWdL+5CIw1PozYewF0DEIPARAoDpS29tSBfQHBdAk8b9WhFjXQgBsBACn9I0ZsuGnPa41CICQCYBtx9iJ/y3GoRRIg4AcAJj3KIDEAGsmgGZJtOrVA0igW1kBAHinG13lDAux03wRIoBwubw9ZP8MAZhEAIQyn1gqgDwP4j/OAOYdnX9UApwVgNOLEEDwrACyAXEVwA1H5YNb2YS/4xjA3DQ+K4ALF2VoEJChwQ+18QcLOulN4CQBPFKB1I4zSCqgWdonuI9MTcUEQdH2cgOXM3KUQLCP/SkIwMP/3IX7hCJgBwegptcQ8Hq6y8UeKMCiAmA41gO7e18BboRqxSzP3Q1Y4AegHkbXIClTflL2S9jXAwExAzlR43MKkFt14+JUBehkoKbfy7/gyd/roj+3A7Zoa6pG57dRE8YrRfsT5XIaQBo4OAkDOiMEcKgDnlX+P4EHqAyI/rhHDoDatMsC0+LpHDOCGgrBCfYbJwJp2fAafYIu+mU55o2H71uMcZ3egTXkdfhNbYFi6CwUgGqk/L397/AAiuH0HAFQBZAvllUeNuuI0ENQBXDJU7N08n/AjYZ7grIg2F3snQA2W9l2fr1cG0G5KB8K8V+0lFZaKGCkFgDuZnVlJ4ArgqlzarIjGWl2buqOA/vR9HmuUEEJRTtg5AFxyf7/0uUvS1u1VAlAeaw1EroLEUCvFKDjP8NSsxWTwwBdQNEude7JkFC33+uTvJg5DP3Y+AfgnmKl/UfOACaMG6ZTOiv273YK0MlAvq/Y2s2AzMWKIKAzmiEaYojUviWBluoHEtHHYCoTnoJVAkDsAJnAVhVAJoBd/md8yQQQhQDwfYPfv//rbrkXgjJAbpIyzyCAZ4oCmtoj9nmaGA8H5TtVRf8+Ae+igJqej2bJmMRVRqcyAWSDAgEUX+m/GObxpsHORzGAtBfzx5XL7wchAHXKOkIOBO6SX0dWuUsIAGnADQpgecqevFKoGrVy0nm2oP5AyWbykEgAVpsBToCF/SessV3muQwF3N6YHITtFWiYB45TiOUh1v/LU/L/OQOQqIcjgPUk9n+9Xo8UoLZfy8ERWWgYoGOrjfoa/bIg4EXnoAEyc1yAg/HnibHalCnC/ln/SwRwX9K6VAFVVny17yUEsA01E4CEAAQOnSheIyRYkhiXdICpA/TrjaUwIAhAJMDTngUsWi5LDEAIYH5KlwaBEOTzdXrj5TgfeMNHgclBmQBM/1wlAggJbyyuSwTgMwGs8T79CPcQPWkA/swS1P4LBVBVqgDMG+uIliPvB8ftxyiLBM+FM2fjf21PqgCEA0rQdNV1J4AcB2Tjl0AglGgWBrrJLDkvMYABpcDL4Y/mZUD1xkEBnBdkf/yhoDtoXip84XrAxAAjeoMlhBZt9ZZZJUDZLxibjvoCuV+bBGktMI//MwSAh/8fSAFH2D8cADKSVANE1e9ibVYFQDb/2g6GwgAy6ZIDgR0YwO9feI98l1eB7yUuoJ6/2r/P9Jweibv+5zEppIMzQK/2b4kCUF9GN+zWV9x2PQwYw+lgXfk1M69W99HiwdAEC1PXRECPPIDQTg4DahnAl6IZiBBAjHEhJ0H0PphX5zcf+x/iFCwwlwSAN/6W42vcTgDZ+l9Oo35Y13tCZgDiabdD7UpjAIXsP1jWw+QBtsdHgflYik/9jsLwS9YpPWt94lvgN7ZBAczt01EC7F1B6Ir/jjCAnjMByGSgjScDLfqiypLlotEPbj5w/fP9JUwDApA5QeQRUC4QWFfpEv5WPkCVfz499fuS9gBKGDr+k0qVdGMIBgEAX6kDEDG9JV1yrEyN/+gE2MmZ3M8OH6aPgTphaRkQNIBXsz8qgHTV3lh0BwiA5T92XcufVmyyAEBsTiIBDoZf7da8VVXQJEA9hLHwAF4NaGWFFhNAZTIxMMPQhIB7rZUApQuAKoCSAAJ1AlmIAaAA0Ag5NzhKyM1P0BPRb+IJ4EQIIFR1071WAFp2930DAbw9+JPjGLmRYox3JgD/ujr2rACMoizaEblbfGK/DqOHk13robSoh0vsnszf6QXt45gAfBZt+7rfOARx/+ECSIL9JgcigOXCBLDIbMCyikcOYvCmIFZ9jWc5pTjFAVdigEhhAFMF7hCazjtwQK5mbh7gcmr3d2Hkr59IAI3/NysWI0QBSrNOyABehYqCLHIPEcCtQBUoBuQpAZXPDODquYH+9ywCcjXsDdZNe3+QAMwGe2kcHslCDAoYw2A3ysyewI3AciWf7YUDyNlTFyARQHOIAQ6BhvFh6IvvnWZuXoWTwhzsPiMIv9mYYZEgAFyAcxRA0LALYAwXArdEAL7xsjJyAWaATHw6OXrraOGaIwFU5iQAdgJIWJv1lb9PwGcPAhBOcK9VT5GtBqNqRfu57fq58u7x4P9rdQQlOZc59QLnLqnG7TBHVFkB8GSg/PXnIuB0AA7ZQTmwRAABzHTPNLUWBPCkr63M7pcDvXoEgjOdlTAcByRMVGC/klFWYACJAyztgsaSvtD+54UDssRHrE8JQIFb3L5mfgrTnQmgRgCQEmiW7D/EEP5mrX0isAjoUQZQs/UrUBB4z9kY2zYx0mwAMl0Z6Lx0/t8AaQcAMYDH+c5bTpmz/AoIJXYoAAaWNbcCNSUF4EI+IDZSANxe16NUYQwjWnTv63KfVscrFYAPlm8p+uEuUwKtrgSQUHoATaMKgAlgYQVwmb18/nvMc+8C4Bstjs4EQEqsqnmIOtm/KgCy/Httj5W3C1I5kdttKgHcA5PzEacsgEL71ZSOq2xyeUvdlj9zHvx+YNDv6ExcCraipvG1wDk+vIXILoDGwLrd9jtRADoFUMpPhQBmzwSwgACenk4rtRWfh+x0K0uai58poRIATkDFUTnMDOY4wNy2C/eL3KcqKMpOn7IDfMkAWhYI0/brNJHdk/3fuQLACA+FFAGwtVBAe8UE56P+13MynLDn2Wsf4QagLjh7u8yrzAEKZYTseQllhASmAV8zPQ53l45DD2R1xwIA5V4OgALgHvdu4MU8GjMAh8W5+SAkXcCBABTCAKgEKOYDCQWo8SsBOJkKlF2AYn0XLXS+ITXIINcHH40QwPNOAJV5c4x8dL+zYUrAxycEcD8RAFDIIVfAmixnPwSHja/ng17PEwczF8nuZO6FECkmCmkyztbjjuq1BX6nBYj8InUAIgGAoK6xkAKaAenygBeOu8VpGl0FWyiGeb1BKP2YUjCdaeK8bOCqFcHMACuSgVIPEGnhTj/LqsGw4lsZ/1cJcLg/h6AvB4aQuWs+hFUKgNqqRQJAAwBh/ZreLYwIFAARIOpfzR+wpnLrZioVAXADRASwD8C8ilk+mQaWjbMB+YEEHhHBvk2I9PRaUoywf0c5/0wBQE4G6LoAIIAEN3AaMCYikAkDw8vzFgLYNB1wUoDGXs/F0Anr1ebeYi9EykUQkOx/zgzgixiAkzoA+hGe/58FwC3vZCEkhkRHZnKSUEttzFLVt7MCUJPVfEb8/rofEH2NQhTICpx4yJU4WJ1zvW4qofvPB5OAinMNlCnc8W+bXv7hPEkQYX48Kv9SALe3ZUdhnHT5Hv04bkIAAgk169wf3XcABAAXrpYEUCihQxWgM4WThLtPauUkgRSoB1y5HGii25kBeGYg1N2yLTkUyEVoqvxPUUE2dcDrhAFA8n9hjxmL/deHAMD0+z//+ZSAKll2BK72NPwDI1VbrdFUBxEABkAcTyUAKy2Y+8nlYgLQ4T8QfG3Fv8NLI8d8UArARVJb4gKAADjVXQ8cx/8Xb9ei3agNRJEExMhQA4aYJu7ptt3//8Zq7owYxrK76eP0ggHbsbMbe67uPDTqejrie0SHCw+GacchLyoeAHYBqBCwpQro8zjO3z2ao3MaAC0BWgYcqONSTO8ggFDVlQcBkA+QpwBAITDLMSdn+ydlynrgSlKo6T8xHfCoAFyRBZi+oYks5P1YNs0Y561XAoALQKAM+ZA3rvaRgceCp0cOjEyd/wDDI+ghtW7YM044APyii/l104SbcTuTNQPfJvpE+c0P4vJghSIf+2/0or0OAAeN+ZueW1AAQM4CKAHU7VUVgIFjmLU/ynXYLB+U7xHiHgagz9UTAzQU/YbHR/ewtNxeEYBDEQwwnHDoEZpPlJ/uTklJNNvMbUey/S/Z/iN9dX77LRHAr1ABmQJamQysQkCau4IBouba/fJT7GmY44yg1Pz0yPhzdJVOjRRii2kAiH2lJ+l8lZIUN+z2Hy6AxgJEBFSBoQTQXS4oAerGup4uAYGAeKOQRfBAdn655S9BCSBBxkjffEd7hs2bLEArpYDvZlUmEICXuQAUsmkhAbAcWvOTBmJV+tPzNxDAckUOFL3B08fwSgE4jQEAoytaAl7SoyUBuPAIGaIuD/Bk/T5VG3bNWCKO/zUiQS8B6LPPzzXhkzxgUqnpjMuN8p4Z6GHbTZehXpQAbKIu7ZfbZaAADq/hdlD8Yvwm8t+nCw4NyHo5mQB8dabPtFDwWhJoRb9cFzEDHJ52Q2InAEA2riabHxEHEL06LsvERUG2TwAuFfqoOABvqgSuJF2XhQJsIv9jzfbf4FeOQHru999/TxrgV+IA2MeJcCEoCwgzgwHCurpKRYAkBDs4AjDtJm174j9nWukCj6j50+N08t7l8X9h+wekEwhBYoHexgACCGAkBXD2/sYNAVwiAHdbiK9ofb+0J3gp7RHUjmIAdeBZYz3l0qOvTnPVxLjVRSng9WQUANcCo9SWo4C01ro0AmSG7tK+S4B9VsCVaYDqpRoUAlJHkPalAiAC6AwBFLNl1AfYVCU4Hx6BF1wKBDf4Cb9C8cm3EhuBj3z5l4At2we2+zbfN8a84w7IlcA+KUAAe0kE36m4dQpbLVgffYCeb/Y+BiMhAB5Mr4sqgDOF4VRwKTTubyOecpEviwkCZRhglkAgpwIW9gIqYUf4riPlA0l+nq7ZsC0X/KwygNG975XANPxjel+3inuY4Nn+e4iOKPa//Q6cTqkR6CEWYJWYCADCgAJGZQASZdwiDBQQedK1XQm8ES6Qh5ooPwjzr4MPQib4W8hwHcK+NpHGArxXBXCpmDeiZwUwjWTtHipzWqZbm0AUwEjndEcJYG3W2re7ZSce9H6uppUIIATpC/oiD/hOeUDvpB8AfIB2EQkgoT8e/cn+da00OuEsMcBQ9VVoORHyLNZXEEAxXziSJwmwcBQCKAH7ry/2NuF/WtMQoRjTDsQv4IlQ2J8qUD4Rfwiog88VBtE3V/p0L/EpAQQ30swawuSdI2pXc9fSjP5wOOQFbQzAVeQZvnABaNPE/3MiMEHDF4mQUw4DxHkSBiDneuKwHE/ZQT6QDrIWAGAKAH+WFGCXNgVbP0/vjcy3axyjdzz+O7Z/YKYIwB9MAcIBEMqn3e6x40IQUMw0qRswDFPHrZe6n7Jpa8G/AZrgEig7SJf9NTifHaN7x2cXBFAAJhbg97bgfqh8gBXIjL5lTCZbe3Zsl0tSUIRpaiek9NT8qaGvFwJ4Y7TNtoYwV2EdiQC8ugCZAAgdbnldQFdN0hGoJXQMpWT+UV0piU8065xjgA0tfVq3TIPmiyJ3lAA2VQAm6n2DJ1kSwBC8t3vlfV1sXtqgY2lb/K0YdlVEBqSoQQc0AF2A4i06C+kJiWt5Dj/DOpGPtJvwXUSQrqMurB7hnPq0w9gXEcBdqiarMwhA0EPt7+DCIOsfwGNWAjiDANzzDiXPM6FlN5AjHRQ4hAGYAWoYaV0FBAIYSVzCv0QmmseztqWctM0IIEzIFAHTZ6TXXTtanXlN4AmAp22738n+3SrkPc8xRQCEApLx8+69pgHknHDMBVQTZhIJgh8WMn0o/7wMY5N7XygH9H0EeDWGnmL/PmEXRYuEVdj4d/tXFZAgbekcyYYQWAFwIdAUz2TbHtODpgsRJwj01prvNP6QniZDeyiABoU94xaDnysfx88pE4CdEGhjAOgIkkuBbvT212Nr0EZCt9oc7SYCYEknuGWxpsWBLlkBlM5m6QKUU+V3AtgMAYRif469pe4Bct+FfwafkZuwEbQ1mwE9+KW3w6Uo/fqAx4pk188rLQ58NgQAVmFeMTxAOw7SLwsEEO9EAPjQTXWkjPxl/l+vyrP+9OuCQDDAwpHALc5nuAEif6CY2oW+XW+tzFmvMWqZNT+lW+0JE34X/sbyAqAS+iMszkFYLHb8X39JP/xHpgCSAHAEan+0frnpyVEocA3uqAJuTAENBnnBvgRbH3c0PAeYY/8y/KOXy1az/ZvvxQVQFaBJLp8ub5kAzmm7rNzJIIABblJORaYHs1/E+gHvCH7v9dvGFQRwyS6ArQRc1AFTAkBpzhl5ACLqE0YzIQACT+u87oMdfcG6KygJXVXD0FXDdOJSyFIpqgLQKj9bGgNfLMaSABKGh50O9kb708ZCrtC7L6A/8uIV1SPMWnkK+wYvu2sDrraejSLCSmcigBoE8HawfwPOCZqyAG6YBwWwKQE8zPcHSglgS5bsrrdX1QDKAIE+5XUCA4gfgIXV+YvrXeWTjg0utLsEwDn330K+j8pSWzotUP94C4z21L1mvd8RZPf3ld4fX63f6BuuFAABAA4Qg1f/X6OBORR4H9whIej9teEwoDT6G6OisH6UPIcq5JcP2zpwM//A2x4HGKwKqPa83lSFKO1AzrRPq+h7n55sYf7idy9073YTcz6q2/ec1u/nlWIAHYKA+9IAKoFF0qsCwMpgwTkY4K3lVKBQAOSZNEp/u+b4P24LAfXPU5X4zE+npwrAyYKnN0MARb2wG6kUqAgCci2n2Z8h+PJLW2zV65udIGMdYftu8iN2kMyb+emikL6osKn9sG/mrxHxG5IJEQG0OwFwtI8bbPTZ4PUszsFOAFEJoJwq7RIKY1c34PVfswCerknYRWYAeL+rBAL8yKHZeUsHbnFS8zziee5dOIMBNM/PgWpe86vlke7K+n7FJMNIE+Cn+2cKpV4gNdbdb2w+PlrE/5UC3n8FA9gAoF4fAgH9fdQVH10dAhyBPfnfEWKUdcDUCRDrr8M+hqQX3uFRUNb6iQbwBxWgCuAmHQEbMlbigFk8fCQzUUZBDEB5+GVpbwn7Ol/ZsJG2ZwWwxdDGirIwexCwNXlARidTK/alwWpkAqG7Fv5fq/1z+I/2hQhI7L/tMOgH6m5Ut1cmgDy2KFxJAIDt4IHobqkALrAP3f0LfV1WuuVb2ei3PFu71Td61br4RQugl6avJONUN8Cnka06ogYB0JLXs3cS3Wl26Y+ziQCaGAFaAgkB1JkAdGh/dtJ/Gq6KXWHuHGmj5VQA2oI2EscAf8ENAMSB7xxVC3mSCSMVKkPzZ3d/SUCYJg9uyzLSyxJ/MJK+aNc0/qMXZn2n38f2Hz9gDSdwgFDAiVWADv8Y/8tQIBYUWnXNZ3emvPrS8fCeY6+3rs8A33IE8FoP4VCnO3zer3ADAheQ2DgAYciHXQF4/408D4qfnhn1StESiZUsyJ4QMBfhtGAEplU+0iYQAYV5IFQdeHqrElnOePNa8oCnVgjAAgWTXiQA4oAngoaUiQC4RwBwW+AEcEy3aXoWAEQAJyWAci7ABQSwZQIoKIKWmV+h8OaXWYABNxeebE6trpyLX5b12yikEb/ygD5bQuXCM0opyUU5xL7vMTpRHeGxQMEyxzh7yGQ1fzV19f4tUAdw7YgAVhCA9mkv1UnZy3zfnb2SwzPgybd5zhqOg2oT3ADK+OQy/RUpPE91O2tApCAkesu40r4kCoDXDyAzhVn/MmcshqrG++Drcb7j97H9B/56S/RPKYAUgMLIf8VAy/fOMSgFkEX4if6OMHRUCDUmAoD4/zQQZ2pVVHdneTsQQoJqANy9DAcVcFQADPHWiQB4eCegiIpuPCnxChHODCA3/obkyT1xjm49VXOiYnfMAmBkh8B6M6UAKgGQCAADXFFLBsD5J/CRfzlHJSYIgNG5ixvq6XRUAAbukQC8IQe+XOcxE8BmXQAWyeryP2cA27zWzmUVqK0/fbyYcv0aNljgHtjEBW/fUq4fzAju4SCbJQB2AVYmgD1fzhNP1WW20IkzpJ+ZABYlAOv1iP7X65Kyyq7Nf0kBgRlAAnIQwVt6ALHAeux6fPwk8ryb525Ob3Ru0nPyDV/oRmjTRmi6ZP/rmtt+bDQ0jR7DP6VHWWMg/i/27xLIZEAC6gjQlSgAjP8FD+DsUV223m9QAQyJ9db1gmx/xiefqHko+taZKoL7NslS8oy8aHfIIgCWnzmg8hj/2QXAG/krm2odmxMDfx0yVO7Pn6sPOpIC7+/v0E8EZf+eXK/5nAhgBAHUNg2IV6j1oxh4ac+cCGjxAXYkE5LmaICuBIVnYf89LYDqq0A9v9v0gl5dgCIGYBRAqai/zbSWwVgoAAkC4IarweOPWtyeqHALlw/l8F00xS5I4vUUQGdHVjmGZxMh7FhrFEBl4CUIqATAnidKsgwBSC2gnU1Dn1ChAIByuNdTftY8XQY4BAXHZw0gY71nEyXXP8IPaHJXq5AIoBnTKxINxKpu8WUC+Ir6cXVj3JA7gGgA+jG9zZllROCoMaJ/eCTKSAsKgP2rI3CyMQCcLChRCMpeEgWoCkASCp+Sr6crZgcliP6dJu+4Kk3tP4r3L4AXUMYBUAkuXYGzD9DlJa1GJYCs70l6S4c+MEC6STeOZP6JA2DE9E3gTkqnuMXazd5lAvBSNqS1gEcB0BgJUI0YgzEJHUVbBboE5umJxv+R0r3u4kI9JaLiihT6/5b1olNXKgC1MNB5MyoBiALI5j9k4ye88ADggRHsjL58Z6DOEJPgdgkJloRK/W9hB317D0fzRHA45LvWtASiANLhyfSJAYtez8G3aAn2hmln6VAqAGGBRwLo15IABJay8sHygM10mE1hQ5snZoCogYAwI3rXOioNFoQqzhvlndZxHkl1di015lyow2XTdqQTUD3ALX/gFxLgS2D4b9we/osJpDOkXUymAGIApQAQAI//6v7rLsMxN+FPFNANA8KBygLE5y5wGS5MGurNfgPC0Nw/a2TtBkVQDaBxgHJhEN/sBCCrs48RS/ikPU/BYWNFRz5s9GCy/1zYvy+5cBrnta7nyq3pPaqsAOxkgL0SoGMNoAzgongBFIaBVLBuJsgPYPtfY1NVQVK6mQAIRU9AowB8+T1aZ8gJ6wKQRiphJvACgyEAuj/YVRQTHgkAlle6Cbj6UQzAvqBQzkCoZf6WPqzuiVUAoqH1Hef7nbzeZiQFcOIPOJn+6c0QQIFdDJAL0DMBuJIArLXr7r4e/C8hkcD7HQM26vLx9iMoYG6J40daOWf0biHnvwqYyQtdELd1jj1XC8zZ9NdtwxtB/I8UVNh4+HeoNYoCVpTaftq5LAISmAJU7vNpKgUAMDj0YrzHiywmq/B6XyWCAPbd3Lcr1P9lyNPDGKUGgAIo1wWAcI51C/TxxJaZlyrqpEUnGhCBAehxWL8IgO4n2H+XCNSdYtXFcW1tJfCJoKO/XiAOKAzAjNtfkYzJmRnijCtjoY2QbJ0+HLzI1xPVFzBRWPvPTrENAj7GANxtnkm0WgXgquf2rxtse8i/MV3lObiFCnBmul7P7XdzN/bSOB+9d2MVNjlQ+NWaTsaHbpcXdVYBJPi9zbESwHpfZSZBcKgDwtj/1gkBgL/NFMH9AC14OgkB+EIBFEZbsIDlBVz/QAJoAvW8sWQfE8QNCBFTH2ZSAZ4owCML6Onx3lUjbBhx/pVAP7vRgcd+KedG23EY+41pZc2pBVYE+pngsxYRkGMBFxP/LyUAoBRw+bx/EgV8gfVk0PHp8+qcBP9Y4wvCsziAKgB5sI4X+ZLNNdkpEwCh6cAAAD50OABwBm904M6+0rQP3eD6be3d+obZwJ4FwNn0A4Fm4GBRZ1qDchjAxbhCBGDyRi4ZQo8WJAFBAOgCgAGbRzKp6epjXxKAxACSBGjgHCaMoZDYifhJURgCSAjPoMP6oJCp+koN2BlQ4oPy/7T6wLBz3fVO0SnPGoDNKZThMvmn1NbPKAZY8ZV0+adn/gYmA8H71BjAVe3/J1sFDJyUAIwCeI1nuX9Ldl+A44qg+yzefqQRPsEzK8wtKWSyZuf4Q04240EAG433YI5tY9mf63uTzh2JIacZWn/Mw3+egJFI8i1YwZZjAaAAbJWYvN7MKgHyLMBzeS7pfTvO4lUW5dA/JL64xxoPoMsDm/ePNABBFcA4CAH0YqpdPJ2I5xH2z52IO2EAmYfc3BIBEHCvgwQ4kQdw1hCA435Aky0DagSqAVLaVRlgZQZvMIMLU7jwUzL9h0I0HSVCefwPaa/Z/i0BlO41pQK6MWF6aDjN60t36AdkXAD2kZ3ds03XBuK3mUGfIOaLGK3g21oHdr6tbNdRxNi/KIDSKMpYmQ6qTPm1VwEgcMf3MXUBJhaY+OobXN1ze8L4LzqwEQJoCgGgF28ggLHf5rEDAZxOP7D94kJRugp/bREemnzMNV0dHp/gB0irzLAQ9023OlDeCVVCUPps+nQAgfQ8HqCnznnOoT66N26jYL3P6zm4x25GogJyPqAiHOr/JznWZoJwJgCogGroyKzh8VfPwePPlH7sc3HymQEgALlUDVDMC0hbJYMVEYD80313Ro3vsrGlcuYvM0CKBEmb4ryLGhQCSNqvSeTpz2uyqDH2xMg5CSALg2XF8DN2XYHpREuE+YDgxhlenHAA4UpigNsAJGDGHeT/uaoc2/9yLQjg6102/UzA7+sfFYAatLHspkBy65UDAPt71QPoIhbgSRC7LhWA9QWsAsDhVYJMv3988CGUc/Cf995CPki1x3Ab0xeTBCHGf4Z8XNpCk9E/rr2bCaAnAiAf7sfm/zr1if+PxV+9XWi0IIAjAYROKvnXrq4UvuNxPM+n5Ou+x9jPjn/lzk3k2H/t+J3ioXVM9PLh2DFFVAC8gGqHTQRMz3MDHo5AwrCQG/YJJQBUch7yud8SSUwuU3YQmxeJT5cvNYBVAJ4JgG6jSID5BMPO7QkBjgCIFJRj04hARHaACCC2Lr5VkUIAlU0CSABA7N4Ao8Yk8w+rEMHDGX0uO+3lfrJT8hNqGBvlSE6kSQ0BlEGA5AHQqxBLPbiNfkbNqPBNY9OAbPCP8j+WkPxsc5vgCwiO3cKHb9/E/b8FgMqHg6mOfdUc05UKQF9lH9T191nda0WAQAngMcfGLZ33dxy6OC00NYvKK/IE9GPhfNoV/fEAj67pEwE0N+fOMhmoKGX6GhzwNQIQ4ztvzOds13mq3bKJDFgXL+bvaSXPbuROXCOd061LQHKZULfpkkd/Nn8vE4/TFuds/yUba0agsjiYup0fbBGCGPUSP5OVrw3FBLTrHD1M5BBrrQDEE1YCgARexgEsAWQKi2eWADOZVJcNW9cjafiy2SWAWaLsrYkbeQAhVwEgBmA8AJl5qdOvuA+bRgK5SDUCOkU+CvTOWfJ7NQUAgWuPdoouofhWHJcGos9TcSCa7kgAUitHml83cOn6FNqAY1vXi8fySwf/9XKDfL51wRHAwqYLtjFxrdvVcVs3qxAK70DiE/xScJYxJ/se+iZa0AwFMK5JbGFGjBA9JXrfctNM1QB9wQGIAaTLeW4mF/B9eiQAJLG+AlapX1cATGVRPlcp0+35BXiYND7Zd6gYYwn5t9Vtv5k4P7KKxBkAaYKT9NawfCyX2vDQwu3Gb8+WC/ygtk3VyNv9iM/P2F3yOyPlFLL1Y9NA4GsNYGMAWQLEljHTkEqmf2QAtnRofbmQLkX70sU0MLv3FUnAWO1lACYH0Chg/IAyQJA69VGCMRZ5YmctZhKS/be532Mfm5IAHG5mbbD5AdnfMATgtRrrsIMAPml72Pd6ze7annN/NB3uhss0fZsSwt7Ek4henl/0B3Uv1/thvnheU5Sfyu8OdZElkmUAqwDymQmAFS0IYMszLiT5p6to6wLaQI+7Rs0t17w6eCIA4v9SAXyRAeRra12x6jmUBxt8hJkCEO4HJjSGx0BC3gBooIRvl1Hqf/DzneOHxzlKlxcZ/oMTlEsusKp6PX3BhgN26L1wyd8gdfC9H7RUUId+FPwM2QXQppRMB0/jAMOBABwIIEgMpZlawoZ10dXj7zrtQ6Y+gLAB+QYNwoVxi0kA1CQANl+ZQmAuGwYBcADA0gBSARwKJLvGoJ0ncysiIoRMEvgRSgDuXZ5KBZBNSJcGeoEVLx1HJYDFyWBahPZ//jl1jnnDTY+yJpp7FeD+JjXMy0KeDmE50UdBTLAsj45wMdfPJAWtx/+Q4VNjyQaPXIzeUyVh5+fiw/ISChyGcabCa6qQ7YQAEP0vVtHJd3vjzh0JAN1RHhXA18xfo6oWL+1fGwUacbdpE5jbyp83Y9vmrkWrq6lGuLqfJQeYwMEgIYmwifMvq0dtTTgrAVjqfl3MafnAmr2epywCgh/+iu6kPawQgAb+keWje/pQKDXAMQgYghBArgWM11T1gcg7y4Ds7ms7Ipz4Cs4CjX1x3XrXxopXBiwFAGKA1vT1kn1HiIC8HAEohIwc36+JVx7dPdngWf9fpf7s+qIOIN0zXUFB36/BY0SPyqxMmhD/4gE4dEUDznr8UcomRS+56ktQ+48F2dPb7fLx8d0MjeXS3tie98m13KERwIC/YkZwDy6A7Gr+LADOkjkchpgIoLlRjbyQv7Cs+eRK+0cd0E4APhFAQkEAbDJ/RwGELxCAjQVKZFcVu68E9SisvytMDQJm2ydsGAWAgcQ/urzp8A+9JCgrlVW8WRSPXBQPGYGBZKTQn+VEm4YOQgJFGHDIt/BsXkCwLoC89coDdhwpBoAFOGVNIlK3mQDongIlohAA1CyVBMDKIUCYrxIAlw2pAujNsiuH/iCyMGH5QauKzebfYgkR/v3ynSRrNOpf1waTdl8/Xhq4mbwDATyDK/HDL/RwWzCvWFdo9tv2/fv3+33bPtNF6bOUvbFV7r8qklEBYBcu5McsAYgZHhCIrD+yAohUGUUlfdyjLHO0dtVXIafWnwlgufaZAECQiQEeYwBfAwitxI8TipIQXEcB2H+sdtTjqvJPse3fgU5ViuvmSBmiHsDbnhwN/0oAz6eCvmiFaP2EV3IABCDGioS6xmszA6jZ74eLlQC4PdcAQ6iyX1tHyTykQ2hgr1QLTKZP1p0OP2EQ6NjUSmCx/itFAJfqba1QBFDpqiAyEUgWBW1eAeRAFDCdsTix1leaEUCEAcxf1n6WxVK5o3L6dWopBwkgEwJfGD12afrS1UFI1//xBMbkimnszzFMw2DXVvbfj7BjvV5Ym9eT7k+6/oQDAwyHtjlKD3IW7GPt6fTx4b0XAoBAwfjf5HzvcwmgHKAuQE9BwBsTALbpXykAi6+thhba1VAAbLc5vjYs5RdiTex/9FCGaZ4pPtT0BFL/mPvrQ4BRCszHYj+U1wxgCfy4fJOUCCsBeEAFQMA+AEICGgZ8kAB8UWgAVQCOCGBngAgCaOIJa/DzBgJgmMFf3YAuleqSdvL+7qsZAqAq1waXAUTDx4DJLrMjABmQIK63ltnRgWqnaVChWkFUqacNGUs6dl2aoBR/sXPsD2lU/8ev7x/vv/766x/plrq2vX98fMQYf0HA8Zf3X//gPkg85eL799+e4Ln9m/bVxfcheEJAi9EE4vaCAIByAdZC62N/OYF+lwB8fSxTZ3uSv6iVEA6HIZX9ee8RtIwzHJSOi76b3DinywkAVXLcBUTWq+GGQIkAaKkealQl9p/2BwXg/k4WIHyBAFwZ+OlNngflI1LNX+LZG4eOGAHjCv5vbP7+/exBAArL12VKQFH6dub3ixeH+zIMgQAgG+WXGB8Axi8QH8BKgNdzA/cYgE8EkH+pVAJctxMEQN5EA+aVegiH4R8tO0eslpAs/4JWAJVpCIoIIIqALOx9XYMRjXXrDA/U9QWmj7rqBX0bdQnnLoGPMeGj9UcKVgTfJqN/h/0TA3z8+vHxyy8xxt+IAD4+mAA8J/z/+G3+/gSFAihn9RazeYLfF08n0L3v2+8CIhWBMWdr6WWkyf5Ox6cHJyAoqQyPrbiOqoH5eqobJgA3dXPfEUD/FBIWFZCLAHCRYbuCoyloP85z7UAAmQP+aR3A1xVAqQIiRvVMACABDPq+KqBvqxUisQG4RS28hngOtURLnXUCbKL2ZXnTU0Z4lABBCcC8mzp52HWdN77UXOAhE4DtWRygyqFtHyedf+QiFPvcvnUAmT8gLTrZ4nK7cqQIU/ztujTbtk1Dtw5wAHxVmW5ACWT9tKnvyJcqAQ4cwEsxKCZAmjUgMEVDkVnmhQqEu4YI4BchAB0jLQH8+kEKIG3pghTAL+kVsSAA95wA1K71ZjJ2T81TZH/uLhIS/vgDf5+E1DnGlZOCdJ6vbMW4r7CtxAgsYkwyYLCr8dif5jTgtEABuEQAtzni06etowKObPNaDCRawFYBoCIDvVmScnaVl/Ef2z9VAAVeC4Dir+KVApgDiAVGDvN1z98oXNgVVI2KDPHG5t9C+9eFBCgG+69EAfUntFMy7HInAP1G4akEux6k2L4mAyT4bzQAzkUcQAuB4rQXHbsqTm3btBs13V9uN+nB2WjNTz6AASgBiAr9PtnPVNWfrpppOjVX3+m6gEkAvGkiuUCpCkgGKGi0x7FjYJIC61Ls6TKNVX2hANT+jQIQAfD+BzyAv6UArAnKbmy1FOqQ1JTF1baiIUjWjS8OBFD0FEp45Vzkzb5MKZ4uBwmnHryB49qc2lQcZVvtWwgggMtt/uzIrSL+v+p6Bg2gOqCIAtDETSQB1nns0Hr8gg0M8D/FAF6rgN64A1GDfrMuskSZ5n2CUyfNKSOyAtPAY4OX70jJAM+/BgbFRy23owQIiEB71XVy0l7zDrsM7EcSEMdfwwA4ClQDWBdgoidyCWNs69MpxgW4gQNQAtCn2176gw07OpSM67ZeKz/76rbBAcA8gFqrAN4lCVCYOkSAPiyFgQo0aZZr1CVoFTKbPoCiJWkflBWAkvIjAfxzBWAtrWzQaX13fW7QHEDAVeCpOrq4+IsGnxlWXsoDhe3n1wSVALrmZtBvWlDXWq94bSPvUTp46SgP+FMWAAsBDNAl4FPBxyJo9AT11lESAFMByPAv9U4D/ygL8JUYgPvL2qAGAz7q/DMLaHvNflQcnBo6dAzW/qOH6Ga+rJ9EAZ47+T+SAFa64T7eWNbr0AlG9FZCAEPuQGS8f5sIGFQC8J0iDlCJ/VMM4BgMHpf2T+6uhjtxHAbGdkKbNCyEJkfvuvfe/f9fedZIjqKKQGi53b6bQGIC9AOi8ViS5dg1U82TmIkEQADlnqFOAC7R0VKC3i7bf10NP2ke8OwBnEcAKB2CUYAbANii8grmC9xn14PxPuYn6KQMTkAAgCqAYhHeBwBk8wcBbFEA3vxd/O3KsgD88Sf4AOcCo54Agu8azEwQbbpME6vqE7D8sdIuep82NHCQY6yzkeON1T5bcMcf8/l1NzJeARrxPeeNYJbQwjGfknWBaMGWxKav23+nAMLV/OCXTpI+LYgB6O4iGnyOtOaRw4mjfJqQ0RjepmsMEOx1cEMDqAQo/7Qss4+7DtuSMHWZELTo/nUv9u7mBDk/gCYCEQHoUu2pe67jdIoJS5rgiy/W3/B8EHqEraXRP1kc9P/PGhHAt10VNA1YBEBJAvC270Rk8Qt4P2ErWgTAUQPU4gTE2gFMAGodN7Vjt0kBGDWmUKtcvxxBxuAAUQAR8fYkWK/xbYP12mV7Ilq0lwwgHQdce/JMwIbXqP0XBdCCmar9uT39JAZAYHUUvArG5xGDAqnVQsEBFHLEuI3sHyOAYwqJ7V+3TygAPxnwfqgMQH3f3gwG5OJr2+LvA9AW629jKkZYJAD429v//QJAW7NWI/UMAgjmioOKU/8u8xHgBgHqBdD5Ac4PsIwC4Fz5XUPzFON0xMRhpoAmg3MBsEKA9MiyTCdqpsZs/xH2P8EBAPvXNGB0/zJw9KavsSQciiuwxAaL9sh7ZKUohJVQL6R9BUOAAlQBCI1uxDUF4MoLWFzvhPacCViX8C5go5T+0sBNyAU7X4PULqitQQBALxVSHSoAEu+FBHAQLUAKIBLICUCTTVvIqxGQBRmwRITs6ABQR4DaTbkJA6KQe0s+QMcA9ykAr/9XagZsIhNwgHj4+pLYK2EMWYmmFSLA5FFr/fJbRTlZL4C3Zm7dVgD6mER5meq/uCKSLRCTigXLv206f4FKAGpZqAaokkCGAErL0+45Jszmk2FALxbYvA416m8hMfD1nKkB6fljqPopVcnav80CBAE4AQC5JXvsPGDoi6gjH8X0cWwRODizAsC9+ACw3Q+nAC58f8ngVs/0z1kwjjx8LKM7R1DeCYCdhdKQHK1TXw1cHpFNCz9crG0mnAACqJFLefjRkmTmJekJ+t1Qe7EWYCtAk4bUnC53pNKL8AB4BgifigKk4KzqbqQdzFqlQN/P8hK3jL4Uj3vr2Prt5GyRAEElgOMgV9lpna68Gwm+W1swTW8aB9AvXM3fpAVEFBdQBeD8AFVRgOQELJwikYDdLlGMk3/MYZw6zgh9qvEv1dmQsUQPJ07TQqxk9zXsP4j986KAxv7/8KH/Xht2gSlAXPxlACL+P/VFao1Kjj1xhICgCiBUn8dJrd+ze9Y3enNZwgmYv93hzIjhAp5cF6L2rAFiG3Iu/bnvDecRfenclQCqOUXgAwPMBNC2WBkmVWk8t1POVEYSLAxF6jEwGzDklKLj51Eq7xV5gCUEoFRwZx5AWhq+aWzkAm9rL8sEwDedc4qwgGqEs87uUsb1EsAbtjH69WRAX/7VylYfa2bbwr28KmH7qACMBMjbJT/A7AMIsfsH/5JeWvG428WEasNwWmFJJXKJpDCFLoQ87mvPPZn/GwrzjFiDSft/VwwUWcAyBNC7oMfth9zLXsxeDJ9ajF4eyLMEWTsMV2TBwiceqociyPF5iTrzIapn/OCPhWoDTMN+tus9SQCaEHwugfdsGoJFzTyfDagotqCxpiQPgt1g0Wrh8n3wm1QVLAkASFQ4EQSwGw+HzPy0ykKxEmAidIzjZZQ5tEey/xDJ/sX2CxdUd+OC/TsDuxuhbjMNFINXNuClKQaVdMEvtrSQADdH9jccloZghNKdaDCJhQz9NhNti5GAlQDEAGt+gBIFIAIgMlNRCgZ4bs6SjTCknool02Tcahqy0K96VE7H5Pw6VPFtot6S1lCcxIdp7F9cgBIFECdAbphFZntt0r6I/oZvwgNKAHQXUKtoUPRTwgAE4zV6NAMUF3JPoBoBWrfh7b07mOtHZ2o20v3+/bdY0/H93V8zupIPoF2C7HAi+M5Ds4EXzj6ZEGyyfuzgWgQAEUD7kp19wyFUccgKr8lf6t2g6fZtrDC9aM4B4Gig/H/eTnzLEMBjFIAHSsoj26XNXpq6DPeNi8VP0Sr9pZP2K83VV6JtFF0M3vz1UNI3qKXmX66xBQF4CWAhBCCV46ZzFHew/vKOJgQUDZ0aMvbMj9VprOKpaqY3WP9QZ66Y3iNXSuXy66EQQG0FgCgAwDoCMczUSCCf0cCjLkubaUJJgacnabEymgzE5v9n3vreaOKHmz/wl6ID2KT77O/bf+g92PqBM3fQ7+8/BdPkA4hWdGr/Y8KOK1nDReirvE+xrmcC2OOcD2IQARCJYmlclGWItJ4Kj/6ATHNZBmDLWLP+jpZ3eRH7r1X7EwsYu77e2q4AvgSN6ugZXy9BN+yM9HdSxDkBbsYB1KUTbYLH6u9QF/4yEvwxECBugMNFPwB+hCiAM+WpcuhRGaCtd107209ddxnh+b2qpwoSEAWknk8THUD6p8gdVskAeCHrFxcAQEfN+1V7763t6znNO+4l9NjPkgDAEQTQPtFVmot1wP7zsQJ8gO7LXUfQxjCDPzkH7T1g/0BbJ0Lfv7+znpa/1bv/tWni/Gr9Nh/JzgUIVgEc8BZ9zmYXSBQQFaBpMPPyAsYIUYouMAn0/TAMeXo/ivyMEgNoDZqnTICotcP2r1t+dJ/hh80K4BFKQDl3/QVqa6ly8E4A315HLJXSws2UhsD7xJteBjh1KRDgFUCiu3LIAQRADGC8lnU37J6miElR01PKx0jOITh360SnnzqulnZ6oyopE9UzLQ6Al+IAFBcgNp7x6+N/0sebAYHp+LmZW11LDNCrFxDPqRsa3T+2vlI8SgJ49j4UBDd1TVucC6gMcDy4tcUFPrSvZww1aJKjjQRYbVh2IABNE5Y72tKUjLAdfe7jiBoeNYozlWkMGdqQtsxlsMD5wImgQ00/5sN0wHC9t/+KAghfIgAHJ8quLtrm5merxW6dELSPAccNfswIYaeXiQoCzQZUCQA+cH6A2V8cO1qrDi5P2192R6IAmD7VQGx2c6mN+NKgVCqvI4Op1nWVf3QimBRASQJuTDUpHCSyJPH/BjcZ/gM4St9fCICsv+3brkQC2qZEBtUHQNYv9q8a4OEKQDt2gI1coNYH6MIAgi7mFzn16VPDXLFQfb2Z6OTPmKBEgiYr0kEDydgrRxFPDPlbGkHer+T0HWsVux78W6JBEibk9SAIJVKST39fBcAceosCRHmvXxGu29+e9MBcGzbZfxm+69VhNJ9KAOMGcJijAKQA2AX4UVem6fjyMp0mdps+nxZ45ivqmM0feZ/Vnha/CTLJBf2/KQTYYO8hHn9uixDADnbPlCB5AOwCIOtviReYFVokKNFBYtDqA1QkJ6w+RwfedbUkgH2BWRswWQJA9dcupXQtTuxqgVQm80fPuEX21TlMEAMvBBA0DGhVhC4OlL8lsn+S9giIS8Qvn40LLC0/uNgnrJ/7/13eBuj/6133b1cAt98bymd0VQGESwpg49Wn5d9v2L92A9r72816AaABvB9AS4JNpAD8ItVo0+CeJkNc+sAnsv5schgIwBpiQqqbrgVQBEBJ6n8ysT/aCGzmaPAmUUFsOubvW/T/sH3xAGhAkAepoADaOc4EHskANldfCUAXCDVCPEWt+NTFDO3hDZyY9OW/9bQc7E2kvYoQLJ4QKksfPhhtCYAVVUegyD5a3AYpWMgijiOv/krFxLjzzztQQFWF760A9JdcHdyvEwDgsgI2DkAD/GlpH7ZeqHih6/1x4+22BFAC2IMATE0CQ0TjSUqqoUQqP3/sJJ+y6WXpBXSBga7yMcbFaoBPf6AQiJ29b/x9MHhp/Cjn4RsQ+V/CgGi3fYOVwTQXmJvipSrwy4M9iAE8xXsCgP0H7GYrTPu4UAA8F8DN510be8rBFZpxbOT14FzwTyNacvOZhwkMAPsvBNA0skLDHZgyTTyN5C+EBsjg3/YbfABhOwHceP4qAQSlkfUophz8mw8I0ZalmTZegv7LFpQT1yIBeEgEEEAAh+mc8BecKQfin1T6g/KHL2ZRceofL6CEFXreTrVeQGT/RPu1EoCkANDeTCD/Idk/2OWmNKAC5hdoCmDPDoC+a6kEAe0lFUDjAXzBHrFZArAms22otwHOdGfr1xGAOgTt8uARq/JXK0t9Ommvr3OOZuMvJKgGMC4rLfqmPGL/dUsAGvvrANvrC18DXcFRiAKcQQSg9UB/nwIIdwQBVhG2EQCs5lqyjweMX7gj+hwgLyBcTgA2QpRNVQCsfn1OQCXzRfaxO5D+aLqJ7fy8D3YNiXT0UymxYpJYv8Yh8m8qEcDiAxTzd45/NDQYKK1i/ioJclNrD+RhQI9AgCgCbASUJmubXhjgS57/sOlJW81NjqX31+XB1Tl7mDE0dQIDfAj2e3u/EAj40DbUpcE9NzUFBLBKh+IEBAOoAOAvpCN4t43YPzmAlQIKVwgBaDHQ8Jt8AHoqpZvf63rHfq8CWE8QskhpMZCP3DKQSb9rnKX2H0NBtCrgcNBIgN10MtCZ/q9umtpDjFQ8tz2UH74Y+/Sc+UGZIGh1UUvMCBlRtClzPrzIZUFQ2L9dD6w3KX+AjP9x1KiAq0GE+B+Rg1CCnEaLFYDgU0NCtbY7mUIzMxECsEEAbi19gAMRAK35YGS+WUnmsq2bPtzVB9Ou37mdVAEAayvWLDJbVQCwfWv+tn4/GaQEYfjYHRcE0BEBVMD3UAApBdcKwbRWx+5BTy7efFkgOF71RGHPmI5kU2fkuv8YsCssYFXAIa64AdQJiCnBbx1WLKaXN8fCAASbuAikypU/lQQA0D6bvxYC0VryjN5MAPyBB+ADI/5h2XOWAPY9nABQADipcwSUAP48Igngfg0gb9k6GvTXYCoKwITXeecUQIa+VVnU2brLRZcX+nChGRI6ha8EsJ3hdAjQKFSn9YzuggJortq1P/ULFYC2wiUCCJ9UAB6bPu44vwA5gG5OYdL+wAUNAzY1fyCiFVV8FgkA619RAFWibP+B9PvAqSrHvTKATTi1yZL20pM5AIO6AJ9l7G+rgWOnF5L07hoXgNln9MUPgB24out7FCdjbUDNXmhgTgQi3BSZ6wmZW3GnULiZPWIXFyh7PWOTU+3z5ocAngEcwobPRtFY3HwH8O0VgNMCTtet+wDChkSzZNWbhzK4X0q0WNVMAlb+xxS2bSuRACWA3IjT6XwYatowS+3Y7PmfBeTidPXPS3OPA4ebNQkIKN2/gmzW5PkIG6gyWHb5sH4c8LQsSUYkABEgDgEZAig8M2tT4Uo4ehEW17+5r/KEUs59dOW9/te7RqvgHspt/if7c9/PB7CuANC6rQC25x+EqHV9ry8TEOOlJwPn/K1kYYU7GMBHAgwBNFkACF6GrAKabtiX2YZKA/TIXXylpWXA6sVSABm6+pfNAfBTgHr1CIAnZBAgJ2gTIIZAhxbn5oIOZYWRaxOvff+bpL0yTHtk8vCWCxjHWwwQ7BcgCF+ytfXXeWx97/9GAXgfwPYrw8g0/66oo2vXzScGNe1z8g674Ku0PQ7AigIIVcwCoBmGUoB/HA7jewMCmFGqyZnItOwcA6gAkDqgwJ/G9rl7N4/kMW42XQCRgHxnUCogOv0O+5II9JoJIK/TS9g2FAv2YKzngQhfm+yuLQtbC+Czyv6r8ib5Vrhh1+FetknrJOMb2xWAhrrRvPaXJjXWFMNn7F8p2yMknUdSGZjpIuuZYb5uiL+DAKwCmB16IcW305kIAHgdx8MwdRgDYA1UWc+KdjIbOfj5U8IAmgUI+wcW6X8/SqO4+Mppaf9YVgTocVaCgHgJbL6gpARKLPCJCKBnXFethc7sUGbTtJAv88MmQw1hiwKodFbQbQUQ7mWZ8Gjuu5uOwmOpNl39f5M2b85N3g4f311ZioQsxxOA1m2N6WIRRLsQzfLmj14CVPN84lifTmT/shzPONTDNB3wRN4i7kwAmm4IWNopEmCeBiCzgHwKibSwqdXrc3xWBwFlDCCQvp+WAcL7IAMoAbXtGdesTX2t6odPS6beZrS/GcFK32/zdz2IKMIv/3fSI8nI84eWc7j0IhCArzCCdQFc3Wj7w7bfKl0szCuA02kcR3TaMg54YwKINW5xZoH9PJcsw5ENJIAWArEzAOHFh12LhWvkT85B6aNREgPR6/d0pGbPtk/AaaxMVPIEnjQRqL/eh2toI/EhWFZdw3ezszJ78z+Q+L/6M/AC59t8ypuwlv5j3YhhJREgBiYApwASEOi+MqC9b3/YryiATADtOD4TKIA/DONpor9K+n9s83LlOKA0qiqAfyL+O54GXnKAyiQAg97KADP5R0gC+/JCmwaUn2hBAewlhNuwzBdYJAKt9to21QYMIOpPKTVs/bZ/I1MEmyv2COMN4eHT574GddKHb8lYDs76AZvroc/r0KOUa4zezpMg+E9G/XBb93S/4AMAAUw/m5GWexEOGFoQQAnr1THiLmVDCvRv6OLhiMeB6sB8cACoAMCmCgDWDgPnLEB5DnslhUX5D1r9s1n4ALq2b0uAAAqgzXkAdLs5qXMf5AOOLP6UofH4KsL90f7H95BmDulWd1/wbYVJRLwa6XO+sfVfFxxdbR8E2CJdD1b44T9nkcCZoUEXd16Zh1nHuc6YM3T0/wRPDBiOf2LzUYAqN7qf07l9BTAKmE7HWM1xfTJ97MqiVuIPUO9/08WwT+wEAAEQrP1D/ZsaYOIB5KcEnNmj7IA7xvgI/rVaGZSaRAF4LbWJAGw1oJV1GSkoUsofRV/DOYabEZ1f3++EsGYfaNz/I8KK7XueWHuUkoljr2cJhNup1O5lVouleP/HG9xfq4jR//dh86cZtp7k9XvtOtGu1kONp0ulYUsOxQ3oPxpemiik7bf5kDghgAhgTxvCgOPPU9u+MsbdrjmdMi9JVJ9QaCDucQNSKuRWQhZFAWgp0ItLrqnH3y8MqOch/OWF4gxo2r4lJwBHDVqIAGoCWB/wzz8RCTQfl+dlIPKfH923k24XZAi/X3feFP4hfFpyb8/+UR/05mm24dd8RuG6BnR4eLJXGQMc3MLRxsjrci4htc9FrHyVEEnRjV8A2b/JBKQxwJRLPGKBt3EcT6djwgigLHyR78oAAvShc2oE5A4UgGQBuPXAYfc9NpX58Av2HAicl/vVOz0rkgDvhx9QigJAOfAGBQACaLBdHZntpVgGT8aJniNu9CrBX06/HjKMWUfY32vLm1gj3G0UYVNAYytlhI2GGTbP51SEL43EZG8g1xsOF5O7Y8Kx6P0YvdLz/z9oASH6T8MMAWKqYvqXtGttbJiGgbGdPfpirNtgPD7A//+TxCddzqpwKaB2bZImXtpE59PD8vsVCAAbYJsW8vutLWIAJ8DAtkYGsBIAoP828mC16MCGGTIBpPyy6bEiVwCNAyy+xGwB6D1z/fB3OJj135OC8YLNxhZgAhgC3Lt7xqp4DgBRWsKE+QWJc0c8gBmPNDpvQXszMfu/DWvigckz9WhgO1cw1dp/NJjyF4wK9jAO5V0yYIu7/HfHZjTqm1ZuadVFO6oNJ/7D94NKtwdOQXdw/V8QsHB57UbReatPb0bAj9ffr+8Xy+1nau/24nFAwQ7hqjVsvkCfDABeWQwQSq24vrCAKh63aJm9PnaC7PVCfAVPYcST+wDwuHtnqV5ejswSX+9VAUvrhoNQunkZ+Me9CmwkudEyw3y0zVx/nmp790Ryq7m7lk86W7Bq9HFN9RYj/80n+hCoTip/zRr91/qv6edhAc+wnggQDiMFEHi6VV0e4BweHIQy+t/jz0IIWOoFj7f3Q+/sz9ff+8xI23xw1v/T07CeuqycNBvq4xzANQihAeg/JoMKeYDRzudAX04E3F9jjZCXwfDfKwHjTVBgSwIArLEgCIYD3nXUA9jgc5E+pyFcD9r/XssJHCiMnnz83hIhjDwRwnd1XAHJ5rb3LaLE+oXGf3zrvKp1mWGO0ENuqtJQ1CpGWhuXHzZDsMri5XbGLePg40aAFJWN8ZR5lo+V7shl2diZ4G9xMq1WY6GH6W/LbwdOb1/7/nfynHyX/8MClvpW+7O+/waH3/vX9fdNNvu/Nl4I1Hem/vPUOOzPEMCrlF9YDtoYQKwEIp7PCJ9EpgH3i7so3T8yAXCK4ANAGBDCn3EGABDso/3u+oHFcXOVWEZGNSFPruD3eFetmguGJm1faekuKg8YKjx3VQIvjCIxkDszwbOpc6sKlqZq6gQCi8VUz+gu/qXfQiWNTWd5ppleP6j+hbTPAUDXv6WL+ihSyWhvEMvZM898yi0X48jQahfH8wDQR3PnLBpw06oG8/8naQAAs+gvb78fG5j8+/n41UuEj6aX+wFqCI6BGTgAiExaTaCbKGD0859TTSDPFkhyJnRQ7x0ARP9HKOD0zj+a4FafAgBTrO2U+UHRZX1ArWjBOe53MSUzBJjq1f2cHuEun0tjo02f50SZeYU7vGtOW0/9dFEVuswGsh7drHLmIJ5oZaN7bkXmAHOtUqO1NgLUMkxmjKYirD2u/4u3WFxXGRXTDvGHeOw6eTxcjZphHJoiBchwnVknAcCOnqg/km3xo2N3UHq+tX/64xtkYUzv7ft4aJ5dcHHnOMDtiJMCAACYrqdtSrgfv7EVAFBbpKRwGigKEHt5y9MzIJC89F0/hAFKGabQBJAtoD95CY0BWEVAT3lIKSDibWLANZB+kYLc2/MTXQ0kS+K+El81QsibNUP+nADIm+RNas4eB4CqfaUvM4sj9MBw6bLVpY0A0BJUzWe6C3QIZ2TGFBot1H9Y77l86Vypwj2ERtlBk7dA/xOsPTpGuTZ0WRwD1pypWaPZBpgjVSQqizm+8UfegnnY15IowPRihS/kZ6keOOu/4wx+mF2ZG1X7cSED2P4AAIcaTu/5fT0e23cxCkACcF3eTm17ta147IS39JlBAEqDDaB5gM5PnEmXEUBWk+9jD57lMJQE7YeoDrjCggYDZAA2NVhxmUamcMn8J1eXSU3JFz1bbv2Bvq6SqzZnAGiaNua8x8pJISrMx5Y0uBtbxbiGiEbstCa5fJiFoJIBiKrY+csVOo1pyNUvmKy1LfSmGFXZCUAN9SLvQMAtNwZ6Vp2pqqoBFh+BlYxnUEoCQKkLMQXnz0bngcYMOM59loVtNkIV4E8sQAigDTM/MZttuKOiy0kkwgxO/EDyAlJKoPjpnYvclx2BAcAzOvkYdXo2s57+Pqg+XpkkKKze5A1LYyJAUGgW+aKA/G9ph6e19ezBMWh49pyAMBOw1B8PezK+QAaAyUF/yUOxBKl5MEAFP9ZI8TobRChuQK2yH5G3KF1XzjhLhIvpkH4JDiy1CQBALdG6ceyaepbyt0w6nrYR07Z3ppo42Fgs28j0IUU7ZKR4o2xroSsEGkAAfGyafLVaAUpokCYA/ZVsEzJHlVwPGbdpb5tXR5zKzvRuo2LxWuFA+YWkCtfJAYA/t9pR5n6iESUBgPP7MoZsRrxvUDrDRVoB/VX2wFT7RRMa793LAADPps5jRdnf5TIrAoBmmmONrGqvvnligFGAoNGx7hcJAPS/ouMFAiRnANTe/pAT1EVFAjik0MOAygTMV3BKancrtRlFVlLrtBfgpYK0xc1A0EwGF6trQr7iqcnIqxuEFIDeZb9ZIUEXu+SKFreeCj+QalVlAvBbhIi2brmkwqpHa1d+9e8sH4BxDQs3Tc3qGcVqkKooF+wKPJfaINlEyRJIQvG7VK6FbZuQilg1JyvJR8RGCXUQnDMJAD7N14kt5YiCqlIh6x5fWT0NcQD42PC5LEOpN5YU6NNWvUVRHsD3VvV14+LrauwDCukAUJR06gCAr8abdZgg1u6jn5cFowFSIpA0H+IAsMHO1tzTUlZaASwBhhVV/z7jleXAsI274oUMwGoC3S/LApEBwKKLbnu1afyci9J/9FcMA0DTsGDoXBUYlrf5LgEo3pvWoRSUs9WyUL+UID9LBsKGJg3gmTYqEResUSKA3CBc0SuXFPnkbb5nhfNW1JnqkBn8RXwZIgrSVQ6GZewrKdE9TGH/73aJ2SsMWAKxi/9HyfxMdf29SI739gQAc627HZS4mlYTsmqtKclOmDFY/8AHpzI0ZCo5gDp5rc9FJgAA4HB4Pa3QbUjtun683pzw9dg/4U6M+0EsUGBDGwgAYwTA1JY4QA+AE4B+zAlGgCYElpji2wKW8OAnThQIAJYJNO9sWiig2/glUoXAe5F1ahWuSNnLszIMSG4uwh7KKM4JADCDTfB23wkAtbZi1zt3Vu4BB9McdJXdKk6dCBDqykxcUDpRCvNXGBA1v0ApAQEEJnPLWoE6NOp6r2iogiFpsrR7qb74bs2dIPLXkFO5Id0EcTNLTdMw8Cf1i18dqvQjo32CqpI6sltFS1XQUteuU2jEjvJ5ZoA4rmZl5ABS9ZZ4fsksoPFZF8xOAxMADOC9g3A99PLu5XT8un5tALCtfZkcf/xj+T5+b1vrsk0U+H29fh/X4qk/XVb7ys0AAOosHY4VQRQAeF6rO9NXHaFD0NMr5r97AhQHEBYwE7DLPWuzFgqBP2bGtQe89cVR2mNeaIyF2lVNGbw73a1TFxgIpEDEG+OZak5eIIA6+XLXsqb325WVjfq7aYQ4ACR0+eEZ+n8CR6EGbOJqRVgxCnQ3UZ5LiqdAr5Sq7e+Nv0yNDsv7BGD8+ou7PhgINhx0ZU3ehZn+e5skOX2NRpsRd15EnGlM7chnGcGMeH0yXXWToqfYMQUXva3CTXjQFo3q38QFKHMTAD6Aw3pZ1q9r1/TzYVkxy8t1qR9IsOsvH3X5xtSPdXn2KSO/rz8uS/Hcvw0BgCAL4gBjQfBzGg5gDIAA8FUWcwOSIEhECaj+mhIQTgAVDPZ6AJB/moq1AFDDRhpdpNh3x7babyzNkYowK7RQ6ais2mPmrZcGtMZkfp0b7zqal5od7m7yPZmKn4tGcDOMzw9r8oDrzow59DIq7Fw02bjBoP9HfIxznFAAfiRUaSJOrYS9GGtF29w2oxUSETWcaU3XCe2q5N7EWItJXXW4+KR7uhSOOPg6KWkzEJ88nRCb6bY4fIFtDO+fTrVuL+aOIwfg+csQCP19ExPIkYKFBwAAXks5Xr8snvZR6hWynAaLfV1sY+sAcD76zMDLgrjfqQMAALC4D0AevVgLBK8CgO2YY1nKChNAau/gQW3XXCAQYwRnxQJoAvTTOk4R4L5m10QAwjXTKztW14PkZBzu1kHts8KncH2rhUT4NuXF1Q3/VykzaVwwV8ToSYHp3aF4o42KHDlpQpUYgBffbGnIDp0CRg+mJhBWw2eNdKS0HB9tkCKtopQ5r3YApJ2c05qoRArZ6tN8nXQtBX8tJ/W5nVVbJGglY4B+HS4Sm+rJnaxAgrWtK+h/7X9oiD4rkQDqPh+R9UPKhAFcOgA8rcv6+29Ph14V4OWVmY2LO/P683Xdz75vNU3+8fpzV14QAIQvqgAg6L+CAFwQAHwRAJ6C6GB5AymgBbaZL2AAR5f/MCGg6V8t8xw1LoLZV5eccSiuaiZR1n6JGjUgYdg7N7rb3SAgukvD3E23NzL0ujp2ZKpA1XBKFM40D/XjQStw3qTd6p9OFCdZXUNWtQvJ42KVAwyoyj+p0jcVtJhYFZX9P3bWmQZRUr2RIeaNTUYJ8Q+Uj+iXrxOpjzc66jpjK9keirECdAWn1Rl/7cb1iv5kRcRc3YMQQBSAEviAlsvIA/pVvGBwbweA2n77/fjDodcFgq6b5bVp5avLT88cIbQ+b3P+I1p/ePratNdKgJwMAJoDwAtnAz0r+ufChZEBuAnwojxg7S0egBeIrRIarCTYGQDw6/aYAsD9keBtk8TPkwIs3rnF2yprq8UK2tQTrobZKI6UpoZdZaqDHDK6wBsr5rM2Lta1aZxZYt9qtFijeMw667afKCEgmM7alx8V/xFmyRD6gLvu93cWOu6wZzh0PtC51pWUZHKd1Kh+0hjx0QMv/P9qNF0n+mnaGi9+ZGC3mULkVn7duhLVlRW5fMA9Qrgcz4EWxQEyBUgMQKRgSAV+q/Wyfm0mQKnfv3ceffhAzwzpeizpOTubYKsn9bw+Ha9tqScBQAMAiABQ9eH7C+VA0CJ8AE1RgH7QWTMGMHBgKr/LAVs1FkAFQc6U5b4Y6Us8UvqcPh5i5Eh4xiXW/mYVliGeR6YcXP35fzZRRzcnpFU43hvdc4wRcnWYqOo3Sp5gmLdpnNHOboALW7XbGR3OTYg037hY8VA1whIhNRAARvhjSWl2qDXSIDavqArJjfTfb1Ux6LZQm3NFg9yon8GKg9So9VJqdPyZRhqu5m/gjxdfjSryDzEfzgWKexm668HTPKcvw2Upbe1qBRaABH3mWpEhRgiQbs8ZQMSGZS/w9W0A8PV0+PkHIEDHAI7SUUIvuQC3HJ+eDQCeIScDquI+wETiqarkAg4AbxcCwCv3DUBhln+cCFgUQAsHlAk6+uNflt9oHGed9kq9K++BNab7Z2dBrTsRUIMJVaK3vnLPSBt1gPPCFof4UvPZk4RGd1dcnEN8ILcr0rqpAon5iwgpBIi9QyNCydLoJxWqnIJrQUdhgZ7Dmyh/rndKj0UA1NAm19hoabpOGtARYKjWnbIkdy32D4YRtYuYoIsQGkXXTS8Inuy62dTUJtSFv7Q+1/4zw/M+8F6Tdt8gwIQBaKUFdGidAbwBAYwBXDcA6BSg822pL5bxJBPgh8fjiwBgIw04UY8CigBoKuk4JSAR4K33RZcOALGEMFSb71Dw7ekAoBDhYZvGyL2FMAF+2eUfACAF9rNhlteoVpRB/TNtpmVNOp6Hngbk373V2phnlOyfGwXgCUtJlDI2sgpnh3myWpEXTz0BqiTjWmcg+MP+6tybdFV7KRLN9vK3jwSAXlOTmnp4mjIC1fB5hmD9pLOcfl0nUYBoAhG0uIwrAFn/PkdIjSoQqmIEOmAioSH3NCFKwFMSB2BLgoCk4uz2JxRg6Z2/GEC7fh0+e9TPFYz9vj+4jne8Hn97fd28gHVZfU6hE8DW2bwsAIbr8M56HyQVzzjmUrY2/BjNCaSiH67t22OXM0Dho5ayHvCpMgHPrAs692QLAHSVFXvKAbGcA0AESKMHq2Z1K2TDybuURsviNpSyigvSNFQAChzgQmNf1BJLIY+HDmnqAEOdbYwfxq/DZxyKgsZ8G4j9vr+2b3ITJlAgNIFKygGA7a+AfA0p+FWOFZ+YQqRsHq4AjZZui8XzOpGvu/IE5c8shZodv30rwfqwRmPItkQAwPt9ABCyNq9fIP9mFQfwbeIAJTEAbuBi2Lg0SmcAS70eD5/oT7t+sZ9PPECbj8fX5w0AVgJARwAYqTQAIgTgTROAoslOAfoP+fbuYwHGQQDKC7S/IHaWh+fye2mfAICPuwzAfsbIL7kiOpWZQu5XmAeyewAdBtjXl0qTlYODczqwDNCLeivL9WyjHrV1ZeFFHMGriM0oOm2qzBb9fqxZrWTYeqqKjF3d0zEclZmNfBVO2b1R9qP70QXrbTSBauJUMbFSRVBUmR1HEwEQWUlZxmonkSoF5NGmGg3XiYOZxGhiFROOyWIKhFRbjQIVhdS+1+XC1AYZSWp+IpFNMCI8nFkdOUAyA7Lmq+NP2OCZawSA1gHg46N7AEiyqfjw5kc4AKsHAByWTXk5qZh5CV9FGZT3BxSwJ4WjAcv75ydJg+x/HmcBP4otuWlw+OyI84naoB+eCchHVuaQ7iqPH6wtornk72kmHeZMH2NQauWYaZqGhGl0V6HFAADyLeWbtZy6C+jE4sWj9q2ue/4mEyAosGeNxkZt8EZRo54iL3s9GR9iFezbpQH2LVAz+tSXRQHUsaqpySgLDnBXm9BU/KhLY872AAATOh00WACAjQZQXsZi4Fhe05Z0PY3ZEwCI2gwXv/AnPYGWVKcVBABgZuz5+X43PtXQ1CX7l+rIAXhAQAA+JFy+wQYygAAA3QVoDjeXzqnxyhfJCwDgxwU+vx0DYgTgPCQBU4QCNiB46/430wOgIce/Fpn9T+F4APD+t2b6vzGAz82Heaak8QA5Is9RYHwh956WppYV6AaXdI2GcVGJgUYGIAMuNBsnV1UXKMACpvQgsBiBOiDfcDulj7r2pAH0eGOWh1Nf1si2oALJvbbvKw7Mr1+h//AgWLh6jIMCJrNFkX0AKnAhpNoHmZUiqMoAkHlFdAGUNuLyPsUVVmgD6FcqGfsJ1FhsCf548ZGjyyvSwAA0s3+AZfxNhKSeawq0yFoKHCD7ApMTYBoFUGk4mQAgAC+bbd0tgdTtOxrQFnh9/SQASDiqV1OBKAUYqim7ngXB+kFwEUi4ovH+PhJwNAHg+v/554Pt/mkAwDBAmB6oUN2Db6e1keFeCvcNC8myNABgDgDzh5kAzhsLjNW2TVJMnMSR2DGns4WUUyfTNLWbgFyW5Xjr6F5jLyy0qK4BCNSsdedEIa2Zj6SrgQEoCl7iNmyIObiyX6fD4dwAEq4VJ1qtUwtk7atRWV8ZUwOF9+j5SEJwKJP44zhw7CZPaY4aRP/PUO9A+dS7Uwd7mJRgZT5QIlKC9lIeZY0cICNAogATF0BNPoAvBwDYAIdB71Gs5xcyAJjv1nt/Ho4AAJ8H6Ccp/8gBaMdjkd4AxQLwAn1Ooni/af6Q+mcHICZo7oDPnwEANjlgniJYiiVMqGPJvBDpm83wzGEqbjrqYLemqH+8IG5BygkgGSJCaJR5cEMWADdyTyceJmGUge5W3bWtatSY3NMrzn2lVjCy7s4CRfb0FoJm3vmQ7kAa8r+x2XeG4ul/y181cddBwixYRYOfViI31tix5kbjmcoHQ1plGXwso4ENyr3Ee87ZFBozAwSXCq/8FCtM/h38BpeGtzTx2l0ICHFcrCQkrpEDaMQIH9Ty6cNlaWIAFgV4+viAKc6RNhDqfZYAAGMM70VYQfU/cyUzC20kuaCOw/ZHO+r3+8NXFSIEAHxudOA4Shxq7tO0UJdtrZNWRbRTLuykWnS2LKTv86v7b+YgKkp/zY3G8rLsY/QskzOlYWIjAHIoesJStZ4bxbntBkSpd039tFWSGzVF5/jnlO7z6PwA8SgzNAABf3tcphUxBpKkEUPMhrlXiz57GCTzg3JMKnOA5AiQLzAnA04YwJPlAfzsDICReHXloADqr40UfHxseQDnDgA/gfnjIyk/Ht79y7dHLLAnt0j/07wgXJQTIIYEzjYvkJsAtABiNqDs+6gphfG/pJBazFEAL4CifpUUbOCM3E1FFuq8GgBIOYSN0kMdUSXuphCm2oOwG+YZVLVpd786sLAb7qiMJcLM8URrC41W65RlVzC7gGwiW+vhFKqfaSjeboTfNAEUJX79nAkUxiTsO9smYSq9p/zfTIPIqCI3JU+0wuE3fHtVLuaRvPhqNCrzI6LELonGd2U/AF4jCWjzBxmAM1kAwIJEoIMl/6W+3hV7NwPw/vLS8wDel5Pb/TczgQX1hfWPp+k9h/dJ4ekZiKXEpf6GAOT/FHMFbtsOHz+fn+AD6GYAQOB6vTrDlmVNyJS+SP1T9kvuxsZiGGg1VhrWATK7dmZYc4mNW88O3ogVHPI96GqFXtktO9gQoUpoI7BhX290jKareD9eqKrYWxg5mRDpZm97UAXkYhlHIavrm1XEkWPRLRNDVJ0pY2144AywcdqbFkXMsTu3i6nJJtJPz+uULQDbqBywVbmA0jweFZ0VtCukzXqdi7okoUoIBWYOgIP4KLcWv2TGABZjAMbkuw9wKkoG+uhjAZ4XHzKgj+JUQLEQEICAUUH/c1OfGUgvw9Sh3KxsYBQVcRkGCRAAzr9uIPBrf7tCZP9LPaT/bYTmLvcKdmu0m92ZRGlBy5Dy03hjNW2e6wDbdA1QJx48yONA/FGB4undJM6VHQBcZcCCY28V8tb+HgH4Zat0QBnAJEC+PhQFaPN+Va0XfXudqSOAL7IQLb3aaiNbFmGmHXkWHYY0c0u7Ke1w70z5DwVV8eJrWIQAACK1jRzgsbmd4zHBxZrzAZZgBgSf/yQPwKWaCQAfgKt+B4IswXUHBnDeAKBsFoBNAjQyhPPQfVPn9QEWcz8PdSZvUBkwJQDSHSixnQ4bABw6AKAeAGRT/u+OAH9+t3aTXF7GiRtL7B0Sr0zcslXZ5koFEU0eI3ambLlNOSdovwkAYnPBCZ96K34cviAfCpuPccDRIcCOlYNF86A9NZw8/gQAsXYGQW03/JzEv7sMgOXOFFsMuuy1vBUEpbECtZzVQ74NLdQwyC/GQLBbm7hPCBY4XkxtaCMFS6zJPAEZF6MMxlTMTc25KTwicoCxAxALoOLz6mYGUCk7A/iLsavhbhqGgXWcUrImr8tS6IDHg/X//0jik+SzUF3QCk3bRMua6Hz6sHz9rABA+zdz5HgtTw4AlAGQBOhRZtkwf9IBaGB3ICsUEKZPYbs/XwLgxXyEAgDTC+XtTSDgY/9XHX5f6aUP8m3nQvdiWUpuLTwPCHZXxzUNxMcxuOzrzQxVEmLebgAw6k2+2sLEEAygzXTarT2yFKYxcbFVfG5K7ciYDWGsmWw9E1U4JciZFRKjnRiAS8kQqrJ3yrBBAiDmt+gsu+dt1qCLqMJfpmfafqXMV3aQ2sg+GYDYtlOK1+Reeof4XSICDA0XWiIF4EWhGphuzAU8LAvsUQDPAGZlAACAUyjYmTUY7+byIAZgDMB3APahPOnkTY1q6qraxntXHoAt2Q2ZPkrBFD87UPY4VQCY8bgYA3jH/+r/OoQnLeS3Vh7yfp8B6J09WNo/cjfeV9DH+lwvHMNaEhyVshGZnw5Tl/UJVSuJhQBC8UPlvFmAsHnO3OMjjkjJmwA5c1RaTeBZq01yHbX/kS4QxQo21PW2AtvO0s7NoA0SIiZghhYu1FCBOrQZcTsObKFilymrUhNH1IwDRDTlkBGdgeX3lYQ0UgAy/cgB6NK5SACnAsXc4EGeCgB8MQDY2io+2my1TObyMaN/2xnAmhAC8LjB/43bEwmaHVSZxQWgIwCJs344AYYVYvv6tG2IAZgLcCEDKBv3O8d/PI3NkJmWRT+1Nb4eGishtikF7nURy4P6oP2WQKltBwBxnmiKESNOQyAx8OlKDI3JlJp3O0Ykq9X5LC6i/xNDoFRKH8A+Ce1tVakfArsZwhrwAxZpEtAl+/CmJCCwLA7TFX1c0XYN5i8RVGlfZNNk648nLSQfrAnoFy6+6nTkvEnukTV6lF3W9XK5PIsCcFJQzAU0ENDvFdbIIVlLxHcFgLkAgFmx0HJXnMtIntYBbGAAD9f0oBvAmTzkFUYD2O/P2gXz9yt/gHVPiPjN0yzqcDQ+mnaR/gAlCFgWB32ZX/eOpofLBeZfAWCXdly53FYU/2FCzi6S0F5SnLQVp/zK0CYGkJ+k3IUBMAYYnYo4Bjp9sQrErE+Pjbssi3k1qQlZkZnQa4cMDG2r0kd2Fabusx8mldrn/ldn6ormzydb4MLXPdUfuFJLWgAA2E37ochGXyk84biYP+vnmtra3nXyU7OJfr2VSqHfg4q3YMtCxPqOfCkSKIBXTgrgOcDDQACbBT9iABDPAMSOZ2PoeLIhumxCsGkuwIA0IJjDiZF/P5lHrX+q1q0IgG2fDjQ1nAiAil9omF6mvxoET+tlnUT7tgEA5tf5Zf+3A8AFFKACwMf9471+hbfbdc0c2az/wnJJKZMMdJ0ADaSncYi2qiQQNyDtn/KMAmDvRqnjuHmsHf7ijUUAWDQfWe9taU/lch0ci6y7jScAkaq0FcYQrSq0HRql2oiM6Yce/+ERdaROy0ilRZjA3z9YZLdlsWmyDqZjhXG2DqM4DyqlwWkn66GhKp2egGrxFlQISg9eKVuYRR5hsPlgbL84BOBzSAR0OEAIBGQgVocBLFgMmADwPpcyINq99u4h/TfCXn2ArQKAHUj2QAYP2xXBXrNCjCb6ON63CQbnA0ww95cJKcB2MYDT5UdaZXvbCjCpHMp3+fpWYwB3yPv+4nBQACACJ9lcwKANnyMD8CVXsNSmGIgNwdhjCjv2G4K6WcK2Avi5HEkq6ZRivglX9dYcgq8jBZ0Zcf44HoYiDVtr0Jl2h7Wfs83d4dSoxwhgpahsI0alTWodHQvUVnpWRQtgHiAdsi+watIXef9oHZekvpcIzTlI4leK6+QS/9UQtVIJKUPaT1Dl+J94/9kpNU7PtKoO9FTnQwCXZWn90XzC02MAyLGAmk5AjANobTp/ujEAqjAAOG60UFo+q3i5yC+EDIDmH2XaHyoGE9CmQEKu0XKB7QS3gBgi64NpGIBzAbb8lkZ5sW1QaNMAEiiAuQB3MIACAMgJ3AAAMracbmotTUBwF773YGiB+ddv/0kDXyrR554XQKUjpuukqBQfgQV0Ft4kAOTUTHjMZ2jNoaosm07gip8M1+MqwD8M8lCqtIGSVCkg4GAzIftlxMnOBUpNp4c1WPJYZAWu1ILeCAA+2p75lYY/X2s6CQGWO+hAgF+9eRz/8+JHGLFZCgvflJmPeO0QoOokMrlQY8wF9AqDYfqRAQzyM7w7AFBi7sp1Gbyba1Uf0oClI1CZ/9+BgPJBcdKn067aKADElBNb8Ev0oB0AiBQW8p92CjBP8AEMA045pQ37nLYNOwsBSEIBXhUA7pUBAA4+7j9vZnbn6+q8PCUATBs+niRQv8sxLNrP6zK469hxLQde1HKIitud843JqqNW5TFFOE/JFa/xONYKql6Sof6Z2n+0KirlyZhGDqrU+SQGooMqMwGEW9YAX4rSInlJBICA0wo7vE7Q7LFSTnSMX2l38W7iAH3qABedi++2NNu0tMeN51EpQAgDxkBjnwPwx2cDYP6OAggDuJQHAWDejAKwJ+9cBl7GBCwbKB5AmQ5sLkBr9d+aF7D7bdtkQ9+FWqHszgOYyQDoT9iMn3maZo35Ww6gJC7x1nHatgols/lTAgBGAIwB7Ns/P8qrtwIA/quusD2un8iFg5ev7b4gmgvipEJJV/21+NjzIECdFa/B8Ly/Ynp3aDLrZh6deL1SgAXvMyVtrNxKaHcZpTvGiB2YfUsdrtIWHdTGREr1bcajKmWHET20Jy54Ladppbs5MU435KSzD1gq6QhADJOFGdFQWpdqSBjH27Wt6xFP8a8N8Bn6D8xIDGqVtrSzV0GpNSffVnvLUwAe5JAgUIDIASAxEBAZQJaegOUBADgCAGSIZqEO7NRecnrPbCGAwgCyuQAsBKSAGkzbvueOAKXpx26t1LcLtTPOcGIMgFMAIDPNn1OCZLfT9Vq14KsSCvAzr9MdQgZAAHhf13MtBzgOxHguSxmW3DUWxzpTA3y5Qeuk0eSuSX8teyqVo+S+OpvS8s5Zl5xCaZ1TGtQaArhmo5jxAqWFTKv7MiIEWFGH93m3WS1da7UbVVoEeQw8s71Pzv9exzdxWBRR+MP2Qdh/lvPPECMWBIBO8wJ2Zszl8FSDfWK7XOML0vPUIqpk5hcHuS545s0ASMC174rsMH7//GlZHAVwABApgEepIXKApoerQwAyAH2wLbgygCxBwMml87mhTJ1EAPZ/NQAQq41Fw6ddpp3QAwH2p73vcKuUAOA6gdFPYDWgSK1JKmFFRQBtCbpda70Cvh/QqU+1SU6WLh6X3/e7AwBspUIF1qHNFpmzFi2Y3y00Kh/GStnaiD7eAlDXpwDMhicxHXHci66iHHYGpcySmdIIKUgE1PA7jlBkGkcohfIypc0mzFBp/0SZ5GdzLoDI+ayduzR+UZSyj8FTAPRLB2c704y/WlEFSlNTW1ejByQAz4qMs3BgIBW0ZuH+hbvQ/h3GPZulz3kPsCkNW45Qahc/d+xfdZBp7ivsfF0WTwEukHDL8SnOCoo1gQxYPFw6JKQBmQWwOL2V6WFLXXNO4OPq3kcDABGHHthHMGAryw1tG+DgSOF6gZweJIfhSNYGukIgVw2MD7GeIQBAxPPjSiW13gdo8Pv3uN5u0/2rQsE9nXlLrhbsirSK1wKXGUtOqjNplwP0XcRduyCBxtcmQhhWhWDjtpLxKiuxJMR37tYkTkBuE4yCVFjJPQ2wWVOazVRt+OgIc/yCAGJWNpc4DXamBlWhC87zv56VO8mgdDhQqdm/xWmYA8BmJ2JnHb+KUgEoKsXSWDaRL0ZVohB5tYKmAJTpqrGUzIvfd98NvgoAeArwFADc8aQAMQ7AJRpYFUQGYPdpyQK2acC3eYOxNr35Q2WfLRSCVl7bFesCcFU/2jXt/1hUKgEAH0CdL6sKyf619wfrAWU/MgBARLsuACcRgwFYusFZVXS9KDuA33aZvt7vBQfeZUD5/JlTBz1shwuY8oHxIAaGov3/+6ZqMhBZblYZWdQYKqHjnxbVE0Zof9b52ixg2AFAt8baE8YX0XaxaqjEVEtiLRyI1ebMwHCm4c/vKmVjNmPjqcZXoRK5j7bDFsCcebb0yEBI1XidtB1gVvU6mIsWl5Ptuyu8TjgZ6Hl08Z9h6LcjngAA3x0FcAgQj4xPQycOQE8gVgQMDAKSAbwe8/D+NluyDuk78nLv0p/ElGHXMwCA9B970/4nPMD/yz+JBwS/oq0HwHFyMN/nDGB1/FkHrCgAF2A+ylLmzm11qZjWq08qeH+8jeP1uywqOH66WkspuzGXfAhiWQKuFV+XzRfdEfx7g+CZ5wthvS0AAOozZ507jzyIQRen4ekYP9CsTLJ9Jj//gVXUOYCsMzdR8xTiJcdUZRQfeifoMjRn2kf1jyr2Ls4DCI6QHwRNKefA6BbjNKa5S9U85GqEl8X2chvw4j/5Dpdv3z6Ndql/VQpwBgVgHiA4DYEBsDQ0cgDe/51sAM5ZBQAw7ADwupunyuS4+slkKg49+n9hWJ/mLwoAkSoYAgAoBAK4thAxgJEFc+FP5BkQGjzEAwBeAADoArSXK7++3EIfPvlhRqwS8NLb7HC9rsBxYv6z9UJSsvGgKDCI8RSwL7Rjl3rMWXQCpfUSWrmJb9jXRwBzlJWy4l1FKr1Z8S4HwH/aql8iTcZqWw9SbBU2KlAVj36eCKCjhhOFQGkWgTffIAUZWtnukRWW6VjXRTF7zvqKazd2oSq264JXpqfH64SP+jL+oe1q29SEgeBFUAHr4ymo15cP/f+/stlJ1nGf7QL2rnMWwksiRXYy2Q1Jd5NpK9KsBIinDOKSYcdgfIBkHQEmGmB8AB8ggOtlkGBaP2ZI3D5zQJ0PbFRfHiJ6XSej+I95mWX7RQnAc0DNDKaQj4oHzgFaKYBMgD2ad2v0f16i2z/S+FAS9AISgLlHv4fBjbLIe4OVLnS8r+msT0Y3pbfFVjHfIVL4TGlVIwBI2sbFD1aTuByS+6KuoIKpJoBqGcXgYVWGSeTEZcIylWRCoY9wx8Y4v+TfKlJJngHkSoFGrxRJ2c2fjjEWpF0k0NqAnqYOlmSvdMZVEfS41rEY9Zbqj4/l8tRfIIAnCfBmJYCA5wepZN8K8u8F8JxkHQFeAYAADs1wuaItDfQCNAR6WWRgG+72TA5Atv9MGqnZMXLIpr0yALx/Wvv3wgbKAOz9qx0CTUZhAFUH6u1T9JKGAAAryGdkFMDXMBXmN7dDgFPT58+5PlaHGwkg7s/KGSRZiD9zLQPwjePEab8A/3j7qs8GKkh1OnIxIGalwoXFseQAhjk52LqqDY62FVoRQYog8fGQAgRA3wd/UN4SJIJhTG2hjRIHNqNbGsDZHXmIJbF85vHpJARgJAC9gGCAExBfAJdmvjg/TiDvROO7BNjxAIQAUnu5DNaZV2C2h4z3gtzp9nq5tG+bTj1/XLPhMArAAfsem9ATdBcyBODGByU1qObv5ZOhDQCKglEI4J0KwIF9MJ2vlBrAcsXtlsO0C3FhGkQo/JfrVX745db43fj/y6WC+TU/ytTammXyrYBF8/f3iupSdX9Nx5WX35N88nFtiU58mphyAC8eq9lXLTVB1jARnsUWAI/aVCIoNKL8p2/tRr/ru5UAZICWToC1UmwTaQA+J5YBqADqiA1CAMO2S832crmIeX/L1i3rAZCV4nr9eb1+CPISb9r0TdpxTi++Nqh9ADQAAAbIKCvN4FY6LKjk1pijjv/d1wpfw38kgK00Xe6ZAL4B0W1r0EfWjNLhazf9SyCA6PYTNH4rK+IsUY9gW3VZb4J/U2UhZKel6LPOQc+oLIL4cgTjWePCKgCvgMtJ0f0IwiylPF69qX95W1hyChwWzmg0M690ecaOeIQGQ86zg8kh6E8C+KsEEA2wUgL4yaqdBjDjCVgCKB/tfAUC6LebtBmvF+KXfLil61/cmYXDIUsQDQLaIYM0/jcVBpBl18k/UAA7GuN8TjksmxYl+A+AAhS97iq0cL9PfeaqH5mmZhUAwQO+amvblG450IktQbtuIPdQLsTgt8ZO90AzLNEKbYi8gaRRzSl6X3fBE0iLJFUFOfxO/9/0+2uhrh5Xy1sKWzJBpFltHiP6LjtaUpgRAAHMSID23LZsA6x/YjYCFwvgFbseAYkKgASw76Sr3FjqfUKkfgacAf24Ox8O53yZlWug0XZ7NWEb2lf5ry0AsX74D0e+dMyTzetESGejpqePtq4p1P2Ksb9PkxAAMM/gSAD+BD3YVgLQI/BC/S/4WUPXOg5WnQEeiCzOhzgIL2joYecBb7/E63YVzx9IstHgVnj5zLqM9OKVBt8X43ii789JgNALcCYBhBKAP8ecBojigXACNjok2Mcwdtuurdl0QGbaCBNVQHKmKa3/ab5s/3fTOAm6jFEsf9rtdkIB+wrt+D8+2gayqYDTAK5IWPtdCEAWvSQF2N7mhdj/eeqHeQLwG77K5Jtn2f5vZmbBf8VMTq/mmXTw8n9dO1Hd5YtPVHTYmQmXAp/rVStJbhnaNAdh9zeCqZV+zfik5VhgzNP2wHEQm05GAigBUAK8vSoBzMWw+rcawKo7qwEQY5ElCOCSCQAT9WoZLf6IttXd+XM4HMompgW2TrseXQiq+28SwOaBcdwJwAi0cokQQCUUX4Huq4SA4iq22dALIPkVov6FAM59aQEMQSvc72zeec8q7eW0/Ayn/Lffa8aAAL6MEDyrv6gaYiACfuTJ3k3ARMhNzlnHUKPK/0+S4XLXBmrtDDb9k1MJoRdgfUthTR+mNHuh3Gz3w2AlQFEAVgKoApBnLyYAP1uDnStobpxA6wjQcDAAApg61L3dEuQUnmV69gCozfuq/h/2P0piggJAehpxVjf21fYnFDc+kNP7sVj/2D9wN4DZT0gU3IdBKCCK1nkcdjt5G+r0RADHzeaUf4eTcMDtkVkmevy/9v9i8U5/h6XDTF02H/hIQbwvGCKc9bGlhNVXTu1givBKh9uM1NrWt7PW1UihFlxga5eO9wgBGC9AchLg5toAQRwgemJY+QfvBSQyNhmA2a6Xd50WFNYMdFhKO73auDTixZxRkRdko+3FloE69M+omCat8PFvh1XOLuuRZ3XdVKEs0E2yqx4e97W9X03+rjjLRhb+irw9AJ6ceQ88AWQcT+jPpgogGz8JAPl0brFFObkMGfYuMUuGObgSiUrTzkh2FGInUtnn6sZIOGs1YRynfFHgkGyIzZp9UCYv1Vxv0i4/s7WqPVyz2ShX5uxG0lo6bOkzrX+pQY2b/59ofUMCcBIghRIADDAnAXxPVEYC4vcCeLOeGYAKQAig9PijYfY9NvuCUp3DmkuNO54fZlwlulg/UVQ6zu6l6ifGu2SSMpEiYPV9OajsgC0BrF8Wv3/LCim5GP2cz1UBkG/XKQAIAFAmCEC2Swsgr2hWx+Zrq/9lT16Ktlnzek3oLBuXTSe1P+RLh9tAMyQzDbcbHME8isgU6ZCgr5I5YaMpkqUdOZG5KAQQ51jyoMQEy1wx5/yTe4csOjgJ8BZ5AcT8gzZAfNHeDeA1AFmg4R/6ARQC+PVexux5JgC1wMICsi3mPKHJDfMeZUXj31r0gGUEwp8AS2cCwNdq/hDKSXc2AZzBe3lKBSAM4BUAaKDmowBgMaf72xcjvXBm4x7T2E3NQDoPzXrt+S8ce8j2fiQbrCY+8lia72DFUKDm0tcidNus4iCKp7loJkC353OBncFKACRT7AXIDrbFzkDJha9p+cF7AXb6wCcFkKAA0O9H8Y5FBneWPbLQHkE894q+QaWTADsNvISPKzA84Vrx/FXofyh47kf4xCjsBhAO6+gVADSAVwD405rDC4DcBDn9s22n4MdcD4xs4C2Zypxr30Ex9rXR8CLXpK0pWaAljBDpNT2UAF4zv9X+J4PB877aQ5PW52fKSwC2AegFIAF4CbDeDdBEsQDT7dX5ANrrJQaMer1Nf8CW1Zqz+RKypYZNfJgvu3wOgyDqGRY4AU9/VQD4tMhnXQAkAN21XfU8xFp/4XgYrzzOddVnS5m15Rw8lSRXVQfTm3NrNfQKF3xqFPwlzQXFbSRp1l9QJP7j93BWMoCmGZqGBKAC8BKgNY2At5VeAGoAoHGxAJ4nePgAuopvg1gr69m8YDWb4+zw/O92pQNQI3gOmWEPUGwoCWa80gVv+BClRL1yuxcHSnj+hEUWSBlQ/UAWAKX78g9BaDWBE1AQKgDYv3cB3EkA5/MpNmHu+j6yQvYV3zRyK4Zxvt2PKY4LbP8wdwW6jcIw1A+yUJUhDo21KxLqTfv/f7wrxH7HTHZZNe2OaiNzYicN9euLY9iW4iIpfjhQR/2HC0PZTo1Wi5Njhob2UJTxpJ7eicBfypGJmqO71h0Hj0KPfWhM1vsWD4w0el3wDM8AdqMAWwpwdWHAoSQK4HcCdjiA20k1ANBjcWzzYvpe13V6NyYAj7gZiGRKPYt8sY1fbOZ+fI+7dLFub4cUHdwG7HcZAMOA2CUAZ5UQAAQu2jSzdNRm3QXqsSrC02iqpmEOjmCyCroi7h77VB90euiwT6+zeZ0F+85Q2bNZtpJcLjqoWRUuM7RyalTj5cHp1jslPIq9N+tiNtmrCWsV/TibyLqoRwt69AzS60w3jyabR3MDnYK5soE+a7sXKx3t+h0Vyfvm0OsEPatwbLR2PKnuT14seK8soABLBSkA1wCkAH05BYAIKUCdywk0DsdnWkqbjoqur94v6U6sGwCIyURQ8soyXHAVp3/Dyk6yVWMrvnzMCAAyo8hvA+7HABIFgNxmwfv/WbYMYDeQHGKoUunaxFWKNgaNnOkOXT8Mnek6K3VVb+nTaiWp2H8B6YZYreaq6zS1CUXskf99r13Ea3SlcDiEddbat1awiE6nVisvt9pFYzoFZyWuJUg8RL5zLYVUoj1pT9fqXSZPiGNIA+yDIl7VV916NS0TA3WtnDdqH2hj7GqrXTRjHKrU2TTFNNBpuibZYUzTEdQKwuG3CtbhTafQyTqnYTXcW2+deubiISU5BMdPRAFavxNYzgGy+QBsDAYCZMPdU1N+0/MhTAAYTyzPoVY7PjnV55iA590M8LJ1HdxCmBbzDCCzC7BAgGyTAASOAIhjAGUAIAIFAPkEACgV2wDAcjIAEA8AghIASMN7u6nCA4BsAACLLv4EALkLANLlaXcAAAsACARbAFjHlwcACL4WAFACAH69wX2A+T0FEPydAgxFFICfcjr/HgdgY+UAku4Gdgiw1BMA+LFzG9HOtdM5m9fqwsVs6J1VjZX7P2iBeLehBXAAkMkDSPEGgXgCQADA3QxAIHcAQJ1hAIKvYAACwb9gAIKPGYCQAdDF8wCA72QAtfPLXBQAQgrg1gCGAIEUoIgB5JMB8vcGqq/w+1/dP/3OMgB6JHJw9HFcGW4YrKPYGccnbqtx96zrQf2yPIAFBUoYAA3eyQCQAwB8EQOAoJQBLAAgkO9lAIJyBqCF/4MB/KrmbHYbhmEYTMa77jz0sPd/zQEuUkZgbNlZkXkqkP6kRdADjU+kHO8BzhBgxgX4GHUBvL99yd6yAII+1V3OeoCSEoAL3WTa3t0VEd0+1iudCcU0W7KVhccCx+YAtAAUdiwAAloAuCwBgHMEgMU9AHAZD+AEAdjrAeQCGAIgIECeA3hauYu/uzdQMjvTf0YAumyOAE4AUrivYkG4bgLoZLYCmN3BWINzAM9jYwroC7cQAN5GAFiYAAB2CQArewCXEQB4vAUBeCTzzUsMwJi0MRCA7pQ6TwBSdlR8AxYYwUW/DUegNXuSyz+mDKrCWoNzAE8CKDEEFAA4ASziAfgCQHBpD+BCCrCKB/A5lgM4AjBBgNwG1NVsIFBtQHtvICoBbPVBJYD1OU0B2EoB2CEACdS6kWBQtsf4cwJQqqgrqvT38jmAnQOqSPeidwBUB7CKB8DfpAC4PwVA6gHgHxGAaWAngG8hQMgBHmYDHhEgDQFjR72d1YsBEFVW6gowlQIQaIvU5s38ne/ejhqnfcNyxHQ5NPl72RyA3w9gHwduTQGpBcANBDAzB4C/SQF4mQDYTwGw9ByAEMDlH0cBDAGQIUAtzDGARYGBAYImfwB8Dx/IYGmllgAAAABJRU5ErkJggg==\";\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/entities/Tank/data/tank_low_base.png?"); /***/ }), /***/ "./miniplay-fps/entities/Tank/data/tank_low_rodas.png": /*!************************************************************!*\ !*** ./miniplay-fps/entities/Tank/data/tank_low_rodas.png ***! \************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/entities/Tank/data/tank_low_rodas.png?"); /***/ }), /***/ "./miniplay-fps/explosionParticles/data/fire.png": /*!*******************************************************!*\ !*** ./miniplay-fps/explosionParticles/data/fire.png ***! \*******************************************************/ /***/ ((module) => { eval("module.exports = 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\";\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/explosionParticles/data/fire.png?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/PanzerIVGreenProp_256.jpg": /*!******************************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/PanzerIVGreenProp_256.jpg ***! \******************************************************************************************/ /***/ ((module) => { eval("module.exports = 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\";\n\n//# 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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/cratesGroup_256.jpg?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/gate_512.png": /*!*****************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/gate_512.png ***! \*****************************************************************************/ /***/ ((module) => { eval("module.exports = 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\";\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/gate_512.png?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/grdTrail_512.png": /*!*********************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/grdTrail_512.png ***! \*********************************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/palletBag_256.jpg?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/plant_128.png": /*!******************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/plant_128.png ***! \******************************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/plant_128.png?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/sky.png": /*!************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/sky.png ***! \************************************************************************/ /***/ ((module) => { eval("module.exports = 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\";\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/sky.png?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/tire_64.jpg": /*!****************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/tire_64.jpg ***! \****************************************************************************/ /***/ ((module) => { eval("module.exports = 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/*!**********************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/textures/woodCabin_128.jpg ***! \**********************************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/ui/crosshair/defaultSniperCrosshair/data/target.png?"); /***/ }), /***/ "./miniplay-fps/ui/crosshair/defaultSniperCrosshair/data/wind_icon.png": /*!*****************************************************************************!*\ !*** ./miniplay-fps/ui/crosshair/defaultSniperCrosshair/data/wind_icon.png ***! \*****************************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/ui/crosshair/defaultSniperCrosshair/data/wind_icon.png?"); /***/ }), /***/ "./miniplay-fps/ui/shootButton/data/shootButton.png": /*!**********************************************************!*\ !*** ./miniplay-fps/ui/shootButton/data/shootButton.png ***! \**********************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/ui/shootButton/data/shootButton.png?"); /***/ }), /***/ "./miniplay-fps/ui/tutorial/data/arrow.png": /*!*************************************************!*\ !*** ./miniplay-fps/ui/tutorial/data/arrow.png ***! \*************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/ui/tutorial/data/arrow.png?"); /***/ }), /***/ "./miniplay-fps/ui/zoomRuler/data/zoomHandle.png": /*!*******************************************************!*\ !*** ./miniplay-fps/ui/zoomRuler/data/zoomHandle.png ***! \*******************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/ui/zoomRuler/data/zoomHandle.png?"); /***/ }), /***/ "./miniplay-fps/ui/zoomRuler/data/zoomRuler.png": /*!******************************************************!*\ !*** ./miniplay-fps/ui/zoomRuler/data/zoomRuler.png ***! \******************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/ui/zoomRuler/data/zoomRuler.png?"); /***/ }), /***/ "./project/assets/enemy/data/shotFlash.png": /*!*************************************************!*\ !*** ./project/assets/enemy/data/shotFlash.png ***! \*************************************************/ /***/ ((module) => { eval("module.exports = 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\";\n\n//# sourceURL=webpack://miniplay/./project/assets/enemy/data/shotFlash.png?"); /***/ }), /***/ "./project/assets/ui/data/logo.png": /*!*****************************************!*\ !*** ./project/assets/ui/data/logo.png ***! \*****************************************/ /***/ ((module) => { eval("module.exports = 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\";\n\n//# sourceURL=webpack://miniplay/./project/assets/ui/data/logo.png?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/data/ambient.frag": /*!***************************************************************!*\ !*** ./framework/base/src/builtins/shaders/data/ambient.frag ***! \***************************************************************/ /***/ ((module) => { eval("module.exports = \"precision highp float;\\nprecision highp int;\\n\\nuniform sampler2D u_texture;\\nuniform vec3 u_shadowTint;\\nvarying float v_ambient;\\n\\n//=============================================================================\\n\\nvoid main()\\n{\\n vec3 color = mix(vec3(u_shadowTint), vec3(1), smoothstep(0.1, 1.0, v_ambient * v_ambient));\\n gl_FragColor = vec4(color, 1.0);\\n}\";\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/data/ambient.frag?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/data/ambient.vert": /*!***************************************************************!*\ !*** ./framework/base/src/builtins/shaders/data/ambient.vert ***! \***************************************************************/ /***/ ((module) => { eval("module.exports = \"precision highp float;\\nprecision highp int;\\n\\nuniform mat4 u_transform;\\nuniform mat4 u_view;\\nattribute vec3 a_pos;\\nattribute float a_ambient;\\nvarying float v_ambient;\\n\\n//=============================================================================\\n\\nvoid main()\\n{\\n gl_Position = u_view * u_transform * vec4(a_pos, 1);\\n v_ambient = a_ambient;\\n}\";\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/data/ambient.vert?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/data/particle.frag": /*!****************************************************************!*\ !*** ./framework/base/src/builtins/shaders/data/particle.frag ***! \****************************************************************/ /***/ ((module) => { eval("module.exports = \"precision highp float;\\nprecision highp int;\\n\\nuniform sampler2D u_texture;\\nuniform vec4 u_tint;\\nvarying vec2 v_uv;\\nvarying vec4 v_color;\\n\\n//=============================================================================\\n\\nvoid main()\\n{\\n vec4 color = texture2D(u_texture, v_uv);\\n gl_FragColor = color * u_tint * v_color;\\n}\";\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/data/particle.frag?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/data/particle.vert": /*!****************************************************************!*\ !*** ./framework/base/src/builtins/shaders/data/particle.vert ***! \****************************************************************/ /***/ ((module) => { eval("module.exports = \"precision highp float;\\nprecision highp int;\\n\\nuniform mat4 u_transform;\\nuniform mat4 u_view;\\nuniform float u_t;\\nuniform float u_aspect;\\nuniform vec3 u_cameraPosition;\\nuniform float u_fov;\\n\\nattribute vec2 a_pos;\\nattribute vec2 a_uv;\\nattribute vec3 a_position;\\nattribute vec3 a_position_vel;\\nattribute float a_scale;\\nattribute float a_scale_vel;\\nattribute float a_angle;\\nattribute float a_angle_vel;\\nattribute vec4 a_color;\\nattribute vec4 a_color_vel;\\n\\nvarying vec2 v_uv;\\nvarying vec4 v_color;\\n\\n//=============================================================================\\n\\nvoid main()\\n{\\n vec3 position = a_position + a_position_vel * u_t;\\n float rotation = a_angle + a_angle_vel * u_t;\\n float scale = a_scale + a_scale_vel * u_t;\\n vec4 color = a_color + a_color_vel * u_t;\\n\\n vec4 worldPosition = u_transform * vec4(position, 1.0);\\n\\n vec2 offset = a_pos;\\n offset.x = (cos(rotation) * a_pos.x - sin(rotation) * a_pos.y);\\n offset.y = (sin(rotation) * a_pos.x + cos(rotation) * a_pos.y);\\n\\n vec4 screenPosition = u_view * worldPosition;\\n screenPosition.x += offset.x * scale * u_aspect * u_fov;\\n screenPosition.y += offset.y * scale * u_fov;\\n\\n gl_Position = screenPosition;\\n v_uv = a_uv;\\n v_color = color;\\n}\";\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/data/particle.vert?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/data/trail.vert": /*!*************************************************************!*\ !*** ./framework/base/src/builtins/shaders/data/trail.vert ***! \*************************************************************/ /***/ ((module) => { eval("module.exports = \"precision highp float;\\nprecision highp int;\\n\\nuniform mat4 u_transform;\\nuniform mat4 u_view;\\nuniform float u_offset;\\nattribute vec3 a_pos;\\nattribute vec2 a_uv;\\nvarying vec2 v_uv;\\n\\n//=============================================================================\\n\\nvoid main()\\n{\\n gl_Position = u_view * u_transform * vec4(a_pos, 1);\\n v_uv = a_uv + vec2(0,u_offset);\\n}\";\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/data/trail.vert?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/data/uber_shader.frag": /*!*******************************************************************!*\ !*** ./framework/base/src/builtins/shaders/data/uber_shader.frag ***! \*******************************************************************/ /***/ ((module) => { eval("module.exports = \"#ifdef DYNAMIC_BATCH\\nvarying vec4 u_tint;\\n#else\\nuniform vec4 u_tint;\\n#endif\\n\\n#ifdef HAS_UV\\nuniform sampler2D u_texture;\\nvarying vec2 v_uv;\\n#endif\\n\\n#ifdef UV_OFFSET\\nuniform vec2 u_offset;\\n#endif\\n\\n#ifdef HAS_NORMAL\\nvarying vec3 v_norm;\\n#endif\\n\\n#ifdef DIFFUSE\\nuniform vec3 u_pointLightColor0;\\nuniform vec3 u_pointLightColor1;\\nuniform float u_pointLightFalloff0;\\nuniform float u_pointLightFalloff1;\\nvarying vec3 v_pointLightDelta0;\\nvarying vec3 v_pointLightDelta1;\\nvarying vec3 v_lightIntensity;\\n\\nfloat lightAttenuation(vec3 vec, float falloff) {\\n float angleAttenuation = 0.5 + (1.0 - dot(normalize(vec), v_norm)) * 0.5;\\n float distanceAttenuation = falloff / (falloff + length(vec));\\n distanceAttenuation *= distanceAttenuation;\\n return max(0.0, angleAttenuation * distanceAttenuation);\\n}\\n#endif\\n\\n#ifdef SATURATION\\nuniform float u_hueShift;\\nuniform float u_saturation;\\nuniform float u_luminosity;\\nuniform float u_hslWeight;\\n\\nuniform float u_brightness;\\nuniform float u_contrast;\\nuniform float u_brightnessAndContrastWeight;\\n\\nuniform float u_gamma;\\nuniform float u_gammaWeight;\\n\\nfloat absolute(float value) {\\n if (value < 0.0)\\n value *= (-1.0);\\n return value;\\n}\\n\\nvec4 rgbToHSL(vec4 color) {\\n float Xmax = max(color.r, max(color.g, color.b));\\n float Xmin = min(color.r, min(color.g, color.b));\\n\\n float V = Xmax;\\n float L = (Xmax + Xmin)/2.0;\\n float C = 2.0 * (V - L);\\n \\n float H = 0.0;\\n if (absolute(V - color.r) < 0.00001)\\n H = (0.0 + (color.g - color.b)/C);\\n else if (absolute(V - color.g) < 0.00001)\\n H = (2.0 + (color.b - color.r)/C);\\n else if (absolute(V - color.b) < 0.00001)\\n H = (4.0 + (color.r - color.g)/C);\\n\\n H = mod(H, 6.0);\\n\\n if (L <= 0.0)\\n L = 0.00001;\\n \\n if (L >= 1.0)\\n L = 0.99999;\\n\\n float S = (V - L)/min(L, 1.0 - L);\\n\\n color.r = H;\\n color.g = S;\\n color.b = L;\\n\\n return color;\\n}\\n\\nvec4 hslToRGB(vec4 color) {\\n float H = color.r;\\n float S = color.g;\\n float L = color.b;\\n\\n float C = (1.0 - absolute(2.0 * L - 1.0)) * S;\\n float X = C * (1.0 - absolute(mod(H, 2.0) - 1.0));\\n\\n float r, g, b;\\n if (H <= 1.0) { r = C; g = X; b = 0.0; } else\\n if (H <= 2.0) { r = X; g = C; b = 0.0; } else\\n if (H <= 3.0) { r = 0.0; g = C; b = X; } else\\n if (H <= 4.0) { r = 0.0; g = X; b = C; } else\\n if (H <= 5.0) { r = X; g = 0.0; b = C; } else\\n if (H <= 6.0) { r = C; g = 0.0; b = X; }\\n\\n float m = L - C/2.0;\\n \\n color.r = r + m;\\n color.g = g + m;\\n color.b = b + m;\\n\\n return color;\\n}\\n\\nvec4 applyHSLShift(vec4 color, float weight) {\\n color = rgbToHSL(color);\\n\\n float H = color.r; // in range [0.0, 6.0]\\n float S = color.g;\\n float L = color.b;\\n\\n H += u_hueShift;\\n H = mod(H, 6.0);\\n\\n S *= u_saturation;\\n L *= u_luminosity;\\n\\n color.r = H * weight + (1.0 - weight) * color.r;\\n color.g = S * weight + (1.0 - weight) * color.g;\\n color.b = L * weight + (1.0 - weight) * color.b;\\n\\n return hslToRGB(color);\\n}\\n\\nfloat brightnessAndContrast(float color) {\\n return (color - 0.5) * u_contrast + 0.5 + u_brightness;\\n}\\n\\nvec4 applyBrightnessAndContrast(vec4 color, float weight) {\\n color.r = brightnessAndContrast(color.r) * weight + (1.0 - weight) * color.r;\\n color.g = brightnessAndContrast(color.g) * weight + (1.0 - weight) * color.g;\\n color.b = brightnessAndContrast(color.b) * weight + (1.0 - weight) * color.b;\\n\\n return color;\\n}\\n\\nvec4 applyGamma(vec4 color, float weight) {\\n color.r = pow(color.r, u_gamma) * weight + (1.0 - weight) * color.r;\\n color.g = pow(color.g, u_gamma) * weight + (1.0 - weight) * color.g;\\n color.b = pow(color.b, u_gamma) * weight + (1.0 - weight) * color.b;\\n\\n return color;\\n}\\n\\nvec4 saturate(vec4 color) {\\n color = applyHSLShift(color, u_hslWeight);\\n color = applyBrightnessAndContrast(color, u_brightnessAndContrastWeight);\\n color = applyGamma(color, u_gammaWeight);\\n return color;\\n}\\n\\n#endif\\n\\n#ifdef FOG\\nuniform vec3 u_fog;\\nuniform float u_fogDistance;\\n#endif\\n\\n#ifdef SHADOW\\nuniform vec3 u_shadowTint;\\n#endif\\n\\n#ifdef DETAIL\\nuniform sampler2D u_textureDetail;\\nuniform float u_textureDetailDensity;\\n#endif\\n\\n#ifdef METALLIC\\nuniform samplerCube u_texture_cube;\\nuniform vec3 u_view_pos;\\nvarying vec4 v_pos;\\n#endif\\n\\n#ifdef CUTOUT\\nuniform float u_cutout;\\n#endif\\n\\n#ifdef DITHER\\nfloat dither(vec4 pos) {\\n float x = floor(mod(pos.x, 2.0));\\n float y = floor(mod(pos.y, 2.0));\\n float x_ = x * 2.0;\\n return y * (3.0 - x_) + (1.0 - y) * x_;\\n}\\n#endif\\n\\n#ifdef GREYSCALE\\nuniform float u_greyscale;\\n\\nvec4 toGreyScale(vec4 color) {\\n float greyscaleValue = 0.2126 * color.r + 0.7152 * color.g + 0.0722 * color.b;\\n \\n color.r = greyscaleValue * u_greyscale + (1.0 - u_greyscale) * color.r;\\n color.g = greyscaleValue * u_greyscale + (1.0 - u_greyscale) * color.g;\\n color.b = greyscaleValue * u_greyscale + (1.0 - u_greyscale) * color.b;\\n\\n return color;\\n}\\n#endif\\n\\nvoid main() {\\n vec4 color = vec4(1,1,1,1);\\n\\n #ifdef HAS_UV\\n vec2 uv = vec2(v_uv);\\n #endif\\n \\n #ifdef UV_OFFSET\\n uv += u_offset;\\n uv.x = mod(uv.x, 1.0);\\n uv.y = mod(uv.y, 1.0);\\n #endif\\n\\n #ifdef HAS_UV\\n color = texture2D(u_texture, uv);\\n #endif\\n\\n #ifdef DIFFUSE\\n vec3 lightIntensity = v_lightIntensity;\\n\\n if (length(u_pointLightColor0) > 0.0)\\n lightIntensity += u_pointLightColor0 * lightAttenuation(v_pointLightDelta0, u_pointLightFalloff0);\\n\\n if (length(u_pointLightColor1) > 0.0)\\n lightIntensity += u_pointLightColor1 * lightAttenuation(v_pointLightDelta1, u_pointLightFalloff1);\\n\\n color = vec4(lightIntensity * color.xyz, color.w);\\n #endif\\n\\n color *= u_tint;\\n\\n #ifdef DETAIL\\n color *= texture2D(u_textureDetail, v_uv * u_textureDetailDensity);\\n #endif\\n\\n #ifdef DITHER\\n float lo = dither(gl_FragCoord);\\n float me = dither(gl_FragCoord * 0.5);\\n float hi = dither(gl_FragCoord * 0.25);\\n float intensity = 0.5 + (lo * 16.0 + me * 4.0 + hi);\\n if (intensity > color.a * 64.0)\\n discard;\\n #endif\\n\\n #ifdef CUTOUT\\n if (color.a < u_cutout)\\n discard;\\n\\n color.a += u_cutout;\\n #endif\\n\\n #ifdef METALLIC\\n vec3 normal = normalize(v_norm);\\n vec3 view_dir = normalize(v_pos.xyz - u_view_pos);\\n vec3 reflection = textureCube(u_texture_cube, reflect(view_dir, normal)).xyz;\\n color.xyz *= 2.0* reflection;\\n #endif\\n\\n #ifdef SHADOW\\n color = vec4(u_shadowTint, 1.0);\\n #endif\\n\\t\\n #ifdef FOG\\n color.xyz = mix(color.xyz, u_fog, smoothstep(0.0, 1.0, (gl_FragCoord.z / gl_FragCoord.w) / u_fogDistance));\\n #endif\\n \\n #ifdef SATURATION\\n color = saturate(color);\\n #endif\\n\\n #ifdef GREYSCALE\\n color = toGreyScale(color);\\n #endif\\n\\n gl_FragColor = color;\\n}\\n\";\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/data/uber_shader.frag?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/data/uber_shader.vert": /*!*******************************************************************!*\ !*** ./framework/base/src/builtins/shaders/data/uber_shader.vert ***! \*******************************************************************/ /***/ ((module) => { eval("module.exports = \"uniform mat4 u_view;\\n\\n#ifdef WAVE\\nuniform float u_waveTime;\\nuniform float u_waveIntensity;\\nuniform float u_xWeight;\\nuniform float u_zWeight;\\n#endif\\n\\n#ifdef DYNAMIC_BATCH\\nuniform mat4 u_transforms[INSTANCE_COUNT];\\nuniform vec4 u_tints[INSTANCE_COUNT];\\nattribute float a_idx;\\nvarying vec4 u_tint;\\n#else\\nuniform mat4 u_transform;\\n#endif\\n\\n#ifdef HAS_UV\\nattribute vec2 a_uv;\\nvarying vec2 v_uv;\\n#endif\\n\\n#ifdef HAS_NORMAL\\nvarying vec3 v_norm;\\n#endif\\n\\n#ifdef STATIC_MESH\\nattribute vec3 a_pos;\\n #ifdef HAS_NORMAL\\n attribute vec3 a_norm;\\n #endif\\n#endif\\n\\n#ifdef SKINNED_MESH\\nuniform sampler2D u_animationSheet;\\n #ifdef DYNAMIC_BATCH\\n uniform vec3 u_anims[INSTANCE_COUNT];\\n #else\\n uniform float u_frameA;\\n uniform float u_frameB;\\n uniform float u_time;\\n #endif\\nuniform float u_half;\\nuniform float u_resolution;\\nuniform vec3 u_highestValueVector;\\nuniform vec3 u_lowestValueVector;\\nattribute float a_bone0i;\\nattribute float a_bone0w;\\nattribute vec3 a_bone0pos;\\nattribute float a_bone1i;\\nattribute float a_bone1w;\\nattribute vec3 a_bone1pos;\\n #ifdef HAS_NORMAL\\n attribute vec3 a_bone0norm;\\n attribute vec3 a_bone1norm;\\n #endif\\n#endif\\n\\n#ifdef DIFFUSE\\nuniform vec3 u_directionalLightVector0;\\nuniform vec3 u_directionalLightVector1;\\nuniform vec3 u_directionalLightColor0;\\nuniform vec3 u_directionalLightColor1;\\nuniform vec3 u_pointLightPosition0;\\nuniform vec3 u_pointLightPosition1;\\nuniform vec3 u_pointLightColor0;\\nuniform vec3 u_pointLightColor1;\\nuniform vec3 u_ambientLightColor;\\nvarying vec3 v_pointLightDelta0;\\nvarying vec3 v_pointLightDelta1;\\nvarying vec3 v_lightIntensity;\\n#endif\\n\\n#ifdef SHADOW\\nuniform vec3 u_directionalLightVector0;\\nuniform float u_shadowY;\\n#endif\\n\\n#ifdef METALLIC\\nvarying vec4 v_pos;\\n#endif\\n\\n#ifdef SKINNED_MESH\\nmat4 compute_bone(vec3 b_position, vec3 b_rotation)\\n{\\n b_position.x = b_position.x * (u_highestValueVector.x - u_lowestValueVector.x) + u_lowestValueVector.x;\\n b_position.y = b_position.y * (u_highestValueVector.y - u_lowestValueVector.y) + u_lowestValueVector.y;\\n b_position.z = b_position.z * (u_highestValueVector.z - u_lowestValueVector.z) + u_lowestValueVector.z;\\n mat4 translation = mat4(1.0, 0.0, 0.0, 0.0, 0.0, 1.0, 0.0, 0.0, 0.0, 0.0, 1.0, 0.0, b_position.x,b_position.y,b_position.z,1.0);\\n b_rotation = vec3(b_rotation.x * 2.00 * 3.14159265, b_rotation.y * 2.00 * 3.14159265, b_rotation.z * 2.00 * 3.14159265);\\n float c = cos(b_rotation.z);\\n float s = sin(b_rotation.z);\\n mat4 rotateZ = mat4(c, s, 0.0, 0.0, -s, c, 0.0, 0.0, 0.0, 0.0, 1.0, 0.0, 0.0, 0.0, 0.0, 1.0);\\n c = cos(b_rotation.y);\\n s = sin(b_rotation.y);\\n mat4 rotateY = mat4(c, 0.0, -s, 0.0, 0.0, 1.0, 0.0, 0.0, s, 0.0, c, 0.0, 0.0, 0.0, 0.0, 1.0);\\n c = cos(b_rotation.x);\\n s = sin(b_rotation.x);\\n mat4 rotateX = mat4(1.0, 0.0, 0.0, 0.0, 0.0, c, s, 0.0, 0.0, -s, c, 0.0, 0.0, 0.0, 0.0, 1.0);\\n mat4 temp = mat4(1.0);\\n temp = temp * translation;\\n temp = temp * rotateY;\\n temp = temp * rotateX;\\n temp = temp * rotateZ;\\n return temp;\\n}\\n#endif\\n\\nvoid main()\\n{\\n #ifdef DYNAMIC_BATCH\\n int instance = int(mod(a_idx, float(INSTANCE_COUNT)));\\n mat4 u_transform = u_transforms[instance];\\n u_tint = u_tints[instance];\\n #endif\\n\\n// =====================================================================================================================\\n// FIND OUT WORLD POSITION AND NORMAL\\n//\\n #ifdef SKINNED_MESH\\n\\n #ifdef DYNAMIC_BATCH\\n vec3 anims = u_anims[instance];\\n float u_frameA = anims.r;\\n float u_frameB = anims.g;\\n float u_time = anims.b;\\n #endif\\n\\n vec3 b0_translate, b0_rotate, b1_translate, b1_rotate;\\n mat4 bone0, bone1;\\n vec4 b0_position, b1_position, b0_normal, b1_normal, frame0_position, frame1_position, frame0_normal, frame1_normal;\\n\\n float step = u_half;\\n if (u_resolution >= 0.5)\\n {\\n step *= 2.0;\\n }\\n\\n b0_translate = texture2D(u_animationSheet, vec2(a_bone0i+0.00001, u_frameA+0.00001)).xyz;\\n if (u_resolution >= 1.0) { b0_translate += texture2D(u_animationSheet, vec2(a_bone0i+0.00001+step*0.5, u_frameA+0.00001)).xyz / 255.0; }\\n b0_rotate = texture2D( u_animationSheet, vec2(a_bone0i+0.00001+step, u_frameA+0.00001)).xyz;\\n b1_translate = texture2D(u_animationSheet, vec2(a_bone1i+0.00001, u_frameA+0.00001)).xyz;\\n if (u_resolution >= 1.0) { b1_translate += texture2D(u_animationSheet, vec2(a_bone1i+0.00001+step*0.5, u_frameA+0.00001)).xyz / 255.0; }\\n b1_rotate = texture2D( u_animationSheet, vec2(a_bone1i+0.00001+step, u_frameA+0.00001)).xyz;\\n\\n bone0 = compute_bone(b0_translate, b0_rotate);\\n bone1 = compute_bone(b1_translate, b1_rotate);\\n b0_position = bone0 * vec4(a_bone0pos, 1.0);\\n b1_position = bone1 * vec4(a_bone1pos, 1.0);\\n frame0_position = vec4((b0_position * a_bone0w + b1_position * a_bone1w).xyz, 1.0);\\n\\n #ifdef HAS_NORMAL\\n b0_normal = bone0 * vec4(a_bone0norm, 0.0);\\n b1_normal = bone1 * vec4(a_bone1norm, 0.0);\\n frame0_normal = vec4((b0_normal * a_bone0w + b1_normal * a_bone1w).xyz, 0.0);\\n #endif\\n\\n b0_translate = texture2D(u_animationSheet, vec2(a_bone0i+0.00001, u_frameB+0.00001)).xyz;\\n if (u_resolution >= 1.0) { b0_translate += texture2D(u_animationSheet, vec2(a_bone0i+0.00001+step*0.5, u_frameB+0.00001)).xyz / 255.0; }\\n b0_rotate = texture2D( u_animationSheet, vec2(a_bone0i+0.00001+step, u_frameB+0.00001)).xyz;\\n b1_translate = texture2D(u_animationSheet, vec2(a_bone1i+0.00001, u_frameB+0.00001)).xyz;\\n if (u_resolution >= 1.0) { b1_translate += texture2D(u_animationSheet, vec2(a_bone1i+0.00001+step*0.5, u_frameB+0.00001)).xyz / 255.0; }\\n b1_rotate = texture2D( u_animationSheet, vec2(a_bone1i+0.00001+step, u_frameB+0.00001)).xyz;\\n bone0 = compute_bone(b0_translate, b0_rotate);\\n bone1 = compute_bone(b1_translate, b1_rotate);\\n b0_position = bone0 * vec4(a_bone0pos, 1.0);\\n b1_position = bone1 * vec4(a_bone1pos, 1.0);\\n frame1_position = vec4((b0_position * a_bone0w + b1_position * a_bone1w).xyz, 1.0);\\n\\n #ifdef HAS_NORMAL\\n b0_normal = bone0 * vec4(a_bone0norm, 0.0);\\n b1_normal = bone1 * vec4(a_bone1norm, 0.0);\\n frame1_normal = vec4((b0_normal * a_bone0w + b1_normal * a_bone1w).xyz, 0.0);\\n #endif\\n\\n vec4 worldPosition = u_transform * (frame0_position * (1.0-u_time) + frame1_position * u_time);\\n\\n #ifdef HAS_NORMAL\\n vec4 worldNormal = normalize(u_transform * (frame0_normal * (1.0-u_time) + frame1_normal * u_time));\\n #endif\\n #endif\\n\\n #ifdef STATIC_MESH\\n vec4 worldPosition = u_transform * vec4(a_pos, 1.0);\\n\\n #ifdef HAS_NORMAL\\n vec4 worldNormal = normalize(u_transform * vec4(a_norm, 0.0));\\n #endif\\n #endif\\n\\n// =====================================================================================================================\\n// APPLY SHADING\\n//\\n #ifdef DIFFUSE\\n\\n v_lightIntensity = u_ambientLightColor;\\n\\n if (length(u_directionalLightColor0) > 0.0)\\n {\\n v_lightIntensity += u_directionalLightColor0 * max(0.0, dot(u_directionalLightVector0, worldNormal.xyz));\\n }\\n if (length(u_directionalLightColor1) > 0.0)\\n {\\n v_lightIntensity += u_directionalLightColor1 * max(0.0, dot(u_directionalLightVector1, worldNormal.xyz));\\n v_pointLightDelta1 = worldNormal.xyz - u_pointLightPosition1;\\n }\\n if (length(u_pointLightColor0) > 0.0)\\n {\\n v_pointLightDelta0 = u_pointLightPosition0 - worldPosition.xyz;\\n }\\n if (length(u_pointLightColor1) > 0.0)\\n {\\n v_pointLightDelta1 = u_pointLightPosition1 - worldPosition.xyz;\\n }\\n #endif\\n\\n #ifdef SHADOW\\n float shadowHeight = max(0.0, worldPosition.y - u_shadowY);\\n vec3 shadowDir = normalize(u_directionalLightVector0);\\n worldPosition.x = worldPosition.x - shadowDir.x * shadowHeight;\\n worldPosition.z = worldPosition.z - shadowDir.z * shadowHeight;\\n worldPosition.y = u_shadowY;\\n #endif\\n\\n// =====================================================================================================================\\n// OUTPUT\\n//\\n #ifdef HAS_UV\\n v_uv = a_uv;\\n #endif\\n\\n #ifdef HAS_NORMAL\\n v_norm = worldNormal.xyz;\\n #endif\\n\\n #ifdef METALLIC\\n v_pos = worldPosition;\\n #endif\\n\\n\\t#ifdef WAVE\\n\\t\\tworldPosition.y += sin(u_waveTime + (u_xWeight * worldPosition.x) + (u_zWeight * worldPosition.z)) * u_waveIntensity;\\n #endif\\n\\n gl_Position = u_view * worldPosition;\\n}\\n\";\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/data/uber_shader.vert?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/data/ui.vert": /*!**********************************************************!*\ !*** ./framework/base/src/builtins/shaders/data/ui.vert ***! \**********************************************************/ /***/ ((module) => { eval("module.exports = \"precision highp float;\\nprecision highp int;\\n\\nuniform vec4 u_rect;\\nuniform float u_angle;\\nuniform vec2 u_anchor;\\nuniform mat4 u_view;\\nattribute vec2 a_pos;\\nattribute vec2 a_uv;\\nvarying vec2 v_uv;\\n\\nvoid main()\\n{\\n float centerX = u_rect.x + u_rect.z * 0.5;\\n float centerY = u_rect.y + u_rect.w * 0.5;\\n float sizeX = u_rect.z;\\n float sizeY = u_rect.w;\\n\\n vec2 pos = a_pos;\\n\\n pos.x *= sizeX;\\n pos.y *= sizeY;\\n\\n\\tvec2 offset = vec2(sizeX * (0.5 - u_anchor.x), sizeY * (0.5 - u_anchor.y));\\n \\n\\tpos += offset;\\n\\tpos = vec2(\\n pos.x * cos(u_angle) - pos.y * sin(u_angle),\\n pos.x * sin(u_angle) + pos.y * cos(u_angle)\\n );\\n\\tpos -= offset;\\n\\n gl_Position = u_view * vec4(\\n centerX + pos.x,\\n centerY + pos.y,\\n 1, 1\\n );\\n\\n v_uv = a_uv;\\n}\";\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/data/ui.vert?"); /***/ }), /***/ "./framework/base/src/builtins/shaders/data/unlit.frag": /*!*************************************************************!*\ !*** ./framework/base/src/builtins/shaders/data/unlit.frag ***! \*************************************************************/ /***/ ((module) => { eval("module.exports = \"precision highp float;\\nprecision highp int;\\n\\nuniform sampler2D u_texture;\\nuniform vec4 u_tint;\\nvarying vec2 v_uv;\\n\\n//=============================================================================\\n\\nvoid main() {\\n vec4 color = texture2D(u_texture, v_uv);\\n gl_FragColor = color * u_tint;\\n}\";\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/shaders/data/unlit.frag?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/data/cubeMesh.json": /*!**************************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/data/cubeMesh.json ***! \**************************************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",0.5],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",1]],\"vertices\":\"/38BgP9/AAB/AP8BgAGA/38AAH////9//3//fwAAfwAAAYD/f/9/AAB//wD/f/9/AYAAfwAAAAGA/38BgAB/AP8A/38BgAGAAACBAAABgAGAAYAAAIH/AP9//3//fwB/AAD/AYD/f/9/AH8A////f/9/AYAAAIEA/wGA/38BgAAAgf///38BgAGAAIEAAP//fwGA/38AgQAAAAGAAYD/fwCBAP8AAYABgAGAAIEA//8BgAGA/3+BAAAA/wGA/3//f4EAAAAAAYD/fwGAgQAA/wABgAGAAYCBAAD///9/AYABgH8AAAD//3//fwGAfwAAAAD/f/9//39/AAD/AP9/AYD/f38AAP//\",\"indices\":\"AAACAAMAAAADAAEACAAEAAUACAAFAAkACgAGAAcACgAHAAsADAANAA4ADAAOAA8AEAARABIAEAASABMAFAAVABYAFAAWABcA\"}');\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/data/cubeMesh.json?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/data/cylinderMesh.json": /*!******************************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/data/cylinderMesh.json ***! \******************************************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",1],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9997491]],\"vertices\":\"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\",\"indices\":\"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\"}');\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/data/cylinderMesh.json?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/data/planeMesh.json": /*!***************************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/data/planeMesh.json ***! \***************************************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",0.5],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",1]],\"vertices\":\"AYABgAAAAACBAP//fwGAAAAAAIH//wGA/38AAAAAgQAA/3//fwAAAACB/wA=\",\"indices\":\"AAADAAEAAwAAAAIA\"}');\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/data/planeMesh.json?"); /***/ }), /***/ "./framework/base/src/builtins/default/resources/data/sphereMesh.json": /*!****************************************************************************!*\ !*** ./framework/base/src/builtins/default/resources/data/sphereMesh.json ***! \****************************************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",0.5],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9983337]],\"vertices\":\"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\"}');\n\n//# sourceURL=webpack://miniplay/./framework/base/src/builtins/default/resources/data/sphereMesh.json?"); /***/ }), /***/ "./miniplay-fps/bullet/data/bullet.json": /*!**********************************************!*\ !*** ./miniplay-fps/bullet/data/bullet.json ***! \**********************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",0.134379],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9808528]],\"vertices\":\"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7ATUBMAE2ATsBMQE8ATYBMQE3ATwBMgE9ATcBMgE4AT0BOQE+ATgBOQE/AT4BNQFAAToBNQE7AUABNgFBATsBNgE8AUEBNwFCATwBNwE9AUIBOAFDAT0BOAE+AUMBPwFEAT4BPwFFAUQBOwFGAUABOwFBAUYBPAFHAUEBPAFCAUcBPQFIAUIBPQFDAUgBPgFJAUMBPgFEAUkBRQFKAUQBRQFLAUoBSwFMAUoBSwFNAUwBSgFMAU4BRAFKAU8BSgFOAU8BRAFPAUkBTwFOAVABTwFQAVEBSQFPAVEBUQFQAVIBQwFJAVMBSQFRAVMBQwFTAUgBUQFSAVQBUwFRAVQBVAFSAVUBSAFTAVYBUwFUAVYBVAFVAVcBVgFUAVcBWAFXAVUBSAFWAVkBQgFIAVkBQgFZAUcBWAFaAVcBWgFYAVsBVgFXAVwBWQFWAVwBWgFcAVcBRwFZAV0BWQFcAV0BWgFbAV4BXwFeAVsBWgFgAVwBYAFdAVwBYAFaAV4BRwFdAWEBQQFHAWEBQQFhAUYBXwFiAV4BYgFfAWMBYAFeAWQBYgFkAV4BYAFlAV0BZQFhAV0BZQFgAWQBZgFGAWEBZQFmAWEBYgFjAWcBZwFjAWgBZwFoAWkBZQFkAWoBZgFlAWoBYgFrAWQBawFiAWcBawFqAWQBbAFnAWkBawFnAWwBbAFpAW0BZgFuAUYBbgFAAUYBZgFqAW8BbgFmAW8BawFwAWoBcAFrAWwBcAFvAWoBcQFsAW0BcAFsAXEBbgFyAUABcgE6AUABbgFvAXMBcgFuAXMBcAF0AW8BdAFwAXEBdAFzAW8BcQFtAXUBdQFtAXYBdQF2AXcBcgF4AToBeAE0AToBdAFxAXkBeQFxAXUBegF1AXcBeQF1AXoBegF3AXsBcgFzAXwBeAFyAXwBdAF9AXMBfQF0AXkBfQF8AXMBfgF5AXoBfQF5AX4BfgF6AX8BeAGAATQBgAEuATQBeAF8AYEBgAF4AYEBfQGCAXwBggF9AX4BggGBAXwBgwF+AX8BggF+AYMBgwF/AYQBgAGFAS4BhQEoAS4BgAGBAYYBhQGAAYYBggGHAYEBhwGCAYMBhwGGAYEBiAGDAYQBhwGDAYgBhQGJASgBiQEiASgBhQGGAYoBiQGFAYoBhwGLAYYBiwGHAYgBiwGKAYYBiAGEAYwBjAGEAY0BjAGNAY4BiQGPASIBjwEcASIBiwGIAZABkAGIAYwBkQGMAY4BkAGMAZEBkQGOAZIBiQGKAZMBjwGJAZMBiwGUAYoBlAGLAZABlAGTAYoBlQGQAZEBlAGQAZUBlQGRAZYBjwGXARwBlwEWARwBjwGTAZgBlwGPAZgBlAGZAZMBmQGUAZUBmQGYAZMBlwGaARYBmgEQARYBmQGVAZsBmwGVAZYBlwGYAZwBmgGXAZwBmQGdAZgBnQGZAZsBnQGcAZgBmgGeARABngEKARABmgGcAZ8BngGaAZ8BnQGgAZwBoAGfAZwBnQGbAaEBoAGdAaEBngGiAQoBogEEAQoBngGfAaMBogGeAaMBoAGkAZ8BpAGjAZ8BogGlAQQBpQH+AAQBogGjAaYBpQGiAaYBpQGnAf4ApwH4AP4AoQGbAagBmwGWAagBoAGhAakBpAGgAakBoQGoAaoBqQGhAaoBqgGoAasBqgGrAawBrQGqAawBqQGqAa0BrQGsAa4BrwGpAa0BpAGpAa8BrwGtAbABsQGkAa8BpAGxAaMBsQGmAaMBsgGvAbABsQGvAbIBsgGwAbMBsQG0AaYBtAGxAbIBtQGyAbMBtAGyAbUBtAG2AaYBpQGmAbYBpwGlAbYBtAG3AbYBtwG0AbUBtQGzAbgBuAGzAbkBuAG5AboBpwG2AbsBtwG7AbYBtwG1AbwBvAG1AbgBvQG4AboBvAG4Ab0BvQG6Ab4BvwG3AbwBtwG/AbsBwAG8Ab0BvwG8AcABwAG9AcEBwgGnAbsBpwHCAfgAwgHpAPgAvwHDAbsBwgG7AcMBwgHEAekAxAHCAcMBxAHiAOkAxAHjAOIAxQG/AcABvwHFAcMBxAHDAcYB4wDEAcYBxQHGAcMBxQHAAccBxwHAAcEB4wDGAcgB2wDjAMgB2wDIAdwAxQHJAcYByQHIAcYByQHFAccBygHcAMgByQHKAcgByQHHAcsBygHJAcsBygHMAdwAzAHNANwAzAFkAM0AZADMAV4AzAHKAc0BzAHNAV4AygHLAc0BXgDNAV8AywHHAc4BxwHBAc4BzQHLAc8BywHOAc8BzQHPAV8AzwHOAdABzwHQAdEBXwDPAdEBXwDRAdIBwQHTAdQBwQHVAdMB1gHVAcEB1gHXAdUB1QHXAdgB0wHVAdkB1QHYAdkB0wHZAdoB2wHaAdkB2wHZAdwB3AHZAdgB3AHYAd0B3gHfAeAB3gHgAeEB4gHjAeQB4gHkAeUB5gHnAegB5gHoAekB6gHrAewB6gHtAesB7QHuAesB7QHvAe4B8AHxAfIB8AHzAfEB8wH0AfEB8wH1AfQB9gH3AfgB9gH5AfcB+QH6AfcB+QH7AfoB/AH9Af4B/AH+Af8BAAIBAgICAAICAgMCBAIFAgYCBAIGAgcCCAIJAgoCCAIKAgsCDAINAg4CDAIPAg0CDAIQAg8CDwIRAg0CDwISAhECDwIQAhICEwIQAgwCEgIQAhQCFQIQAhMCFAIQAhYCFwIQAhUCFgIQAhgCGQIQAhcCGAIQAhoCGwIQAhkCGgIQAhwCHQIQAhsCHAIQAh4CHwIQAh0CHwIdAiACHwIgAiECIgIQAh8CIgIfAiECIwIQAiICIgIhAiQCJQIQAiMCJgIQAiUCJwIQAiYCKAIQAicCKQIQAigCKgIQAikCKgIpAisCKgIrAiwCLQIQAioCLQIqAiwCLgIQAi0CLQIsAi8CMAIQAi4CMQIQAjACMgIQAjECMwIQAjICNAIQAjMCNQIQAjQCNQI0AjYCHgIQAjUCNQI2AjcCHgI1AjcCHgI3AjgCOQI6AjsCOQI8AjoCPAI9AjoCPAI+Aj0CPwJAAkECPwJBAkICQwJEAkUCQwJFAkYCRwJIAkkCRwJJAkoCSwJMAk0CSwJNAk4CTwJQAlECTwJSAlACUgJTAlACUgJUAlMCVQJWAlcCVQJYAlYCWAJZAlYCWAJaAlkCWwJcAl0CWwJeAlwCXgJfAlwCXgJgAl8CYQJiAmMCYQJjAmQCZQJmAmcCZQJnAmgCaQJqAmsCaQJrAmwCbQJuAm8CbQJvAnACcQJyAnMCcQJ0AnICdAJ1AnICdAJ2AnUCdwJ4AnkCdwJ5AnoCewJ8An0CewJ9An4CfwKAAoECfwKBAoICgwKEAoUCgwKFAoYChwKIAokChwKKAogCigKLAogCigKMAosCjQKOAo8CjQKQAo4CkAKRAo4CkAKSApECkwKUApUCkwKWApQClgKXApQClgKYApcCmQKaApsCmQKbApwCnQKeAp8CnQKfAqACoQKiAqMCoQKjAqQCpQKmAqcCpQKnAqgCqQKqAqsCqQKsAqoCrAKtAqoCrAKuAq0CrwKwArECrwKyArACsgKzArACsgK0ArMCtQK2ArcCtQK3ArgCuQK1ArgCuQK4AroCuwK5AroCuwK6ArwCvQK7ArwCvQK8Ar4CvwK9Ar4CvwK+AsACwQK/AsACwQLAAsICwwLBAsICwwLCAsQCxQLDAsQCxQLEAsYCxwLFAsYCxwLGAsgCyQLHAsgCyQLIAsoCywLJAsoCywLKAswCzQLLAswCzQLMAs4CzwLNAs4CzwLOAtAC0QLPAtAC0QLQAtIC0wLRAtIC0wLSAtQC1QLTAtQC1QLUAtYC1wLVAtYC1wLWAtgC2QLXAtgC2QLYAtoC2wLZAtoC2wLaAtwC3QLbAtwC3QLcAt4C3wLdAt4C3wLeAuAC4QLfAuAC4QLgAuIC4wLhAuIC4wLiAuQC5QLjAuQC5QLkAuYC5wLlAuYC5wLmAugC6QLnAugC6QLoAuoC6wLpAuoC6wLqAuwC7QLrAuwC7QLsAu4C7wLtAu4C7wLuAvAC8QLvAvAC8QLwAvIC8wLxAvIC8wLyAvQC9QLzAvQC9QL0AvYC9wL4AvkC9wL5AvoC+wL3AvoC+wL6AvwC/QL7AvwC/QL8Av4C/wL9Av4C/wL+AgADAQP/AgADAQMAAwIDAwMBAwIDAwMCAwQDBQMDAwQDBQMEAwYDBwMFAwYDBwMGAwgDCQMHAwgDCQMIAwoDCwMJAwoDCwMKAwwDDQMLAwwDDQMMAw4DDwMNAw4DDwMOAxADEQMPAxADEQMQAxIDEwMRAxIDEwMSAxQDFQMTAxQDFQMUAxYDFwMVAxYDFwMWAxgDGQMXAxgDGQMYAxoDGwMZAxoDGwMaAxwDHQMbAxwDHQMcAx4DHwMdAx4DHwMeAyADIQMfAyADIQMgAyIDIwMhAyIDIwMiAyQDJQMjAyQDJQMkAyYDJwMlAyYDJwMmAygDKQMnAygDKQMoAyoDKwMpAyoDKwMqAywDLQMrAywDLQMsAy4DLwMtAy4DLwMuAzADMQMvAzADMQMwAzIDMwMxAzIDMwMyAzQDNQMzAzQDNQM0AzYDNwM1AzYDNwM2AzgDOQM6AzsDOQM7AzwDPQM+Az8DPQM/A0ADQQNCA0MDQQNDA0QDRQNGA0cDRQNHA0gDSQNKA0sDSQNMA0oDTANNA0oDTANOA00DTwNQA1EDTwNSA1ADUgNTA1ADUgNUA1MDVQNWA1cDVQNYA1YDWANZA1YDWANaA1kDWwNcA10DWwNdA14DXwNgA2EDXwNhA2IDYwNkA2UDYwNlA2YDZwNoA2kDZwNpA2oDawNsA20DawNuA2wDbwNuA2sDbwNwA24DcQNyA3MDcQNzA3QDdQN2A3cDdQN3A3gDeAN3A3kDeAN5A3oDewN8A30DewN9A34DfwOAA4EDfwOBA4IDgwOEA4UDgwOFA4YDhgOFA4cDhgOHA4gDiQOKA4sDiQOLA4wDjQOOA48DjQOPA5ADkAOPA5EDkAO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sourceURL=webpack://miniplay/./miniplay-fps/bullet/data/bullet.json?"); /***/ }), /***/ "./miniplay-fps/bullet/data/trail.json": /*!*********************************************!*\ !*** ./miniplay-fps/bullet/data/trail.json ***! \*********************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",0.2564018],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9947698]],\"vertices\":\"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\",\"indices\":\"AAABAAIAAAADAAEAAwAEAAEAAwAFAAQABQAGAAQABQAHAAYABwAIAAYABwAJAAgACQAKAAgACQALAAoACwAMAAoACwANAAwADQAOAAwADQAPAA4ADwAQAA4ADwARABAAEQASABAAEQATABIAEwAUABIAEwAVABQAFQAWABQAFQAXABYAFwAYABYAFwAZABgAGQAaABgAGQAbABoAGwAcABoAGwAdABwAHQAeABwAHQAfAB4AHwAgAB4AHwAhACAAIQAiACAAIQAjACIAIwAkACIAIwAlACQAJQAmACQAJQAnACYAJwAoACYAJwApACgA\"}');\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/bullet/data/trail.json?"); /***/ }), /***/ "./miniplay-fps/entities/Helicopter/data/WM_apacheBody_mesh.json": /*!***********************************************************************!*\ !*** ./miniplay-fps/entities/Helicopter/data/WM_apacheBody_mesh.json ***! \***********************************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Byte8Bits\",11.60666],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9996761]],\"vertices\":\"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\"}');\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/entities/Helicopter/data/WM_apacheBody_mesh.json?"); /***/ }), /***/ "./miniplay-fps/entities/Helicopter/data/WM_apacheHelixA_mesh.json": /*!*************************************************************************!*\ !*** ./miniplay-fps/entities/Helicopter/data/WM_apacheHelixA_mesh.json ***! \*************************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/entities/Helicopter/data/WM_apacheMainHelix_mesh.json?"); /***/ }), /***/ "./miniplay-fps/entities/Tank/data/Tank.json": /*!***************************************************!*\ !*** ./miniplay-fps/entities/Tank/data/Tank.json ***! \***************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"e\":[{\"shader\":8,\"transformType\":1,\"c\":[{\"transform\":[-0.01,1.33,-1.12,270,0,0],\"tag\":\"head\",\"mesh\":0,\"texture\":0,\"c\":[{\"transform\":[0,-0.67,0.79],\"tag\":\"cannon\",\"mesh\":1,\"texture\":0}]},{\"transform\":[-0.01,1.8,-1.12,270,0,0],\"tag\":\"body\",\"mesh\":2,\"texture\":0},{\"transform\":[-0.01,0.56,-3.27,270,0,0],\"mesh\":3,\"texture\":1}]}]}');\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/entities/Tank/data/Tank.json?"); /***/ }), /***/ "./miniplay-fps/entities/Tank/data/cabeca.json": /*!*****************************************************!*\ !*** ./miniplay-fps/entities/Tank/data/cabeca.json ***! \*****************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",1.700732],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9947237]],\"vertices\":\"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\"}');\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/entities/Tank/data/cabeca.json?"); /***/ }), /***/ "./miniplay-fps/entities/Tank/data/cano.json": /*!***************************************************!*\ !*** ./miniplay-fps/entities/Tank/data/cano.json ***! \***************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",3.817742],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.994912]],\"vertices\":\"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sourceURL=webpack://miniplay/./miniplay-fps/entities/Tank/data/cano.json?"); /***/ }), /***/ "./miniplay-fps/entities/Tank/data/corpo.json": /*!****************************************************!*\ !*** ./miniplay-fps/entities/Tank/data/corpo.json ***! \****************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",4.759758],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9987248]],\"vertices\":\"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\"}');\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/entities/Tank/data/corpo.json?"); /***/ }), /***/ "./miniplay-fps/entities/Tank/data/roda.json": /*!***************************************************!*\ !*** ./miniplay-fps/entities/Tank/data/roda.json ***! \***************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",6.431737],[\"a_norm\",3,\"Byte8Bits\",0.9999998],[\"a_uv\",2,\"UnsignedByte8Bits\",16.18807]],\"vertices\":\"3BSCgSIGAKNXAw/+FAGAVwMAhB0ADxIcBIBmAwCEHQAGIRyGgSYGAKNXAwbkFPWDtAcA2HkGDwUcBYS5BwDYeQYG3RT5hu4HAAt/Cg8YHByH6gcAC34KBsQUg4oJBwAfew4P6RuIihAHAB97DgbcFHuRRwUAHHwXDyQcgJFCBQAcfBcG3hRqmPUDAAx+IA8hHGuY9QMADH4gBtcU9Z/nAwABfyoPChwRoOYDAAF/KgbmFM7gzAMA/n99DwkcEuHLAwD+f34G6RT/7ScEAPN+jg8WHCfuLQQA836OBvIU/PRgBQDmfJcPCRy/9FIFAOZ8lwb1FID6sgYAAH+eDwEcZvqwBgD/f54G/BR5/rQFAENsow/7Gz3+2wUAQW2jBu0U3QDJAgB1MKcPDxzIAPoCAHUypgbcFDIBEv8AeNatDxYcLgH7/gB41a0G/hQBgFcDAIQdAA8YHCeACwAAidUABhIcBIBmAwCEHQAG4RQhgCAAAInVAA8OHJiC6fwArp8EBvMUcoIH/QCtoAQPFByehrz6AMmOCQb4FGuG0voAyI4JDyIcJpC79gHOixUG7RQGkLH2Ac6LFQ8iHLKSqvUB3oYZBt0UtpKM9QHehhkPJRy1l9b0APeBHwbaFO2X1fQA94EfDxgcLp/o9AABgSkGzhRmn+f0AAGBKQ88HKCm5/QAAIEyBuQU2abn9AAAgTMPJxx0reD0AACBOwbkFJyt4fQAAIE7DzYcfbjf9AAAgUkG9BSluN70AACBSg8GHDPD6PQAAIFXBgYVc8Pq9AAAgVcPIBzYz+P0AACBZwbcFA/Q4vQAAIFoDyMc2dru9AAAgXYG7BQW2+T0AACBdg8RHILk9PQAAIGCBuEUt+T09AAAgYIPCBy26+H0AAmBiwbcFPTr5vQACoGMDyMcSO9x9QAfhZAG4RR873n1ACCFkA8IHFj8E/oARJWhBt8Ubvwc+gBFlaEPFhwuAfv+AHjVrQbcFDIBEv8AeNatDyIc6O7s9gDhewEE4BQa7/P2AOB7AQPdFNbrbPYA9n8GAwgcmetm9gD3fwYE4RS45Hv2AAB/DgMRHIPke/YAAH8OBOoUFdtr9gAAfxgDIRzY2nT2AAB/GATbFA7QafYAAH8jAyAc2M9q9gAAfyMEBhVyw3D2AAB/LQMGHDLDb/YAAH8tBPMUpbhl9gAAfzYDNhx8uGb2AAB/NgTkFJ2tZ/YAAH89AyccdK1n9gAAfz0E5RTZpm72AAB/QwM8HKGmbvYAAH9DBM0UZJ9u9gD/f0kDFxwsn2/2AP9/SQTbFAWYW/YACX9OAyMc0pdb9gAJf04E2hQfkwX3/yJ6UgMcHB+TIff/I3pSBOgUn5AY+P8ydVgDHxy+kCP4/zJ1WAT3FBeHMPwAN3JdAxQcR4cd/AA3c10E8RR0gy3+AFJhYAMQHJWDE/4AUmFgBOAUkYGjAAB3K2MDGByWgZIAAHcsYwT+FH6B/wIAfONmAxEcgYEMAwB74mYE3BSfghgFAFypaAMgHKOCGwUAXaloBOQUcYRBBgAnh2wDBBx9hEUGACeHbATeFNeGaQYA9IJwAxgc+IZlBgD0gnAExRQkio4FAOGFdgPqGymKlQUA4YV2BNwUJpHJAwDkhH0DJBwrkcUDAOWEfQTeFEWYcAIA9IKRAyEcRZhwAgD0gpEE1xTzn2ACAP+BswMKHA+gXwIA/4GzBOUU0+BGAgACgckDCRwY4UUCAAKByQTpFCXuogIADYLRAxYcT+6oAgANgtEE8RRL9eEDABqE1gMJHA710wMAGoTWBPUUfvorBQACgdoDAxxq+ikFAAKB2gT6FKf9awQAvpTeA/4beP2KBAC/k94E6hRy/zcCAIvO4gMQHGL/XQIAjM3iBNwUwf+T/wCIKukDFRy+/33/AIgq6QTgFJr7ZfsAvGvzAwcchvtc+wC9bPME4BQa7/P2AOB7/wMiHOju7PYA4Xv/BCMcSO9x9X/+AAEGIhzo7uz2f/4AAQQIHJnrZvZ//gAGBAgctuvh9H/+AAYGERyD5Hv2fwEADgQRHILk9PR/AQAOBiEc2Np09n8AABgEIxzZ2u70fwAAGAYgHNjPavZ//wAjBCAc2M/j9H//ACMGBhwyw2/2fwEALQQGHDPD6PR/AQAtBjYcfLhm9n8BADYENhx9uN/0fwEANgYnHHStZ/Z/AAA9BCccdK3g9H8AAD0GPByhpm72fwAAQwQ8HKCm5/R/AABDBhccLJ9v9n//AEkEGBwun+j0f/8ASQYjHNKXW/Z/AAFOBCUctZfW9H8AAU4GHBwfkyH3fwABUgQiHLKSqvV/AAFSBh8cvpAj+H8AAVgEIhwmkLv2fwABWAYUHEeHHfx/AABdBBQcnoa8+n8AAF0GEByVgxP+fwD/YAQOHJiC6fx/AP9gBhgcloGSAH8AAGMEGBwngAsAfwAAYwYRHIGBDAN///9mBBIcBIBmA3///2EGIByjghsFfwIAaAQhHIaBJgZ/AgBoBgQcfYRFBn8BAWwEBRwFhLkHfwEBbAYYHPiGZQZ/Av9wBBgcHIfqB38C/3AG6hspipUFfwEAdgTpG4iKEAd/AQB2BiQcK5HFA3/+AH0EJByAkUIFf/4AfQYhHEWYcAJ/AQCRBCEca5j1A38BAJEGChwPoF8CfwEAswQKHBGg5gN/AQCzBgkcGOFFAn8AAMkECRwS4csDfwAAyQYWHE/uqAJ/AADRBBYcJ+4tBH8AANEGCRwO9dMDfwEA1gQJHL/0UgV/AQDWBgMcavopBX8BAdoEARxm+rAGfwEB2gb+G3j9igR/AALeBPsbPf7bBX8AAt4GEBxi/10Cf/8C4gQPHMgA+gJ//wLiBhUcvv99/38AAOkEFhwuAfv+fwAA6QYHHIb7XPt/AADzBAgcWPwT+n8AAPMGIhzo7uz2f/4A/wQjHEjvcfV//gD/BtwU9Ovm9IEAAAYA4BQa7/P2gQAAAQPhFHzvefWBAAABAN0U1uts9oEAAAYD4RS35PT0gQAADgDhFLjke/aBAAAOA+wUFtvk9IEAABgA6hQV22v2gQAAGAPcFA/Q4vSBAAAjANsUDtBp9oEAACMDBhVzw+r0gQAALQAGFXLDcPaBAAAtA/QUpbje9IEBADYA8xSluGX2gQEANgPkFJyt4fSBAAA9AOQUna1n9oEAAD0D5BTZpuf0gQEAQwDlFNmmbvaBAQBDA84UZp/n9IEAAEkAzRRkn272gQAASQPaFO2X1fSB/wBOANsUBZhb9oEAAE4D3RS2koz1gf4AUgDaFB+TBfeB/gBSA+0UBpCx9oH+/1gA6BSfkBj4gf7/WAP4FGuG0vqBAP9dAPcUF4cw/IEA/10D8xRyggf9gQH+YADxFHSDLf6BAf5gA+EUIYAgAIEAAWMA4BSRgaMAgQABYwP+FAGAVwOB/gBhAP4UfoH/AoH+AGYD3BSCgSIGgf/+aADcFJ+CGAWB//5oA+QU9YO0B4EAAGwA5BRxhEEGgQAAbAPdFPmG7geB/gBwAN4U14ZpBoH+AHADxBSDigkHgf8AdgDFFCSKjgWB/wB2A9wUe5FHBYEBAH0A3BQmkckDgQEAfQPeFGqY9QOBAACRAN4URZhwAoEAAJED1xT1n+cDgQAAswDXFPOfYAKBAACzA+YUzuDMA4EAAMkA5RTT4EYCgQAAyQPpFP/tJwSBAADRAOkUJe6iAoEAANED8hT89GAFgQAA1gDxFEv14QOBAADWA/UUgPqyBoEBANoA9RR++isFgQEA2gP8FHn+tAWBAAHeAPoUp/1rBIEAAd4D7RTdAMkCgQAC4gDqFHL/NwKBAALiA9wUMgES/4EAAekA3BTB/5P/gQAB6QPfFG78HPqBAADzAOAUmvtl+4EAAPMD4RR873n1gQAA/wDgFBrv8/aBAAD/AyTrgoEiBgCjVwIG7uMEgGYDAIQdAA8C6wGAVwMAhB0ABt/jhoEmBgCjVwIPHOv1g7QHANh5Bgb74wWEuQcA2HkGDyPr+YbuBwALfwkG6OMch+oHAAt+Cg8864OKCQcAH3sOBhfkiIoQBwAfew4PJOt7kUcFABx8Fwbc44CRQgUAHHwXDyLrapj1AwAMfiAG3+NrmPUDAAx+IA8p6/Wf5wMAAX8qBvbjEaDmAwABfyoPGuvO4MwDAP5/fQb34xLhywMA/n99Dxfr/+0nBADzfo4G6uMn7i0EAPN+jg8O6/z0YAUA5nyXBvfjv/RSBQDmfJcPC+uA+rIGAAB/ngb/42b6sAYA/3+eDwTref60BQBDbKMGBeQ9/tsFAEFtow8T690AyQIAdTCmBvHjyAD6AgB1MqYPJOsyARL/AHjWrQbq4y4B+/4AeNWtDwLrAYBXAwCEHQAG7uMEgGYDAIQdAA/o4yeACwAAidUADx/rIYAgAACJ1QAG8uOYgun8AK6fBA8N63KCB/0AraAEBuzjnoa8+gDJjgkPCOtrhtL6AMiOCQbe4yaQu/b/zosVDxPrBpCx9v/OixUG3uOykqr1/96GGQ8j67aSjPX/3oYZBtvjtZfW9AD3gR8PJuvtl9X0APeBHwbo4y6f6PQAAYEpDzLrZp/n9AABgSkGxOOgpuf0AACBMg8c69mm5/QAAIEyBtnjdK3g9AAAgTsPHOucreH0AACBOwbK43243/QAAIFJDwzrpbje9AAAgUkG+uMzw+j0AACBVw/66nPD6vQAAIFXBuDj2M/j9AAAgWcPJOsP0OL0AACBaAbd49na7vQAAIF1DxTrFtvk9AAAgXYG7+OC5PT0AACBgg8f67fk9PQAAIGCBvjjtuvh9AAJgYsPJOv06+b0AAqBiwbd40jvcfUAH4WQDx/rfO959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sourceURL=webpack://miniplay/./miniplay-fps/entities/Tank/data/roda.json?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/PanzerIV.json": /*!****************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/PanzerIV.json ***! \****************************************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",37.14912],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9951491]],\"vertices\":\"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\"}');\n\n//# sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/PanzerIV.json?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/T14.json": /*!***********************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/T14.json ***! \***********************************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",10.25942],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9941528]],\"vertices\":\"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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/T14.json?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/T90.json": /*!***********************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/T90.json ***! \***********************************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",19.29461],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9933859]],\"vertices\":\"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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/T90.json?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/WM_p_cenario_base_militar_grass.json": /*!***************************************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/WM_p_cenario_base_militar_grass.json ***! \***************************************************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/WM_p_cenario_base_militar_grass.json?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/baseHelicopter.json": /*!**********************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/baseHelicopter.json ***! \**********************************************************************************/ /***/ ((module) => { eval("module.exports = 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/*!******************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/blueBarret.json ***! \******************************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/container.json?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/crates.json": /*!**************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/crates.json ***! \**************************************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",64.10773],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9990234]],\"vertices\":\"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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/crates.json?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/cratesGroup.json": /*!*******************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/cratesGroup.json ***! \*******************************************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",65.94975],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9929788]],\"vertices\":\"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\",\"indices\":\"AAABAAIAAwACAAEAAwABAAQABQADAAQABQAGAAMABwAFAAQABwAEAAgABQAJAAYACgAGAAkACgAJAAsADAANAA4ADwAMAA4ADwAQAAwADwARABAAEQASABAAEQATABIADwAUABEAFAAVABEAFAAWABUAFgAXABUAGAAZABoAGAAaABsAHAAdAB4AHAAeAB8AIAAhACIAIAAiACMAJAAlACYAJAAmACcAKAApACoAKAAqACsALAAtAC4ALAAuAC8AMAAxADIAMAAyADMANAA1ADYANAA2ADcAOAA5ADoAOAA6ADsAPAA9AD4APAA+AD8AQABBAEIAQABCAEMARABFAEYARABGAEcASABJAEoASwBKAEkASwBJAEw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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/cratesGroup.json?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/gate.json": /*!************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/gate.json ***! \************************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/ground.json?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/hangar.json": /*!**************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/hangar.json ***! \**************************************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",61.26014],[\"a_norm\",3,\"Byte8Bits\",1],[\"a_uv\",2,\"UnsignedByte8Bits\",0.9959477]],\"vertices\":\"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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/hangar.json?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/largeReservoir.json": /*!**********************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/largeReservoir.json ***! \**********************************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/largeReservoir.json?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/palletBag_.json": /*!******************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/palletBag_.json ***! \******************************************************************************/ /***/ ((module) => { eval("module.exports = 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sourceURL=webpack://miniplay/./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/palletBag_.json?"); /***/ }), /***/ "./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/plants.json": /*!**************************************************************************!*\ !*** ./miniplay-fps/scenarios/MilitaryBaseGrass/data/meshes/plants.json ***! \**************************************************************************/ /***/ ((module) => { eval("module.exports = JSON.parse('{\"attributes\":[[\"a_pos\",3,\"Short16Bits\",64.33723],[\"a_norm\",3,\"Byte8Bits\",0.8379383],[\"a_uv\",2,\"UnsignedByte8Bits\",1]],\"vertices\":\"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