Frame 1
	_root.kongregateServices.connect();

	function __com_mochibot__(swfid, mc, lv, trk) {
		var x;
		var g;
		var s;
		var fv;
		var sb;
		var u;
		var res;
		var mb;
		var mbc;
		mb = "__mochibot__";
		mbc = "mochibot.com";
		g = (_global ? (_global) : (_level0._root));
		if (g[mb + swfid]) {
			return(g[mb + swfid]);
		}
		s = System.security;
		x = mc._root.getSWFVersion;
		fv = (x ? (mc.getSWFVersion()) : ((_global ? 6 : 5)));
		if (!s) {
			s = {};
		}
		sb = s.sandboxType;
		if (sb == "localWithFile") {
			return(null);
		}
		x = s.allowDomain;
		if (x) {
			s.allowDomain(mbc);
		}
		x = s.allowInsecureDomain;
		if (x) {
			s.allowInsecureDomain(mbc);
		}
		u = (((((((((((("http://" + mbc) + "/my/core.swf?mv=7&fv=") + fv) + "&v=") + escape(getVersion())) + "&swfid=") + escape(swfid)) + "&l=") + lv) + "&f=") + mc) + (sb ? ("&sb=" + sb) : "")) + (trk ? "&t=1" : "");
		lv = ((fv > 6) ? (mc.getNextHighestDepth()) : ((g[mb + "level"] ? (g[mb + "level"] + 1) : (lv))));
		g[mb + "level"] = lv;
		if (fv == 5) {
			res = "_level" + lv;
			if (!eval (res)) {
				loadMovieNum (u, lv);
			}
		} else {
			res = mc.createEmptyMovieClip(mb + swfid, lv);
			res.loadMovie(u);
		}
		return(res);
	}
	__com_mochibot__("2d94aff7", this, 10301, true);
Frame 2
	Mouse.show();

	stop();
Instance of Symbol 29 MovieClip in Frame 2
onClipEvent (enterFrame) {
	if (_root._framesloaded == _root._totalframes) {
		this.gotoAndStop(9);
	}
}
Frame 3
	stop();

	timer = 0;

	Mouse.hide();
	stop();
	item1go = false;
	item2go = false;
	item3go = false;
	comet1 = false;
	comet2 = false;
	comet3 = false;
	comet4 = false;
	comet5 = false;
	comet6 = false;
	comet7 = false;
	comet8 = false;
	comet9 = false;
Instance of Symbol 32 MovieClip "timer" in Frame 3
onClipEvent (load) {
	timetown = 0;
	mini = 0;
}
onClipEvent (enterFrame) {
	_root.timer = timetown;
	mini++;
	if (mini == 25) {
		timetown++;
		mini = 0;
	}
}
Instance of Symbol 34 MovieClip in Frame 3
onClipEvent (enterFrame) {
	this._x = _root.rolf._x;
	this._y = _root.rolf._y;
	aimDifx = _root._xmouse - _root.rolf._x;
	aimDify = _root._ymouse - _root.rolf._y;
	aimAngle = Math.atan2(aimDify, aimDifx);
	aimAngle = (aimAngle / Math.PI) * 180;
	this._rotation = aimAngle + 90;
}
Instance of Symbol 36 MovieClip "planet" in Frame 3
onClipEvent (load) {
	mass = 150;
	sizediff = 0;
	sizespeed = 0;
	this._visible = false;
}
onClipEvent (enterFrame) {
	sizediff = ((mass * 2) - this._width) / 10;
	sizespeed = sizespeed + sizediff;
	sizespeed = sizespeed * 0.8;
	this._width = this._width + sizespeed;
	this._height = this._width;
	if (Key.isDown(17)) {
		this._width = this._width - 1;
		this._height = this._height - 1;
	}
	if (mass <= 65) {
		_root.planetgraphic.play();
	} else {
		_root.planetgraphic.gotoAndStop(1);
	}
	if (mass <= 30) {
		_root.gotoAndStop("dead");
	}
}
Instance of Symbol 38 MovieClip "rolf" in Frame 3
onClipEvent (load) {
	mrotation = 180;
	active = true;
	friction = 0.85;
	speed = 0;
	xjumpspeed = 0;
	yjumpspeed = 0;
	jump = false;
	jumpheight = 60;
	attract = jumpheight;
	count = 1;
	leftallow = true;
	rightallow = true;
}
onClipEvent (enterFrame) {
	mrotation = mrotation + _root.vars.speed;
	if (mrotation > 360) {
		mrotation = 0;
	}
	if (mrotation < 0) {
		mrotation = 360;
	}
	accel = (1 - ((_root.planet._width / 1000) + 0.33)) * 1.3;
	if (accel <= 0.12) {
		accel = 0.12;
	}
	this._rotation = mrotation - 180;
	dist = _root.planet._width / 2;
	if (Key.isDown(65) && (leftallow == true)) {
		left = true;
		facedir = 1;
	} else {
		left = false;
	}
	if (Key.isDown(68) && (rightallow == true)) {
		right = true;
		facedir = 2;
	} else {
		right = false;
	}
	if (active) {
		if (left) {
			if (jump == false) {
				this.gotoAndStop(3);
			}
			if (jump == true) {
				speed = speed - (accel / 2);
				rightallow = false;
			} else {
				speed = speed - accel;
				rightallow = true;
			}
		}
		if (right) {
			if (jump == false) {
				this.gotoAndStop(2);
			}
			if (jump == true) {
				speed = speed + (accel / 2);
				leftallow = false;
			} else {
				speed = speed + accel;
				leftallow = true;
			}
		}
		speed = speed * friction;
		mrotation = mrotation + speed;
		delta_x = this._x - _root.planet._x;
		delta_y = this._y - _root.planet._y;
		dx = dist * Math.sin((mrotation * Math.PI) / 180);
		dy = dist * Math.cos((mrotation * Math.PI) / 180);
		this._x = this._x + ((_root.planet._x - this._x) - dx);
		this._y = this._y + ((_root.planet._y - this._y) + dy);
	}
}
Instance of Symbol 40 MovieClip "bullet" in Frame 3
onClipEvent (load) {
	if (_name != "bullet") {
		mass = 0.1;
		xspeed = _root._xmouse - _root.rolf._x;
		yspeed = _root._ymouse - _root.rolf._y;
		gunHeight = 6;
		gunPoint = _root.rolf._rotation;
		angle = ((gunPoint / 360) * 2) * Math.PI;
		xComponent = gunHeight * Math.sin(angle);
		yComponent = gunHeight * Math.cos(angle);
		this._x = xComponent + _root.rolf._x;
		this._y = (-yComponent) + _root.rolf._y;
		thingyjoe = (xspeed * xspeed) + (yspeed * yspeed);
		thingyjoe = Math.sqrt(thingyjoe);
		if ((_root.rolf.mrotation < 90) || (_root.rolf.mrotation > 270)) {
			_root.vars.speed = _root.vars.speed + (xspeed / 1000);
		} else {
			_root.vars.speed = _root.vars.speed - (xspeed / 1000);
		}
		if (_root.rolf.mrotation > 180) {
			_root.vars.speed = _root.vars.speed - (yspeed / 1000);
		} else {
			_root.vars.speed = _root.vars.speed + (yspeed / 1000);
		}
		collisionision_angle = 0;
		magnitude_1 = 0;
		magnitude_2 = 0;
		direction_1 = 0;
		direction_2 = 0;
		new_xspeed_1 = 0;
		new_yspeed_1 = 0;
		new_xspeed_2 = 0;
		new_yspeed_2 = 0;
		final_xspeed_1 = 0;
		final_xspeed_2 = 0;
		final_yspeed_1 = 0;
		final_yspeed_2 = 0;
		go = 0;
	}
}
onClipEvent (enterFrame) {
	go++;
	if (_root.planet.hitTest(this._x, this._y, true) && (go >= 2)) {
		this.removeMovieClip();
		this.unloadMovie();
	}
	if (_name != "bullet") {
		if (_root.item.hitTest(this._x, this._y, true)) {
			_root.planet.mass = _root.planet.mass + 20;
			_root.sizeup.play();
			_root.item.startover();
		}
		if (_root.item2.hitTest(this._x, this._y, true)) {
			_root.planet.mass = _root.planet.mass - 20;
			_root.item2.startover();
		}
		if (_root.item4.hitTest(this._x, this._y, true)) {
			_root.thingy.resetme();
			_root.thingy2.resetme();
			_root.thingy3.resetme();
			_root.thingy4.resetme();
			_root.thingy5.resetme();
			_root.thingy6.resetme();
			_root.thingy7.resetme();
			_root.thingy8.resetme();
			_root.thingy9.resetme();
			_root.item4.startover();
			_root.item3.startover();
			_root.item2.startover();
			_root.item.startover();
			_root.bomb.play();
			_root.white.play();
		}
		if (_root.thingy.hitTest(this._x, this._y, true)) {
			dx = _root.thingy._x - this._x;
			dy = _root.thingy._y - this._y;
			collisionision_angle = Math.atan2(dy, dx);
			magnitude_1 = Math.sqrt((_root.thingy.xspeed * _root.thingy.xspeed) + (_root.thingy.yspeed * _root.thingy.yspeed));
			magnitude_2 = Math.sqrt((xspeed * xspeed) + (yspeed * yspeed));
			direction_1 = Math.atan2(_root.thingy.yspeed, _root.thingy.xspeed);
			direction_2 = Math.atan2(yspeed, xspeed);
			new_xspeed_1 = magnitude_1 * Math.cos(direction_1 - collisionision_angle);
			new_yspeed_1 = magnitude_1 * Math.sin(direction_1 - collisionision_angle);
			new_xspeed_2 = magnitude_2 * Math.cos(direction_2 - collisionision_angle);
			new_yspeed_2 = magnitude_2 * Math.sin(direction_2 - collisionision_angle);
			final_xspeed_1 = (((_root.thingy.mass - mass) * new_xspeed_1) + ((mass + mass) * new_xspeed_2)) / (_root.thingy.mass + mass);
			final_xspeed_2 = (((_root.thingy.mass + _root.thingy.mass) * new_xspeed_1) + ((mass - _root.thingy.mass) * new_xspeed_2)) / (_root.thingy.mass + mass);
			final_yspeed_1 = new_yspeed_1;
			final_yspeed_2 = new_yspeed_2;
			_root.thingy.xspeed = (Math.cos(collisionision_angle) * final_xspeed_1) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			_root.thingy.yspeed = (Math.sin(collisionision_angle) * final_xspeed_1) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			xspeed = (Math.cos(collisionision_angle) * final_xspeed_2) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			yspeed = (Math.sin(collisionision_angle) * final_xspeed_2) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			this.removeMovieClip();
			this.unloadMovie();
		}
		if (_root.thingy2.hitTest(this._x, this._y, true)) {
			dx = _root.thingy2._x - this._x;
			dy = _root.thingy2._y - this._y;
			collisionision_angle = Math.atan2(dy, dx);
			magnitude_1 = Math.sqrt((_root.thingy2.xspeed * _root.thingy2.xspeed) + (_root.thingy2.yspeed * _root.thingy2.yspeed));
			magnitude_2 = Math.sqrt((xspeed * xspeed) + (yspeed * yspeed));
			direction_1 = Math.atan2(_root.thingy2.yspeed, _root.thingy2.xspeed);
			direction_2 = Math.atan2(yspeed, xspeed);
			new_xspeed_1 = magnitude_1 * Math.cos(direction_1 - collisionision_angle);
			new_yspeed_1 = magnitude_1 * Math.sin(direction_1 - collisionision_angle);
			new_xspeed_2 = magnitude_2 * Math.cos(direction_2 - collisionision_angle);
			new_yspeed_2 = magnitude_2 * Math.sin(direction_2 - collisionision_angle);
			final_xspeed_1 = (((_root.thingy2.mass - mass) * new_xspeed_1) + ((mass + mass) * new_xspeed_2)) / (_root.thingy2.mass + mass);
			final_xspeed_2 = (((_root.thingy2.mass + _root.thingy2.mass) * new_xspeed_1) + ((mass - _root.thingy2.mass) * new_xspeed_2)) / (_root.thingy2.mass + mass);
			final_yspeed_1 = new_yspeed_1;
			final_yspeed_2 = new_yspeed_2;
			_root.thingy2.xspeed = (Math.cos(collisionision_angle) * final_xspeed_1) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			_root.thingy2.yspeed = (Math.sin(collisionision_angle) * final_xspeed_1) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			xspeed = (Math.cos(collisionision_angle) * final_xspeed_2) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			yspeed = (Math.sin(collisionision_angle) * final_xspeed_2) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			this.removeMovieClip();
			this.unloadMovie();
		}
		if (_root.thingy3.hitTest(this._x, this._y, true)) {
			dx = _root.thingy3._x - this._x;
			dy = _root.thingy3._y - this._y;
			collisionision_angle = Math.atan2(dy, dx);
			magnitude_1 = Math.sqrt((_root.thingy3.xspeed * _root.thingy3.xspeed) + (_root.thingy3.yspeed * _root.thingy3.yspeed));
			magnitude_2 = Math.sqrt((xspeed * xspeed) + (yspeed * yspeed));
			direction_1 = Math.atan2(_root.thingy3.yspeed, _root.thingy3.xspeed);
			direction_2 = Math.atan2(yspeed, xspeed);
			new_xspeed_1 = magnitude_1 * Math.cos(direction_1 - collisionision_angle);
			new_yspeed_1 = magnitude_1 * Math.sin(direction_1 - collisionision_angle);
			new_xspeed_2 = magnitude_2 * Math.cos(direction_2 - collisionision_angle);
			new_yspeed_2 = magnitude_2 * Math.sin(direction_2 - collisionision_angle);
			final_xspeed_1 = (((_root.thingy3.mass - mass) * new_xspeed_1) + ((mass + mass) * new_xspeed_2)) / (_root.thingy3.mass + mass);
			final_xspeed_2 = (((_root.thingy3.mass + _root.thingy3.mass) * new_xspeed_1) + ((mass - _root.thingy3.mass) * new_xspeed_2)) / (_root.thingy3.mass + mass);
			final_yspeed_1 = new_yspeed_1;
			final_yspeed_2 = new_yspeed_2;
			_root.thingy3.xspeed = (Math.cos(collisionision_angle) * final_xspeed_1) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			_root.thingy3.yspeed = (Math.sin(collisionision_angle) * final_xspeed_1) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			xspeed = (Math.cos(collisionision_angle) * final_xspeed_2) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			yspeed = (Math.sin(collisionision_angle) * final_xspeed_2) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			this.removeMovieClip();
			this.unloadMovie();
		}
		if (_root.thingy4.hitTest(this._x, this._y, true)) {
			dx = _root.thingy4._x - this._x;
			dy = _root.thingy4._y - this._y;
			collisionision_angle = Math.atan2(dy, dx);
			magnitude_1 = Math.sqrt((_root.thingy4.xspeed * _root.thingy4.xspeed) + (_root.thingy4.yspeed * _root.thingy4.yspeed));
			magnitude_2 = Math.sqrt((xspeed * xspeed) + (yspeed * yspeed));
			direction_1 = Math.atan2(_root.thingy4.yspeed, _root.thingy4.xspeed);
			direction_2 = Math.atan2(yspeed, xspeed);
			new_xspeed_1 = magnitude_1 * Math.cos(direction_1 - collisionision_angle);
			new_yspeed_1 = magnitude_1 * Math.sin(direction_1 - collisionision_angle);
			new_xspeed_2 = magnitude_2 * Math.cos(direction_2 - collisionision_angle);
			new_yspeed_2 = magnitude_2 * Math.sin(direction_2 - collisionision_angle);
			final_xspeed_1 = (((_root.thingy4.mass - mass) * new_xspeed_1) + ((mass + mass) * new_xspeed_2)) / (_root.thingy4.mass + mass);
			final_xspeed_2 = (((_root.thingy4.mass + _root.thingy4.mass) * new_xspeed_1) + ((mass - _root.thingy4.mass) * new_xspeed_2)) / (_root.thingy4.mass + mass);
			final_yspeed_1 = new_yspeed_1;
			final_yspeed_2 = new_yspeed_2;
			_root.thingy4.xspeed = (Math.cos(collisionision_angle) * final_xspeed_1) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			_root.thingy4.yspeed = (Math.sin(collisionision_angle) * final_xspeed_1) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			xspeed = (Math.cos(collisionision_angle) * final_xspeed_2) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			yspeed = (Math.sin(collisionision_angle) * final_xspeed_2) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			this.removeMovieClip();
			this.unloadMovie();
		}
		if (_root.thingy5.hitTest(this._x, this._y, true)) {
			dx = _root.thingy5._x - this._x;
			dy = _root.thingy5._y - this._y;
			collisionision_angle = Math.atan2(dy, dx);
			magnitude_1 = Math.sqrt((_root.thingy5.xspeed * _root.thingy5.xspeed) + (_root.thingy5.yspeed * _root.thingy5.yspeed));
			magnitude_2 = Math.sqrt((xspeed * xspeed) + (yspeed * yspeed));
			direction_1 = Math.atan2(_root.thingy5.yspeed, _root.thingy5.xspeed);
			direction_2 = Math.atan2(yspeed, xspeed);
			new_xspeed_1 = magnitude_1 * Math.cos(direction_1 - collisionision_angle);
			new_yspeed_1 = magnitude_1 * Math.sin(direction_1 - collisionision_angle);
			new_xspeed_2 = magnitude_2 * Math.cos(direction_2 - collisionision_angle);
			new_yspeed_2 = magnitude_2 * Math.sin(direction_2 - collisionision_angle);
			final_xspeed_1 = (((_root.thingy5.mass - mass) * new_xspeed_1) + ((mass + mass) * new_xspeed_2)) / (_root.thingy5.mass + mass);
			final_xspeed_2 = (((_root.thingy5.mass + _root.thingy5.mass) * new_xspeed_1) + ((mass - _root.thingy5.mass) * new_xspeed_2)) / (_root.thingy5.mass + mass);
			final_yspeed_1 = new_yspeed_1;
			final_yspeed_2 = new_yspeed_2;
			_root.thingy5.xspeed = (Math.cos(collisionision_angle) * final_xspeed_1) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			_root.thingy5.yspeed = (Math.sin(collisionision_angle) * final_xspeed_1) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			xspeed = (Math.cos(collisionision_angle) * final_xspeed_2) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			yspeed = (Math.sin(collisionision_angle) * final_xspeed_2) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			this.removeMovieClip();
			this.unloadMovie();
		}
		if (_root.thingy6.hitTest(this._x, this._y, true)) {
			dx = _root.thingy6._x - this._x;
			dy = _root.thingy6._y - this._y;
			collisionision_angle = Math.atan2(dy, dx);
			magnitude_1 = Math.sqrt((_root.thingy6.xspeed * _root.thingy6.xspeed) + (_root.thingy6.yspeed * _root.thingy6.yspeed));
			magnitude_2 = Math.sqrt((xspeed * xspeed) + (yspeed * yspeed));
			direction_1 = Math.atan2(_root.thingy6.yspeed, _root.thingy6.xspeed);
			direction_2 = Math.atan2(yspeed, xspeed);
			new_xspeed_1 = magnitude_1 * Math.cos(direction_1 - collisionision_angle);
			new_yspeed_1 = magnitude_1 * Math.sin(direction_1 - collisionision_angle);
			new_xspeed_2 = magnitude_2 * Math.cos(direction_2 - collisionision_angle);
			new_yspeed_2 = magnitude_2 * Math.sin(direction_2 - collisionision_angle);
			final_xspeed_1 = (((_root.thingy6.mass - mass) * new_xspeed_1) + ((mass + mass) * new_xspeed_2)) / (_root.thingy6.mass + mass);
			final_xspeed_2 = (((_root.thingy6.mass + _root.thingy6.mass) * new_xspeed_1) + ((mass - _root.thingy6.mass) * new_xspeed_2)) / (_root.thingy6.mass + mass);
			final_yspeed_1 = new_yspeed_1;
			final_yspeed_2 = new_yspeed_2;
			_root.thingy6.xspeed = (Math.cos(collisionision_angle) * final_xspeed_1) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			_root.thingy6.yspeed = (Math.sin(collisionision_angle) * final_xspeed_1) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			xspeed = (Math.cos(collisionision_angle) * final_xspeed_2) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			yspeed = (Math.sin(collisionision_angle) * final_xspeed_2) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			this.removeMovieClip();
			this.unloadMovie();
		}
		if (_root.thingy7.hitTest(this._x, this._y, true)) {
			dx = _root.thingy7._x - this._x;
			dy = _root.thingy7._y - this._y;
			collisionision_angle = Math.atan2(dy, dx);
			magnitude_1 = Math.sqrt((_root.thingy7.xspeed * _root.thingy7.xspeed) + (_root.thingy7.yspeed * _root.thingy7.yspeed));
			magnitude_2 = Math.sqrt((xspeed * xspeed) + (yspeed * yspeed));
			direction_1 = Math.atan2(_root.thingy7.yspeed, _root.thingy7.xspeed);
			direction_2 = Math.atan2(yspeed, xspeed);
			new_xspeed_1 = magnitude_1 * Math.cos(direction_1 - collisionision_angle);
			new_yspeed_1 = magnitude_1 * Math.sin(direction_1 - collisionision_angle);
			new_xspeed_2 = magnitude_2 * Math.cos(direction_2 - collisionision_angle);
			new_yspeed_2 = magnitude_2 * Math.sin(direction_2 - collisionision_angle);
			final_xspeed_1 = (((_root.thingy7.mass - mass) * new_xspeed_1) + ((mass + mass) * new_xspeed_2)) / (_root.thingy7.mass + mass);
			final_xspeed_2 = (((_root.thingy7.mass + _root.thingy7.mass) * new_xspeed_1) + ((mass - _root.thingy7.mass) * new_xspeed_2)) / (_root.thingy7.mass + mass);
			final_yspeed_1 = new_yspeed_1;
			final_yspeed_2 = new_yspeed_2;
			_root.thingy7.xspeed = (Math.cos(collisionision_angle) * final_xspeed_1) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			_root.thingy7.yspeed = (Math.sin(collisionision_angle) * final_xspeed_1) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			xspeed = (Math.cos(collisionision_angle) * final_xspeed_2) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			yspeed = (Math.sin(collisionision_angle) * final_xspeed_2) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			this.removeMovieClip();
			this.unloadMovie();
		}
		if (_root.thingy8.hitTest(this._x, this._y, true)) {
			dx = _root.thingy8._x - this._x;
			dy = _root.thingy8._y - this._y;
			collisionision_angle = Math.atan2(dy, dx);
			magnitude_1 = Math.sqrt((_root.thingy8.xspeed * _root.thingy8.xspeed) + (_root.thingy8.yspeed * _root.thingy8.yspeed));
			magnitude_2 = Math.sqrt((xspeed * xspeed) + (yspeed * yspeed));
			direction_1 = Math.atan2(_root.thingy8.yspeed, _root.thingy8.xspeed);
			direction_2 = Math.atan2(yspeed, xspeed);
			new_xspeed_1 = magnitude_1 * Math.cos(direction_1 - collisionision_angle);
			new_yspeed_1 = magnitude_1 * Math.sin(direction_1 - collisionision_angle);
			new_xspeed_2 = magnitude_2 * Math.cos(direction_2 - collisionision_angle);
			new_yspeed_2 = magnitude_2 * Math.sin(direction_2 - collisionision_angle);
			final_xspeed_1 = (((_root.thingy8.mass - mass) * new_xspeed_1) + ((mass + mass) * new_xspeed_2)) / (_root.thingy8.mass + mass);
			final_xspeed_2 = (((_root.thingy8.mass + _root.thingy8.mass) * new_xspeed_1) + ((mass - _root.thingy8.mass) * new_xspeed_2)) / (_root.thingy8.mass + mass);
			final_yspeed_1 = new_yspeed_1;
			final_yspeed_2 = new_yspeed_2;
			_root.thingy8.xspeed = (Math.cos(collisionision_angle) * final_xspeed_1) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			_root.thingy8.yspeed = (Math.sin(collisionision_angle) * final_xspeed_1) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			xspeed = (Math.cos(collisionision_angle) * final_xspeed_2) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			yspeed = (Math.sin(collisionision_angle) * final_xspeed_2) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			this.removeMovieClip();
			this.unloadMovie();
		}
		if (_root.thingy9.hitTest(this._x, this._y, true)) {
			dx = _root.thingy9._x - this._x;
			dy = _root.thingy9._y - this._y;
			collisionision_angle = Math.atan2(dy, dx);
			magnitude_1 = Math.sqrt((_root.thingy9.xspeed * _root.thingy9.xspeed) + (_root.thingy9.yspeed * _root.thingy9.yspeed));
			magnitude_2 = Math.sqrt((xspeed * xspeed) + (yspeed * yspeed));
			direction_1 = Math.atan2(_root.thingy9.yspeed, _root.thingy9.xspeed);
			direction_2 = Math.atan2(yspeed, xspeed);
			new_xspeed_1 = magnitude_1 * Math.cos(direction_1 - collisionision_angle);
			new_yspeed_1 = magnitude_1 * Math.sin(direction_1 - collisionision_angle);
			new_xspeed_2 = magnitude_2 * Math.cos(direction_2 - collisionision_angle);
			new_yspeed_2 = magnitude_2 * Math.sin(direction_2 - collisionision_angle);
			final_xspeed_1 = (((_root.thingy9.mass - mass) * new_xspeed_1) + ((mass + mass) * new_xspeed_2)) / (_root.thingy9.mass + mass);
			final_xspeed_2 = (((_root.thingy9.mass + _root.thingy9.mass) * new_xspeed_1) + ((mass - _root.thingy9.mass) * new_xspeed_2)) / (_root.thingy9.mass + mass);
			final_yspeed_1 = new_yspeed_1;
			final_yspeed_2 = new_yspeed_2;
			_root.thingy9.xspeed = (Math.cos(collisionision_angle) * final_xspeed_1) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			_root.thingy9.yspeed = (Math.sin(collisionision_angle) * final_xspeed_1) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_1);
			xspeed = (Math.cos(collisionision_angle) * final_xspeed_2) + (Math.cos(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			yspeed = (Math.sin(collisionision_angle) * final_xspeed_2) + (Math.sin(collisionision_angle + (Math.PI/2)) * final_yspeed_2);
			this.removeMovieClip();
			this.unloadMovie();
		}
		if ((((this._x > (_root.camera._x + (_root.camera._width / 2))) || (this._x < (_root.camera._x - (_root.camera._width / 2)))) || (this._y < (_root.camera._y - (_root.camera._height / 2)))) || (this._y > (_root.camera._y + (_root.camera._height / 2)))) {
			removeMovieClip(this);
		}
		this._x = this._x + (xspeed / 10);
		this._y = this._y + (yspeed / 10);
	}
}
Instance of Symbol 45 MovieClip "thingy" in Frame 3
onClipEvent (load) {
	function resetme() {
		mass = random(200) + 20;
		maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
		distangle = random(360);
		this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
		this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		this._width = mass;
		this._height = mass;
		xspeed = dx / 500;
		yspeed = dy / 500;
	}
	mass = random(200) + 20;
	maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
	distangle = random(360);
	this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
	this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
	dx = _root.planet._x - this._x;
	dy = _root.planet._y - this._y;
	dxr = 0;
	dyr = 0;
	distrolf = 0;
	this._width = mass;
	this._height = mass;
	xspeed = dx / 1000;
	yspeed = dy / 1000;
	dist = (dx * dx) + (dy * dy);
	dothis = false;
}
onClipEvent (enterFrame) {
	if (_root.comet1 == true) {
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		dist = (dx * dx) + (dy * dy);
		dist = Math.sqrt(dist);
		dxr = _root.rolf._x - this._x;
		dyr = _root.rolf._y - this._y;
		distrolf = (dxr * dxr) + (dyr * dyr);
		distrolf = Math.sqrt(distrolf);
		if (dist > (_root.camera._width * 2)) {
			resetme();
		}
		if (dist < ((_root.planet._width / 2) + (this._width / 2))) {
			_root.planet.mass = _root.planet.mass - (mass / 10);
			_root.impact.play();
			_root.lastx = this._x;
			_root.lasty = this._y;
			duplicateMovieClip (_root.light_ray, "poop" + random(243423), random(344465575) + 1000);
			duplicateMovieClip (_root.light_ray2, "poop" + random(2434323), random(344465575) + 100450);
			_root.lastx = this._x;
			_root.lasty = this._y;
			duplicateMovieClip (_root.light_ray, "poop" + random(243423), random(344465575) + 1000);
			duplicateMovieClip (_root.light_ray2, "poop" + random(2434323), random(344465575) + 100450);
			resetme();
		}
		if (distrolf < (15 + (this._width / 2))) {
			_root.nextFrame();
		}
		this._y = this._y + yspeed;
		this._x = this._x + xspeed;
	}
}
Instance of Symbol 47 MovieClip "item" in Frame 3
onClipEvent (load) {
	function startover() {
		maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
		distangle = random(360);
		this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
		this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		dxr = 0;
		dyr = 0;
		distrolf = 0;
		xspeed = dx / 500;
		yspeed = dy / 500;
		dist = (dx * dx) + (dy * dy);
		dothis = false;
	}
	mass = 20;
	startover();
}
onClipEvent (enterFrame) {
	dx = _root.planet._x - this._x;
	dy = _root.planet._y - this._y;
	dist = (dx * dx) + (dy * dy);
	dist = Math.sqrt(dist);
	dxr = _root.rolf._x - this._x;
	dyr = _root.rolf._y - this._y;
	distrolf = (dxr * dxr) + (dyr * dyr);
	distrolf = Math.sqrt(distrolf);
	if (dist < ((_root.planet._width / 2) + (this._width / 2))) {
		startover();
	}
	if (distrolf < (15 + (this._width / 2))) {
	}
	this._y = this._y + yspeed;
	this._x = this._x + xspeed;
}
Instance of Symbol 50 MovieClip "vars" in Frame 3
onClipEvent (load) {
	poop = 0;
	speed = 0;
	fric = 0.95;
	accel = 0;
	count = 0;
}
onClipEvent (enterFrame) {
	speed = speed * fric;
	thingy = random(1000);
	if (thingy == 1) {
		_root.item1go = true;
	}
	if (thingy == 2) {
		_root.item2go = true;
	}
	if (thingy == 3) {
		_root.item3go = true;
	}
	if (thingy == 4) {
		_root.item4go = true;
	}
	if (thingy == 4) {
		poop = random(3);
	}
	count++;
	if (count >= 1) {
		_root.comet1 = true;
	}
	if (count >= 50) {
		_root.comet2 = true;
	}
	if (count >= 100) {
		_root.comet3 = true;
	}
	if (count >= 400) {
		_root.comet4 = true;
	}
	if (count >= 700) {
		_root.comet5 = true;
	}
	if (count >= 1000) {
		_root.comet6 = true;
	}
	if (count >= 1200) {
		_root.comet7 = true;
	}
	if (count >= 1400) {
		_root.comet8 = true;
	}
	if (count >= 1000) {
		_root.comet9 = true;
	}
}
Instance of Symbol 45 MovieClip "thingy2" in Frame 3
onClipEvent (load) {
	function resetme() {
		mass = random(200) + 20;
		maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
		distangle = random(360);
		this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
		this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		this._width = mass;
		this._height = mass;
		xspeed = dx / 500;
		yspeed = dy / 500;
	}
	mass = random(200) + 20;
	maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
	distangle = random(360);
	this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
	this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
	dx = _root.planet._x - this._x;
	dy = _root.planet._y - this._y;
	dxr = 0;
	dyr = 0;
	distrolf = 0;
	this._width = mass;
	this._height = mass;
	xspeed = dx / 1000;
	yspeed = dy / 1000;
	dist = (dx * dx) + (dy * dy);
	dothis = false;
}
onClipEvent (enterFrame) {
	if (_root.comet2 == true) {
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		dist = (dx * dx) + (dy * dy);
		dist = Math.sqrt(dist);
		dxr = _root.rolf._x - this._x;
		dyr = _root.rolf._y - this._y;
		distrolf = (dxr * dxr) + (dyr * dyr);
		distrolf = Math.sqrt(distrolf);
		if (dist > (_root.camera._width * 2)) {
			resetme();
		}
		if (dist < ((_root.planet._width / 2) + (this._width / 2))) {
			_root.planet.mass = _root.planet.mass - (mass / 10);
			_root.impact.play();
			_root.lastx = this._x;
			_root.lasty = this._y;
			duplicateMovieClip (_root.light_ray, "poop" + random(243423), random(344465575) + 1000);
			duplicateMovieClip (_root.light_ray2, "poop" + random(2434323), random(344465575) + 100450);
			resetme();
		}
		if (distrolf < (15 + (this._width / 2))) {
			_root.nextFrame();
		}
		this._y = this._y + yspeed;
		this._x = this._x + xspeed;
	}
}
Instance of Symbol 45 MovieClip "thingy3" in Frame 3
onClipEvent (load) {
	function resetme() {
		mass = random(200) + 20;
		maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
		distangle = random(360);
		this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
		this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		this._width = mass;
		this._height = mass;
		xspeed = dx / 500;
		yspeed = dy / 500;
	}
	mass = random(200) + 20;
	maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
	distangle = random(360);
	this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
	this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
	dx = _root.planet._x - this._x;
	dy = _root.planet._y - this._y;
	dxr = 0;
	dyr = 0;
	distrolf = 0;
	this._width = mass;
	this._height = mass;
	xspeed = dx / 1000;
	yspeed = dy / 1000;
	dist = (dx * dx) + (dy * dy);
	dothis = false;
}
onClipEvent (enterFrame) {
	if (_root.comet3 == true) {
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		dist = (dx * dx) + (dy * dy);
		dist = Math.sqrt(dist);
		dxr = _root.rolf._x - this._x;
		dyr = _root.rolf._y - this._y;
		distrolf = (dxr * dxr) + (dyr * dyr);
		distrolf = Math.sqrt(distrolf);
		if (dist > (_root.camera._width * 2)) {
			resetme();
		}
		if (dist < ((_root.planet._width / 2) + (this._width / 2))) {
			_root.planet.mass = _root.planet.mass - (mass / 10);
			_root.impact.play();
			_root.lastx = this._x;
			_root.lasty = this._y;
			duplicateMovieClip (_root.light_ray, "poop" + random(243423), random(344465575) + 1000);
			duplicateMovieClip (_root.light_ray2, "poop" + random(2434323), random(344465575) + 100450);
			resetme();
		}
		if (distrolf < (15 + (this._width / 2))) {
			_root.nextFrame();
		}
		this._y = this._y + yspeed;
		this._x = this._x + xspeed;
	}
}
Instance of Symbol 53 MovieClip "planetgraphic" in Frame 3
onClipEvent (enterFrame) {
	this._x = _root.planet._x;
	this._y = _root.planet._y;
	this._rotation = this._rotation + _root.vars.speed;
	if (_width != _root.planet._width) {
		oldrot = this._rotation;
		this._rotation = 0;
		this._width = _root.planet._width;
		this._height = _root.planet._height;
		this._rotation = oldrot;
	}
}
Instance of Symbol 45 MovieClip "thingy4" in Frame 3
onClipEvent (load) {
	function resetme() {
		mass = random(200) + 20;
		maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
		distangle = random(360);
		this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
		this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		this._width = mass;
		this._height = mass;
		xspeed = dx / 500;
		yspeed = dy / 500;
	}
	mass = random(200) + 20;
	maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
	distangle = random(360);
	this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
	this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
	dx = _root.planet._x - this._x;
	dy = _root.planet._y - this._y;
	dxr = 0;
	dyr = 0;
	distrolf = 0;
	this._width = mass;
	this._height = mass;
	xspeed = dx / 1000;
	yspeed = dy / 1000;
	dist = (dx * dx) + (dy * dy);
	dothis = false;
}
onClipEvent (enterFrame) {
	if (_root.comet4 == true) {
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		dist = (dx * dx) + (dy * dy);
		dist = Math.sqrt(dist);
		dxr = _root.rolf._x - this._x;
		dyr = _root.rolf._y - this._y;
		distrolf = (dxr * dxr) + (dyr * dyr);
		distrolf = Math.sqrt(distrolf);
		if (dist > (_root.camera._width * 2)) {
			resetme();
		}
		if (dist < ((_root.planet._width / 2) + (this._width / 2))) {
			_root.planet.mass = _root.planet.mass - (mass / 10);
			_root.impact.play();
			_root.lastx = this._x;
			_root.lasty = this._y;
			duplicateMovieClip (_root.light_ray, "poop" + random(243423), random(344465575) + 1000);
			duplicateMovieClip (_root.light_ray2, "poop" + random(2434323), random(344465575) + 100450);
			resetme();
		}
		if (distrolf < (15 + (this._width / 2))) {
			_root.nextFrame();
		}
		this._y = this._y + yspeed;
		this._x = this._x + xspeed;
	}
}
Instance of Symbol 45 MovieClip "thingy6" in Frame 3
onClipEvent (load) {
	function resetme() {
		mass = random(200) + 20;
		maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
		distangle = random(360);
		this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
		this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		this._width = mass;
		this._height = mass;
		xspeed = dx / 500;
		yspeed = dy / 500;
	}
	mass = random(200) + 20;
	maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
	distangle = random(360);
	this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
	this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
	dx = _root.planet._x - this._x;
	dy = _root.planet._y - this._y;
	dxr = 0;
	dyr = 0;
	distrolf = 0;
	this._width = mass;
	this._height = mass;
	xspeed = dx / 1000;
	yspeed = dy / 1000;
	dist = (dx * dx) + (dy * dy);
	dothis = false;
}
onClipEvent (enterFrame) {
	if (_root.comet6 == true) {
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		dist = (dx * dx) + (dy * dy);
		dist = Math.sqrt(dist);
		dxr = _root.rolf._x - this._x;
		dyr = _root.rolf._y - this._y;
		distrolf = (dxr * dxr) + (dyr * dyr);
		distrolf = Math.sqrt(distrolf);
		if (dist > (_root.camera._width * 2)) {
			resetme();
		}
		if (dist < ((_root.planet._width / 2) + (this._width / 2))) {
			_root.planet.mass = _root.planet.mass - (mass / 10);
			_root.impact.play();
			_root.lastx = this._x;
			_root.lasty = this._y;
			duplicateMovieClip (_root.light_ray, "poop" + random(243423), random(344465575) + 1000);
			duplicateMovieClip (_root.light_ray2, "poop" + random(2434323), random(344465575) + 100450);
			resetme();
		}
		if (distrolf < (15 + (this._width / 2))) {
			_root.nextFrame();
		}
		this._y = this._y + yspeed;
		this._x = this._x + xspeed;
	}
}
Instance of Symbol 45 MovieClip "thingy5" in Frame 3
onClipEvent (load) {
	function resetme() {
		mass = random(200) + 20;
		maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
		distangle = random(360);
		this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
		this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		this._width = mass;
		this._height = mass;
		xspeed = dx / 500;
		yspeed = dy / 500;
	}
	mass = random(200) + 20;
	maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
	distangle = random(360);
	this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
	this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
	dx = _root.planet._x - this._x;
	dy = _root.planet._y - this._y;
	dxr = 0;
	dyr = 0;
	distrolf = 0;
	this._width = mass;
	this._height = mass;
	xspeed = dx / 1000;
	yspeed = dy / 1000;
	dist = (dx * dx) + (dy * dy);
	dothis = false;
}
onClipEvent (enterFrame) {
	if (_root.comet5 == true) {
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		dist = (dx * dx) + (dy * dy);
		dist = Math.sqrt(dist);
		dxr = _root.rolf._x - this._x;
		dyr = _root.rolf._y - this._y;
		distrolf = (dxr * dxr) + (dyr * dyr);
		distrolf = Math.sqrt(distrolf);
		if (dist > (_root.camera._width * 2)) {
			resetme();
		}
		if (dist < ((_root.planet._width / 2) + (this._width / 2))) {
			_root.planet.mass = _root.planet.mass - (mass / 10);
			_root.impact.play();
			_root.lastx = this._x;
			_root.lasty = this._y;
			duplicateMovieClip (_root.light_ray, "poop" + random(243423), random(344465575) + 1000);
			duplicateMovieClip (_root.light_ray2, "poop" + random(2434323), random(344465575) + 100450);
			resetme();
		}
		if (distrolf < (15 + (this._width / 2))) {
			_root.nextFrame();
		}
		this._y = this._y + yspeed;
		this._x = this._x + xspeed;
	}
}
Instance of Symbol 45 MovieClip "thingy7" in Frame 3
onClipEvent (load) {
	function resetme() {
		mass = random(200) + 20;
		maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
		distangle = random(360);
		this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
		this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		this._width = mass;
		this._height = mass;
		xspeed = dx / 500;
		yspeed = dy / 500;
	}
	mass = random(200) + 20;
	maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
	distangle = random(360);
	this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
	this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
	dx = _root.planet._x - this._x;
	dy = _root.planet._y - this._y;
	dxr = 0;
	dyr = 0;
	distrolf = 0;
	this._width = mass;
	this._height = mass;
	xspeed = dx / 1000;
	yspeed = dy / 1000;
	dist = (dx * dx) + (dy * dy);
	dothis = false;
}
onClipEvent (enterFrame) {
	if (_root.comet7 == true) {
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		dist = (dx * dx) + (dy * dy);
		dist = Math.sqrt(dist);
		dxr = _root.rolf._x - this._x;
		dyr = _root.rolf._y - this._y;
		distrolf = (dxr * dxr) + (dyr * dyr);
		distrolf = Math.sqrt(distrolf);
		if (dist > (_root.camera._width * 2)) {
			resetme();
		}
		if (dist < ((_root.planet._width / 2) + (this._width / 2))) {
			_root.planet.mass = _root.planet.mass - (mass / 10);
			_root.impact.play();
			_root.lastx = this._x;
			_root.lasty = this._y;
			duplicateMovieClip (_root.light_ray, "poop" + random(243423), random(344465575) + 1000);
			duplicateMovieClip (_root.light_ray2, "poop" + random(2434323), random(344465575) + 100450);
			resetme();
		}
		if (distrolf < (15 + (this._width / 2))) {
			_root.nextFrame();
		}
		this._y = this._y + yspeed;
		this._x = this._x + xspeed;
	}
}
Instance of Symbol 55 MovieClip in Frame 3
onClipEvent (load) {
	xspeed = 0;
	yspeed = 0;
	shotCount = 0;
	shotTimer = 0;
	shotInterval = 2.5;
	fire = false;
	_root.onMouseDown = function () {
		fire = true;
	};
	_root.onMouseUp = function () {
		fire = false;
	};
}
onClipEvent (load) {
	function __f_mouseUp(eventObj) {
		fire = false;
	}
	this.addEventListener("mouseUp", __f_mouseUp);
}
onClipEvent (enterFrame) {
	if ((fire == true) && (shotTimer <= 0)) {
		shotCount = shotCount + 1;
		duplicateMovieClip (_root.bullet, "bullet" + shotCount, (shotCount % 100) + 1100);
		shotTimer = shotInterval;
	}
	shotTimer = shotTimer - 1;
	this._x = _root._xmouse;
	this._y = _root._ymouse;
}
Instance of Symbol 57 MovieClip "item2" in Frame 3
onClipEvent (load) {
	function startover() {
		maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
		distangle = random(360);
		this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
		this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		dxr = 0;
		dyr = 0;
		distrolf = 0;
		xspeed = dx / 500;
		yspeed = dy / 500;
		dist = (dx * dx) + (dy * dy);
		dothis = false;
	}
	mass = 20;
	startover();
}
onClipEvent (enterFrame) {
	dx = _root.planet._x - this._x;
	dy = _root.planet._y - this._y;
	dist = (dx * dx) + (dy * dy);
	dist = Math.sqrt(dist);
	dxr = _root.rolf._x - this._x;
	dyr = _root.rolf._y - this._y;
	distrolf = (dxr * dxr) + (dyr * dyr);
	distrolf = Math.sqrt(distrolf);
	if (dist < ((_root.planet._width / 2) + (this._width / 2))) {
		startover();
	}
	if (distrolf < (15 + (this._width / 2))) {
	}
	this._y = this._y + yspeed;
	this._x = this._x + xspeed;
}
Instance of Symbol 45 MovieClip "thingy8" in Frame 3
onClipEvent (load) {
	function resetme() {
		mass = random(200) + 20;
		maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
		distangle = random(360);
		this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
		this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		this._width = mass;
		this._height = mass;
		xspeed = dx / 500;
		yspeed = dy / 500;
	}
	mass = random(200) + 20;
	maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
	distangle = random(360);
	this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
	this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
	dx = _root.planet._x - this._x;
	dy = _root.planet._y - this._y;
	dxr = 0;
	dyr = 0;
	distrolf = 0;
	this._width = mass;
	this._height = mass;
	xspeed = dx / 1000;
	yspeed = dy / 1000;
	dist = (dx * dx) + (dy * dy);
	dothis = false;
}
onClipEvent (enterFrame) {
	if (_root.comet8 == true) {
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		dist = (dx * dx) + (dy * dy);
		dist = Math.sqrt(dist);
		dxr = _root.rolf._x - this._x;
		dyr = _root.rolf._y - this._y;
		distrolf = (dxr * dxr) + (dyr * dyr);
		distrolf = Math.sqrt(distrolf);
		if (dist > (_root.camera._width * 2)) {
			resetme();
		}
		if (dist < ((_root.planet._width / 2) + (this._width / 2))) {
			_root.planet.mass = _root.planet.mass - (mass / 10);
			_root.impact.play();
			_root.lastx = this._x;
			_root.lasty = this._y;
			duplicateMovieClip (_root.light_ray, "poop" + random(243423), random(344465575) + 1000);
			duplicateMovieClip (_root.light_ray2, "poop" + random(2434323), random(344465575) + 100450);
			resetme();
		}
		if (distrolf < (15 + (this._width / 2))) {
			_root.nextFrame();
		}
		this._y = this._y + yspeed;
		this._x = this._x + xspeed;
	}
}
Instance of Symbol 45 MovieClip "thingy9" in Frame 3
onClipEvent (load) {
	function resetme() {
		mass = random(200) + 20;
		maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
		distangle = random(360);
		this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
		this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		this._width = mass;
		this._height = mass;
		xspeed = dx / 500;
		yspeed = dy / 500;
	}
	mass = random(200) + 20;
	maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
	distangle = random(360);
	this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
	this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
	dx = _root.planet._x - this._x;
	dy = _root.planet._y - this._y;
	dxr = 0;
	dyr = 0;
	distrolf = 0;
	this._width = mass;
	this._height = mass;
	xspeed = dx / 1000;
	yspeed = dy / 1000;
	dist = (dx * dx) + (dy * dy);
	dothis = false;
}
onClipEvent (enterFrame) {
	if (_root.comet9 == true) {
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		dist = (dx * dx) + (dy * dy);
		dist = Math.sqrt(dist);
		dxr = _root.rolf._x - this._x;
		dyr = _root.rolf._y - this._y;
		distrolf = (dxr * dxr) + (dyr * dyr);
		distrolf = Math.sqrt(distrolf);
		if (dist > (_root.camera._width * 2)) {
			resetme();
		}
		if (dist < ((_root.planet._width / 2) + (this._width / 2))) {
			_root.planet.mass = _root.planet.mass - (mass / 10);
			_root.impact.play();
			_root.lastx = this._x;
			_root.lasty = this._y;
			duplicateMovieClip (_root.light_ray, "poop" + random(243423), random(344465575) + 1000);
			duplicateMovieClip (_root.light_ray2, "poop" + random(2434323), random(344465575) + 100450);
			resetme();
		}
		if (distrolf < (15 + (this._width / 2))) {
			_root.nextFrame();
		}
		this._y = this._y + yspeed;
		this._x = this._x + xspeed;
	}
}
Instance of Symbol 59 MovieClip "item4" in Frame 3
onClipEvent (load) {
	function startover() {
		maxradius = (random(_root.camera._width * 2) + (_root.camera._width / 1.5)) + mass;
		distangle = random(360);
		this._x = _root.planet._x + (Math.cos(distangle) * maxradius);
		this._y = _root.planet._y + (Math.sin(distangle) * maxradius);
		dx = _root.planet._x - this._x;
		dy = _root.planet._y - this._y;
		dxr = 0;
		dyr = 0;
		distrolf = 0;
		xspeed = dx / 500;
		yspeed = dy / 500;
		dist = (dx * dx) + (dy * dy);
		dothis = false;
	}
	mass = 20;
	startover();
}
onClipEvent (enterFrame) {
	dx = _root.planet._x - this._x;
	dy = _root.planet._y - this._y;
	dist = (dx * dx) + (dy * dy);
	dist = Math.sqrt(dist);
	dxr = _root.rolf._x - this._x;
	dyr = _root.rolf._y - this._y;
	distrolf = (dxr * dxr) + (dyr * dyr);
	distrolf = Math.sqrt(distrolf);
	if (dist < ((_root.planet._width / 2) + (this._width / 2))) {
		startover();
	}
	if (distrolf < (15 + (this._width / 2))) {
	}
	this._y = this._y + yspeed;
	this._x = this._x + xspeed;
}
Instance of Symbol 75 MovieClip "light_ray" in Frame 3
onClipEvent (load) {
	this._visible = false;
	if (_name == "light_ray") {
		stop();
	} else {
		this._x = _root.lastx;
		this._y = _root.lasty;
		this._rotation = random(360);
	}
}
onClipEvent (enterFrame) {
	if (_name == "light_ray") {
		this._visible = false;
	} else {
		this._visible = true;
		this._alpha = 60;
	}
}
Instance of Symbol 75 MovieClip "light_ray2" in Frame 3
onClipEvent (load) {
	this._visible = false;
	if (_name == "light_ray2") {
		stop();
	} else {
		this._x = _root.lastx;
		this._y = _root.lasty;
		this._rotation = random(360);
	}
}
onClipEvent (enterFrame) {
	if (_name == "light_ray2") {
		this._visible = false;
	} else {
		this._visible = true;
		this._alpha = 60;
	}
}
Instance of Symbol 87 MovieClip "camera" in Frame 3
onClipEvent (enterFrame) {
}
Frame 4
	Mouse.show();
	stopAllSounds();
	_root.kongregateStats.submit("Time", _root.timer);
Frame 5
	Mouse.show();
	stopAllSounds();
	_root.kongregateStats.submit("Time", _root.timer);
Symbol 19 Button
on (release) {
	getURL ("http://www.galacticflashgames.com", "_blank");
}
Symbol 28 Button
on (release) {
	_root.nextFrame();
}
Symbol 29 MovieClip Frame 8
	gotoAndPlay (1);
Symbol 45 MovieClip Frame 1
	gotoAndStop(random(4));
Symbol 53 MovieClip Frame 1
	stop();
Symbol 53 MovieClip Frame 38
	gotoAndPlay (2);
Symbol 62 MovieClip Frame 1
	stop();
Symbol 65 MovieClip Frame 1
	stop();
Symbol 75 MovieClip Frame 14
	this.unloadMovie();
Symbol 80 MovieClip Frame 374
	stop();
Symbol 83 MovieClip Frame 1
	stop();
Symbol 87 MovieClip Frame 1
	function camControl() {
		parentColor.setTransform(camColor.getTransform());
		var _local4 = sX / this._width;
		var _local3 = sY / this._height;
		_parent._x = cX - (this._x * _local4);
		_parent._y = cY - (this._y * _local3);
		_parent._xscale = 100 * _local4;
		_parent._yscale = 100 * _local3;
	}
	function resetStage() {
		var _local2 = {ra:100, rb:0, ga:100, gb:0, ba:100, bb:0, aa:100, ab:0};
		parentColor.setTransform(_local2);
		_parent._xscale = 100;
		_parent._yscale = 100;
		_parent._x = 0;
		_parent._y = 0;
	}
	this._visible = false;
	var oldMode = Stage.scaleMode;
	Stage.scaleMode = "exactFit";
	var cX = (Stage.width / 2);
	var cY = (Stage.height / 2);
	var sX = Stage.width;
	var sY = Stage.height;
	Stage.scaleMode = oldMode;
	var camColor = new Color(this);
	var parentColor = new Color(_parent);
	this.onEnterFrame = camControl;
	camControl();
	this.onUnload = resetStage;
Symbol 89 MovieClip Frame 1
	stop();
Symbol 93 Button
on (release) {
	_root.gotoAndPlay("menu");
	stopAllSounds();
}
Symbol 95 MovieClip Frame 3
	stop();
Symbol 110 Button
on (release) {
	_root.gotoAndPlay("menu");
}
Symbol 114 Button
on (release) {
	getURL ("http://www.galacticflashgames.com", "_blank");
}