Frame 1
	ifFrameLoaded (31) {
		gotoAndStop (31);
	}
Frame 30
	gotoAndPlay (1);
Frame 31
	startX = 0;
	startY = 0;
	horz = 17;
	vert = 17;
	width = 50;
	height = 50;
	z = 1;
	mcName = "square";
	i = 0;
	while (i < vert) {
		p = 0;
		while (p < horz) {
			duplicateMovieClip (mcName, mcName + z, z);
			mc = _root[mcName + z];
			mc._x = startX + (p * width);
			mc._y = startY + (i * height);
			z++;
			p++;
		}
		i++;
	}
	stop();
Instance of Symbol 12 MovieClip "square" in Frame 31
onClipEvent (load) {
	range = 150;
	max_scale = 1000;
	ratio = max_scale / range;
}
onClipEvent (enterFrame) {
	distx = _root.spring._x - this._x;
	disty = _root.spring._y - this._y;
	distance = Math.sqrt((distx * distx) + (disty * disty));
	if (distance < range) {
		this._xscale = (this._yscale = ((range - distance) * ratio) + range);
	} else {
		this._xscale = (this._yscale = range);
	}
}
Instance of Symbol 14 MovieClip in Frame 31
onClipEvent (load) {
	perspective = 150;
	VerticeNum = 20;
}
Instance of Symbol 15 MovieClip "spring" in Frame 31
onClipEvent (load) {
	accel = 5;
	bounce = 1.3;
}
onClipEvent (enterFrame) {
	distX = _root._xmouse - _x;
	distY = _root._ymouse - _y;
	xInc = ((distX / accel) + xInc) / bounce;
	yInc = ((distY / accel) + yInc) / bounce;
	_x  = (_x + xInc);
	_y  = (_y + yInc);
}
Symbol 4 MovieClip Frame 12
	gotoAndPlay (1);
Symbol 10 MovieClip Frame 1
	tellTarget ("o") {
		gotoAndPlay(random(24));
	};
Symbol 10 MovieClip Frame 4
	if (random(9) == 6) {
		tellTarget ("o") {
			gotoAndPlay(random(24));
		};
	}
Symbol 10 MovieClip Frame 7
	gotoAndPlay (2);
Symbol 13 MovieClip Frame 1
	stop();
Symbol 14 MovieClip Frame 1
	count = 0;
	while (count < VerticeNum) {
		count++;
		this["z" add count] = int(random(200)) - 100;
		this["x" add count] = int(random(200)) - 100;
		this["y" add count] = int(random(200)) - 100;
		duplicateMovieClip ("Vertex", "Vertex" add count, count);
	}
	setProperty("Vertex", _visible , 0);
	setProperty("Line", _visible , 0);
	CenterRotationX = 0;
	CenterRotationY = 0;
Symbol 14 MovieClip Frame 2
	call("Mousetracking");
	call("Calc3d");
Symbol 14 MovieClip Frame 3
	prevFrame();
	play();
Symbol 14 MovieClip Frame 4
	DifferenceX = _xmouse - TrailerX;
	DifferenceY = _ymouse - TrailerY;
	TrailerX = TrailerX + (DifferenceX / 20);
	TrailerY = TrailerY + (DifferenceY / 20);
	if (TrailerX > 0) {
		addX = int(TrailerX / 360) * -360;
	} else {
		addX = (int(TrailerX / 360) - 1) * -360;
	}
	if (TrailerY > 0) {
		addY = int(TrailerY / 360) * -360;
	} else {
		addY = (int(TrailerY / 360) - 1) * -360;
	}
	Yangle = TrailerX + addX;
	Xangle = TrailerY + addY;
Symbol 14 MovieClip Frame 5
	c = 0;
	while (c < VerticeNum) {
		c++;
		Xang = Xangle * 0.01745329;
		Yang = Yangle * 0.01745329;
		this["zpos" + c] = (this["z" + c] * math.cos(Yang)) - (this["x" + c] * math.sin(Yang));
		this["xpos" + c] = (this["z" + c] * math.sin(Yang)) + (this["x" + c] * math.cos(Yang));
		this["ypos" + c] = (this["y" + c] * math.cos(Xang)) - (this["zpos" + c] * math.sin(Xang));
		this["zpos" + c] = (this["y" + c] * math.sin(Xang)) + (this["zpos" + c] * math.cos(Xang));
		this["Depth" + c] = 1 / ((this["zpos" + c] / perspective) + 1);
		this["Vertex" + c]._x = (this["xpos" + c] * this["Depth" + c]) + CenterRotationX;
		this["Vertex" + c]._y = (this["ypos" + c] * this["Depth" + c]) + CenterRotationY;
		this["Vertex" + c]._xscale = (this["Vertex" + c]._yscale = (this["Depth" + c] / 2) * 500);
		this["Vertex" + c]._alpha = this["Depth" + c] * 100;
		this["Vertex" + c].swapDepths(this["Depth" + c] * 500);
	}
Symbol 20 Button
on (release) {
	getURL ("http://www.sign69.com/medialounge/framer.html", "_self");
}