Frame 1
	stop();
	this.onEnterFrame = function () {
		if (this.getBytesTotal() <= this.getBytesLoaded()) {
			delete this.onEnterFrame;
			gotoAndStop ("game");
		}
	};
Frame 3
	stop();
Symbol 1 MovieClip [mcChipOrg] Frame 1
	stop();
	w = 100;
	ox = 0;
	oy = 0;
	x = new Array(5);
	y = new Array(5);
	ax = new Array(5);
	ay = new Array(5);
	x[0] = ox;
	y[0] = oy;
	x[4] = ox + w;
	y[4] = oy;
	ah = 20;
	aw = 20;
	ax[2] = (w / 2) - aw;
	ay[2] = ah;
	ax[3] = (w / 2) + aw;
	ay[3] = ah;
	ph = (ay[2] + ay[3]) / 2;
	x[2] = (ax[2] + ax[3]) / 2;
	y[2] = ph;
	aw = 5;
	ah = 40;
	ax[1] = (w / 2) - aw;
	ay[1] = ph - ah;
	ax[4] = (w / 2) + aw;
	ay[4] = ay[1];
	x[1] = (ax[2] + ax[1]) / 2;
	y[1] = (ay[2] + ay[1]) / 2;
	x[3] = (ax[4] + ax[3]) / 2;
	y[3] = (ay[4] + ay[3]) / 2;
	this.beginFill(16777215);
	this.lineStyle(2, 0, 100);
	this.moveTo(x[0], y[0]);
	if (shapeTop.shape == 0) {
		this.lineTo(w, 0);
	} else {
		p = shapeTop.shape;
		ax[2] = (w / 2) - shapeTop.ax1;
		ay[2] = shapeTop.ay1;
		ax[3] = (w / 2) + shapeTop.ax2;
		ay[3] = shapeTop.ay2;
		ph = (ay[2] + ay[3]) / 2;
		x[2] = (ax[2] + ax[3]) / 2;
		y[2] = ph;
		ax[1] = (w / 2) - shapeTop.ax0;
		ay[1] = ph - shapeTop.ay0;
		ax[4] = (w / 2) + shapeTop.ax3;
		ay[4] = ph - shapeTop.ay3;
		x[1] = (ax[2] + ax[1]) / 2;
		y[1] = (ay[2] + ay[1]) / 2;
		x[3] = (ax[4] + ax[3]) / 2;
		y[3] = (ay[4] + ay[3]) / 2;
		this.curveTo(ax[1], (-p) * ay[1], x[1], (-p) * y[1]);
		this.curveTo(ax[2], (-p) * ay[2], x[2], (-p) * y[2]);
		this.curveTo(ax[3], (-p) * ay[3], x[3], (-p) * y[3]);
		this.curveTo(ax[4], (-p) * ay[4], x[4], (-p) * y[4]);
	}
	if (shapeRight.shape == 0) {
		this.lineTo(w, w);
	} else {
		px = w;
		py = 0;
		p = shapeRight.shape;
		ax[2] = (w / 2) - shapeRight.ax1;
		ay[2] = shapeRight.ay1;
		ax[3] = (w / 2) + shapeRight.ax2;
		ay[3] = shapeRight.ay2;
		ph = (ay[2] + ay[3]) / 2;
		x[2] = (ax[2] + ax[3]) / 2;
		y[2] = ph;
		ax[1] = (w / 2) - shapeRight.ax0;
		ay[1] = ph - shapeRight.ay0;
		ax[4] = (w / 2) + shapeRight.ax3;
		ay[4] = ph - shapeRight.ay3;
		x[1] = (ax[2] + ax[1]) / 2;
		y[1] = (ay[2] + ay[1]) / 2;
		x[3] = (ax[4] + ax[3]) / 2;
		y[3] = (ay[4] + ay[3]) / 2;
		this.curveTo(px + (p * ay[1]), py + ax[1], px + (p * y[1]), py + x[1]);
		this.curveTo(px + (p * ay[2]), py + ax[2], px + (p * y[2]), py + x[2]);
		this.curveTo(px + (p * ay[3]), py + ax[3], px + (p * y[3]), py + x[3]);
		this.curveTo(px + (p * ay[4]), py + ax[4], px + (p * y[4]), py + x[4]);
	}
	if (shapeBottom.shape == 0) {
		this.lineTo(0, w);
	} else {
		px = 0;
		py = w;
		p = shapeBottom.shape;
		ax[2] = (w / 2) - shapeBottom.ax1;
		ay[2] = shapeBottom.ay1;
		ax[3] = (w / 2) + shapeBottom.ax2;
		ay[3] = shapeBottom.ay2;
		ph = (ay[2] + ay[3]) / 2;
		x[2] = (ax[2] + ax[3]) / 2;
		y[2] = ph;
		ax[1] = (w / 2) - shapeBottom.ax0;
		ay[1] = ph - shapeBottom.ay0;
		ax[4] = (w / 2) + shapeBottom.ax3;
		ay[4] = ph - shapeBottom.ay3;
		x[1] = (ax[2] + ax[1]) / 2;
		y[1] = (ay[2] + ay[1]) / 2;
		x[3] = (ax[4] + ax[3]) / 2;
		y[3] = (ay[4] + ay[3]) / 2;
		this.curveTo(px + ax[4], py + (p * ay[4]), px + x[3], py + (p * y[3]));
		this.curveTo(px + ax[3], py + (p * ay[3]), px + x[2], py + (p * y[2]));
		this.curveTo(px + ax[2], py + (p * ay[2]), px + x[1], py + (p * y[1]));
		this.curveTo(px + ax[1], py + (p * ay[1]), px + x[0], py + (p * y[0]));
	}
	if (shapeLeft.shape == 0) {
		this.lineTo(0, 0);
	} else {
		px = 0;
		py = 0;
		p = shapeLeft.shape;
		ax[2] = (w / 2) - shapeLeft.ax1;
		ay[2] = shapeLeft.ay1;
		ax[3] = (w / 2) + shapeLeft.ax2;
		ay[3] = shapeLeft.ay2;
		ph = (ay[2] + ay[3]) / 2;
		x[2] = (ax[2] + ax[3]) / 2;
		y[2] = ph;
		ax[1] = (w / 2) - shapeLeft.ax0;
		ay[1] = ph - shapeLeft.ay0;
		ax[4] = (w / 2) + shapeLeft.ax3;
		ay[4] = ph - shapeLeft.ay3;
		x[1] = (ax[2] + ax[1]) / 2;
		y[1] = (ay[2] + ay[1]) / 2;
		x[3] = (ax[4] + ax[3]) / 2;
		y[3] = (ay[4] + ay[3]) / 2;
		this.curveTo(px - (p * ay[4]), py + ax[4], px - (p * y[3]), py + x[3]);
		this.curveTo(px - (p * ay[3]), py + ax[3], px - (p * y[2]), py + x[2]);
		this.curveTo(px - (p * ay[2]), py + ax[2], px - (p * y[1]), py + x[1]);
		this.curveTo(px - (p * ay[1]), py + ax[1], px - (p * y[0]), py + x[0]);
	}
	this.endFill();
Symbol 6 MovieClip Frame 4
	stop();
Symbol 7 Button
on (release) {
	_parent._parent.push_begin();
}
Symbol 10 Button
on (release) {
	_parent._parent.push_continue();
}
Symbol 13 MovieClip Frame 1
	stop();
Symbol 18 Button
on (release) {
	getURL ("http://www.gamedesign.jp/");
}
Symbol 21 MovieClip Frame 1
	function random_put() {
		var i;
		var j;
		var posx = new Array();
		var posy = new Array();
		var cw = (cel_w * 1.5);
		var ch = (cel_h * 1.5);
		var xa = ((puz_x % cw) / 2);
		var ya = ((puz_y % ch) / 2);
		var x = xa;
		var y = ya;
		i = 0;
		while (i < cmax) {
			posx[i] = x;
			posy[i] = y;
			x = x + cw;
			if (x > ((screen_w - cel_w) - 10)) {
				x = xa;
				y = y + ch;
			} else if (((x + cel_w) > puz_x) && (x < (puz_x + puz_w))) {
				if (((y + cel_w) > puz_y) && (y < (puz_y + puz_h))) {
					x = (puz_x + puz_w) + xa;
				}
			}
			if ((y + ch) > screen_h) {
				y = screen_h - ch;
			}
			i++;
		}
		var c = 0;
		var i = 0;
		while (i < ymax) {
			var j = 0;
			while (j < xmax) {
				mc = eval ((("mcChip_" + i) + "_") + j);
				var n = prio[c];
				mc._x = posx[n] + (cel_w / 4);
				mc._y = posy[n] + (cel_h / 4);
				mc.fit = -1;
				c++;
				j++;
			}
			i++;
		}
	}
	function pickup() {
		var mc = eval ((("mcChip_" + chip_y) + "_") + chip_x);
		mc.fit = -1;
		mc.swapDepths(2000);
		mc.startDrag();
		mc.onRelease = function () {
			this.stopDrag();
			this.swapDepths(1000 + this.prio);
			var x = (this._x + (cel_w / 2));
			var y = (this._y + (cel_h / 2));
			if ((((x >= puz_x) && (x < (puz_x + puz_w))) && (y >= puz_y)) && (y < (puz_y + puz_h))) {
				var cx = Math.floor((x - puz_x) / cel_w);
				var cy = Math.floor((y - puz_y) / cel_h);
				var n = ((cy * xmax) + cx);
				var f = 0;
				var i = 0;
				while (i < ymax) {
					var j = 0;
					while (j < xmax) {
						var mc2 = eval ((("mcChip_" + i) + "_") + j);
						if (mc2.fit == n) {
							f = 1;
						}
						j++;
					}
					i++;
				}
				if (f == 0) {
					this._x = puz_x + (cx * cel_w);
					this._y = puz_y + (cy * cel_h);
					this.fit = n;
					this.swapDepths(this.prio);
					if (check_comp()) {
						disable_click();
						_parent.gotoAndStop("comp");
					}
				}
			}
		};
	}
	function check_comp() {
		var c = 0;
		var i = 0;
		while (i < ymax) {
			var j = 0;
			while (j < xmax) {
				var mc = eval ((("mcChip_" + i) + "_") + j);
				if (mc.fit != c) {
					return(0);
				}
				c++;
				j++;
			}
			i++;
		}
		return(1);
	}
	function disable_click() {
		var i = 0;
		while (i < ymax) {
			var j = 0;
			while (j < xmax) {
				var mc = eval ((("mcChip_" + i) + "_") + j);
				delete mc.onPress;
				delete mc.onRelease;
				j++;
			}
			i++;
		}
	}
	function comp() {
		var i = 0;
		while (i < ymax) {
			var j = 0;
			while (j < xmax) {
				var mc = eval ((("mcChip_" + i) + "_") + j);
				mc._x = puz_x + (cel_w * j);
				mc._y = puz_y + (cel_h * i);
				mc.fit = (i * xmax) + j;
				j++;
			}
			i++;
		}
	}
	stop();
	screen_w = 800;
	screen_h = 600;
	puz_w = 400;
	puz_h = 300;
	puz_x = (screen_w - puz_w) / 2;
	puz_y = (screen_h - puz_h) / 2;
	mcBG._width = puz_w;
	mcBG._height = puz_h;
	mcBG._x = puz_x;
	mcBG._y = puz_y;
	xmax = _parent.xmax;
	s = puz_w / xmax;
	ymax = Math.floor(puz_h / s);
	if (ymax < 1) {
		ymax = 1;
	}
	_parent.tfSize.text = (xmax + "x") + ymax;
	cel_w = puz_w / xmax;
	cel_h = puz_h / ymax;
	cmax = xmax * ymax;
	prio = new Array();
	i = 0;
	while (i < cmax) {
		prio[i] = i;
		i++;
	}
	i = 0;
	while (i < cmax) {
		r = Math.floor(Math.random() * cmax);
		tmp = prio[i];
		prio[i] = prio[r];
		prio[r] = tmp;
		i++;
	}
	c = 0;
	i = 0;
	while (i < ymax) {
		j = 0;
		while (j < xmax) {
			var mcName = ((("mcChip_" + i) + "_") + j);
			this.attachMovie("mcChipOrg", mcName, 1000 + c);
			mc = eval (mcName);
			x = j * cel_w;
			y = i * cel_h;
			mc.pos_x = j;
			mc.pos_y = i;
			mc.fit = -1;
			mc.prio = prio[c];
			mc._xscale = cel_w;
			mc._yscale = cel_h;
			mc.mcPicture._xscale = 10000 / cel_w;
			mc.mcPicture._yscale = 10000 / cel_h;
			mc.mcPicture._x = ((-x) * 100) / cel_w;
			mc.mcPicture._y = ((-y) * 100) / cel_h;
			mc.shapeTop = new Object();
			mc.shapeTop.shape = 0;
			mc.shapeRight = new Object();
			mc.shapeRight.shape = 0;
			mc.shapeBottom = new Object();
			mc.shapeBottom.shape = 0;
			mc.shapeLeft = new Object();
			mc.shapeLeft.shape = 0;
			c++;
			j++;
		}
		i++;
	}
	rh = 30;
	bh = 5;
	i = 0;
	while (i < ymax) {
		j = 0;
		while (j < xmax) {
			if (j < (xmax - 1)) {
				a = (((Math.random() * 2) < 1) ? 1 : -1);
				ax1 = 15 + (Math.random() * 10);
				ay1 = bh + (Math.random() * rh);
				ax2 = 15 + (Math.random() * 10);
				ay2 = bh + (Math.random() * rh);
				ax0 = Math.random() * 10;
				ay0 = 20 + (Math.random() * 20);
				ax3 = Math.random() * 10;
				ay3 = 20 + (Math.random() * 20);
				mc = eval ((("mcChip_" + i) + "_") + j);
				mc.shapeRight.shape = a;
				mc.shapeRight.ax1 = ax1;
				mc.shapeRight.ay1 = ay1;
				mc.shapeRight.ax2 = ax2;
				mc.shapeRight.ay2 = ay2;
				mc.shapeRight.ax0 = ax0;
				mc.shapeRight.ay0 = ay0;
				mc.shapeRight.ax3 = ax3;
				mc.shapeRight.ay3 = ay3;
				mc = eval ((("mcChip_" + i) + "_") + (j + 1));
				mc.shapeLeft.shape = ((a == 1) ? -1 : 1);
				mc.shapeLeft.ax1 = ax1;
				mc.shapeLeft.ay1 = ay1;
				mc.shapeLeft.ax2 = ax2;
				mc.shapeLeft.ay2 = ay2;
				mc.shapeLeft.ax0 = ax0;
				mc.shapeLeft.ay0 = ay0;
				mc.shapeLeft.ax3 = ax3;
				mc.shapeLeft.ay3 = ay3;
			}
			if (i < (ymax - 1)) {
				a = (((Math.random() * 2) < 1) ? 1 : -1);
				ax1 = 15 + (Math.random() * 10);
				ay1 = bh + (Math.random() * rh);
				ax2 = 15 + (Math.random() * 10);
				ay2 = bh + (Math.random() * rh);
				ax0 = Math.random() * 10;
				ay0 = 20 + (Math.random() * 20);
				ax3 = Math.random() * 10;
				ay3 = 20 + (Math.random() * 20);
				mc = eval ((("mcChip_" + i) + "_") + j);
				mc.shapeBottom.shape = a;
				mc.shapeBottom.ax1 = ax1;
				mc.shapeBottom.ay1 = ay1;
				mc.shapeBottom.ax2 = ax2;
				mc.shapeBottom.ay2 = ay2;
				mc.shapeBottom.ax0 = ax0;
				mc.shapeBottom.ay0 = ay0;
				mc.shapeBottom.ax3 = ax3;
				mc.shapeBottom.ay3 = ay3;
				mc = eval ((("mcChip_" + (i + 1)) + "_") + j);
				mc.shapeTop.shape = ((a == 1) ? -1 : 1);
				mc.shapeTop.ax1 = ax1;
				mc.shapeTop.ay1 = ay1;
				mc.shapeTop.ax2 = ax2;
				mc.shapeTop.ay2 = ay2;
				mc.shapeTop.ax0 = ax0;
				mc.shapeTop.ay0 = ay0;
				mc.shapeTop.ax3 = ax3;
				mc.shapeTop.ay3 = ay3;
			}
			j++;
		}
		i++;
	}
	random_put();
	i = 0;
	while (i < ymax) {
		j = 0;
		while (j < xmax) {
			mc = eval ((("mcChip_" + i) + "_") + j);
			mc.onPress = function () {
				chip_x = this.pos_x;
				chip_y = this.pos_y;
				pickup();
			};
			j++;
		}
		i++;
	}
Symbol 22 Button
on (release) {
	mcPlay.comp();
}
Symbol 25 Button
on (release) {
	gotoAndStop ("title");
}
Symbol 29 Button
on (release) {
	_parent._parent.next_play();
}
Symbol 32 MovieClip Frame 1
	stop();
	mcBG._alpha = 0;
	onEnterFrame = function () {
		mcBG._alpha = mcBG._alpha + 10;
		if (mcBG._alpha >= 80) {
			delete onEnterFrame;
			nextFrame();
		}
	};
Symbol 32 MovieClip Frame 2
	stop();
Symbol 33 MovieClip Frame 1
	function push_begin() {
		gotoAndPlay ("play");
	}
	function push_continue() {
		if (so != null) {
			if (so.data.whitejigsaw_xmax != undefined) {
				xmax = so.data.whitejigsaw_xmax;
			}
		}
		gotoAndPlay ("play");
	}
	stop();
	xmax = 4;
	completed = 0;
	soName = "gamedesignjp";
	so = SharedObject.getLocal(soName);
	if (so != null) {
		if (so.data.whitejigsaw_xmax != undefined) {
			completed = 1;
		}
	}
	if (completed == 0) {
		mcTitle.btContinue._visible = false;
	}
Symbol 33 MovieClip Frame 6
	play();
Symbol 33 MovieClip Frame 7
	stop();
	btComp._visible = false;
Symbol 33 MovieClip Frame 13
	function next_play() {
		xmax++;
		so = SharedObject.getLocal(soName);
		so.data.whitejigsaw_xmax = xmax;
		so.flush();
		gotoAndPlay ("play");
	}
	stop();