Frame 1
	_main = new support.EditorLoader(this);
Frame 10
	this.stop();
Symbol 10 MovieClip [__Packages.support.EditorLoader] Frame 0
	class support.EditorLoader
	{
		var _bace, _loadBar, _mainPar, _sePar, _bgmPar, _mainEnd, _seEnd, _bgmEnd, _se, _bgm, _main, _mainLoader, _seLoader, _bgmLoader;
		function EditorLoader (bace) {
			_bace = bace;
			_bace.stop();
			_loadBar = _bace.loadBar;
			_mainPar = 0;
			_sePar = 0;
			_bgmPar = 0;
			_mainEnd = false;
			_seEnd = false;
			_bgmEnd = false;
			_se = _bace.createEmptyMovieClip("seMc", Init2.seDepth);
			_bgm = _bace.createEmptyMovieClip("bgmMc", Init2.bgmDepth);
			_main = _bace.createEmptyMovieClip("mainMc", Init2.mainDepth);
			_mainLoader = new MovieClipLoader();
			_seLoader = new MovieClipLoader();
			_bgmLoader = new MovieClipLoader();
			_mainLoader.addListener(this);
			_seLoader.addListener(this);
			_bgmLoader.addListener(this);
			var _local3 = _root._url;
			var _local4 = _local3.split("/");
			_local4.pop();
			_local3 = _local4.join("/");
			_mainLoader.loadClip((_local3 + "/") + Init2.editorFileURL, _main);
			_seLoader.loadClip((_local3 + "/") + Init2.seFileURL, _se);
			_bgmLoader.loadClip((_local3 + "/") + Init2.bgmFileURL, _bgm);
			_bace._master = this;
			bace.onEnterFrame = function () {
				this._master.onEnterFrame();
			};
			_main._visible = false;
			_loadBar._xscale = 0;
		}
		function onLoadProgress(target_mc, loadedBytes, totalBytes) {
			var _local2 = loadedBytes / totalBytes;
			if (isNaN(_local2)) {
				return(undefined);
			}
			switch (target_mc) {
				case _main : 
					_mainPar = _local2;
					break;
				case _se : 
					_sePar = _local2;
					break;
				case _bgm : 
					_bgmPar = _local2;
			}
		}
		function onLoadComplete(listenerObject, target_mc) {
			switch (target_mc) {
				case _main : 
					_mainEnd = true;
					break;
				case _se : 
					_seEnd = true;
					break;
				case _bgm : 
					_bgmEnd = true;
			}
			if ((_mainEnd && (_seEnd)) && (_bgmEnd)) {
				onEnd();
			}
		}
		function onEnterFrame() {
			var _local2 = basic.MathS.min(_mainPar, _sePar, _bgmPar);
			_loadBar._xscale = _loadBar._xscale + (((_local2 * 100) - _loadBar._xscale) / 2);
		}
		function onEnd() {
			_bace.onEnterFrame = null;
			_bace._master = null;
			_main._visible = true;
			_bace.gotoAndStop("loadEnd");
		}
	}
Symbol 11 MovieClip [__Packages.Init2] Frame 0
	class Init2
	{
		function Init2 () {
		}
		static var editorFileURL = "swf/editor_main.swf";
		static var playerFileURL = "swf/player_main.swf";
		static var seFileURL = "swf/se.swf";
		static var bgmFileURL = "swf/bgm.swf";
		static var siteURL = "http://editor.pc-saiban.jp/";
		static var capcomURL = "http://www.capcom.co.jp/";
		static var dalettoURL = "http://www.daletto.com/pc/";
		static var playPageURL = "http://player.pc-saiban.jp/view/play";
		static var publicPageURL = "http://www.pc-saiban.jp/";
		static var mainDepth = 1;
		static var seDepth = 2;
		static var bgmDepth = 3;
	}
Symbol 12 MovieClip [__Packages.basic.MathS] Frame 0
	class basic.MathS
	{
		function MathS () {
		}
		static function oddsRandom() {
			return(null);
		}
		static function transRandom4(balance, fluency) {
			if (balance == undefined) {
				balance = 0.5;
			}
			if (fluency == undefined) {
				fluency = 0.3;
			}
			var _local6;
			var _local4;
			var _local5;
			var _local1;
			_local1 = Math.random();
			if (_local1 < balance) {
				_local4 = sqrt4(_local1 / balance) * balance;
			} else {
				_local5 = 1 - balance;
				_local4 = ((-sqrt4((1 - _local1) / _local5)) * _local5) + 1;
			}
			_local6 = (_local4 * (1 - fluency)) + (_local1 * fluency);
			return(_local6);
		}
		static function sqrt4(arg) {
			return(Math.sqrt(Math.sqrt(arg)));
		}
		static function transRandom2(balance, fluency) {
			if (balance == undefined) {
				balance = 0.5;
			}
			if (fluency == undefined) {
				fluency = 0;
			}
			var _local6;
			var _local4;
			var _local5;
			var _local1;
			_local1 = Math.random();
			if (_local1 < balance) {
				_local4 = Math.sqrt(_local1 / balance) * balance;
			} else {
				_local5 = 1 - balance;
				_local4 = ((-Math.sqrt((1 - _local1) / _local5)) * _local5) + 1;
			}
			_local6 = (_local4 * (1 - fluency)) + (_local1 * fluency);
			return(_local6);
		}
		static function normalDistribution(division) {
			if (division == undefined) {
				division = 3;
			}
			var _local3 = 0;
			var _local1 = 0;
			while (_local1 < division) {
				_local3 = _local3 + (Math.random() / division);
				_local1++;
			}
			return(_local3);
		}
		static function compromise(first, rate, end) {
			var _local2;
			if (first == end) {
				return(end);
			}
			if (first < end) {
				_local2 = 1;
			} else {
				_local2 = -1;
			}
			if ((_local2 * (end - first)) < rate) {
				return(end);
			}
			return(first + (_local2 * rate));
		}
		static function maxLimit(num, max) {
			if (max < 0) {
				max = max * -1;
			}
			if (max < num) {
				return(max);
			}
			if (num < (-max)) {
				return(-max);
			}
			return(num);
		}
		static function maxLimitCompromise(num, rate, max) {
			if (max < 0) {
				max = max * -1;
			}
			if (max < num) {
				return(compromise(num, rate, max));
			}
			if (num < (-max)) {
				return(compromise(num, rate, -max));
			}
			return(num);
		}
		static function clamp(min, main, max) {
			if (min > max) {
				var _local3 = min;
				min = max;
				max = _local3;
			}
			return(Math.min(Math.max(min, main), max));
		}
		static function max() {
			var _local2 = -Infinity;
			for (var _local3 in arguments) {
				_local2 = Math.max(_local2, arguments[_local3]);
			}
			return(_local2);
		}
		static function min() {
			var _local2 = Infinity;
			for (var _local3 in arguments) {
				_local2 = Math.min(_local2, arguments[_local3]);
			}
			return(_local2);
		}
		static function hypotenuse(x, y) {
			return(Math.sqrt(Math.pow(x, 2) + Math.pow(y, 2)));
		}
		static function hypotenuse3(x, y, z) {
			return(hypotenuse(hypotenuse(x, y), z));
		}
		static function random2(maxNum) {
			return(Math.floor(Math.random() * maxNum));
		}
		static function drawing(arg) {
			return((Math.random() * arg) < 1);
		}
		static function randomPM() {
			return((random2(2) * 2) - 1);
		}
		static function randomBoolean() {
			return(Math.random() < 0.5);
		}
		static function get toRadian() {
			return(_toRadian);
		}
		static function get toDegree() {
			return(_toDegree);
		}
		static var _toRadian = (Math.PI/180);
		static var _toDegree = 57.2957795130823;
	}