Frame 1
	stop();
Frame 2
	stop();
Instance of Symbol 142 MovieClip [ball] in Frame 2
onClipEvent (load) {
	function t3d(f1, f2) {
		f2 = f2 + f1._rotation;
		f2 = f2 + 45;
		while (f2 > 360) {
			f2 = f2 - 360;
		}
		while (f2 < 0) {
			f2 = f2 + 360;
		}
		f1.gotoAndStop(Math.round((f2 / 360) * 72) + 1);
	}
	stop();
	stop();
	t3d(d.g.t1, _rotation);
	t3d(d.g.t2, _rotation);
	t3d(d.g.t3, _rotation);
	t3d(d.t0, _rotation);
	t3d(d.t1, _rotation);
	t3d(d.t2, _rotation);
	t3d(d.t3, _rotation);
	t3d(d.t4, _rotation);
	d.s._rotation = -_rotation;
}
Instance of Symbol 142 MovieClip [ball] in Frame 5
onClipEvent (enterFrame) {
	function t3d(f1, f2) {
		f2 = f2 + f1._rotation;
		f2 = f2 + 45;
		while (f2 > 360) {
			f2 = f2 - 360;
		}
		while (f2 < 0) {
			f2 = f2 + 360;
		}
		f1.gotoAndStop(Math.round((f2 / 360) * 72) + 1);
	}
	gotoAndStop (1);
	stop();
	t3d(d.g.t1, _rotation);
	t3d(d.g.t2, _rotation);
	t3d(d.g.t3, _rotation);
	t3d(d.t0, _rotation);
	t3d(d.t1, _rotation);
	t3d(d.t2, _rotation);
	t3d(d.t3, _rotation);
	t3d(d.t4, _rotation);
	d.s._rotation = -_rotation;
}
Symbol 9 MovieClip [p1] Frame 1
	_rotation  = random(360);
Symbol 9 MovieClip [p1] Frame 6
	done = true;
Symbol 12 MovieClip [p0] Frame 1
	_rotation  = random(360);
Symbol 12 MovieClip [p0] Frame 5
	done = true;
Symbol 33 MovieClip Frame 1
	stop();
Symbol 33 MovieClip Frame 20
	ready = true;
Symbol 133 MovieClip Frame 1
	f2 = -_rotation;
	f2 = f2 - 45;
	while (f2 > 360) {
		f2 = f2 - 360;
	}
	while (f2 < 0) {
		f2 = f2 + 360;
	}
	gotoAndStop(Math.round((f2 / 360) * 72) + 1);
Symbol 140 MovieClip Frame 1
	stop();
Symbol 153 MovieClip [music] Frame 1
	music = new Sound(this);
	this.createEmptyMovieClip("loop1", 1);
	loop1 = new Sound(loop1);
	loop1.attachSound("rlb-loop1.wav");
	this.createEmptyMovieClip("loop2", 2);
	loop2 = new Sound(loop2);
	loop2.attachSound("rlb-loop2.wav");
	this.createEmptyMovieClip("loop3", 3);
	loop3 = new Sound(loop3);
	loop3.attachSound("rlb-loop3.wav");
	this.createEmptyMovieClip("loop4", 4);
	loop4 = new Sound(loop4);
	loop4.attachSound("rlb-loop4.wav");
	this.createEmptyMovieClip("loop5", 5);
	loop5 = new Sound(loop5);
	loop5.attachSound("rlb-loop5.wav");
	gotoAndPlay (3);
Instance of Symbol 147 MovieClip in Symbol 153 MovieClip [music] Frame 1
onClipEvent (load) {
	unloadMovie (this);
}
Symbol 153 MovieClip [music] Frame 2
	loop1.stop();
	loop2.stop();
	loop3.stop();
	loop4.stop();
	loop5.stop();
	loop1.onSoundComplete = function () {
	};
	loop2.onSoundComplete = function () {
	};
	loop3.onSoundComplete = function () {
	};
	loop4.onSoundComplete = function () {
	};
	loop5.onSoundComplete = function () {
	};
	stop();
Symbol 153 MovieClip [music] Frame 3
	loop1.start(0, 4);
	loop1.onSoundComplete = function () {
		loop2.start(0, 4);
	};
	loop2.onSoundComplete = function () {
		loop4.start(0, 4);
	};
	loop4.onSoundComplete = function () {
		loop5.start(0, 4);
	};
	loop5.onSoundComplete = function () {
		loop3.start(0, 4);
	};
	loop3.onSoundComplete = function () {
		loop1.start(0, 4);
	};
	stop();
Symbol 159 MovieClip Frame 120
	_root.nextFrame();
Symbol 162 Button
on (release) {
	getURL ("http://www.komix-games.com/", "_blank");
}
Symbol 168 MovieClip Frame 14
	stop();
Symbol 169 Button
on (release) {
	nextFrame();
}
Symbol 173 Button
on (release) {
	getURL ("http://www.gamebalance.com/", "_blank");
}
Symbol 174 Button
on (release) {
	getURL ("http://www.theswain.com/", "_blank");
}
Symbol 177 MovieClip Frame 1
	this.cacheAsBitmap = true;
Symbol 188 MovieClip Frame 2
	v1 = 400;
	xenf = _root.a.ball[0]._x - _x;
	if (Math.abs(xenf) < v1) {
		yenf = _root.a.ball[0]._y - _y;
		if (Math.abs(yenf) < v1) {
			enf = (xenf * xenf) + (yenf * yenf);
			if (enf < (v1 * v1)) {
				_root.a.create(_x, _y, 0, 0, 0, 0, 3);
				stop();
			}
		}
	}
Symbol 192 MovieClip Frame 25
	if (Math.random() < 0.5) {
		gotoAndPlay (10);
	}
Symbol 193 MovieClip Frame 1
	if (hit == undefined) {
		if (_root.gotz == undefined) {
			_root.gotz = 3;
		} else {
			_root.gotz++;
		}
		gotz = _root.gotz;
		hit = 10;
	}
	v1 = 60;
	hit--;
	xenf = _root.a.ball[0]._x - _x;
	if (Math.abs(xenf) < v1) {
		yenf = _root.a.ball[0]._y - _y;
		if (Math.abs(yenf) < v1) {
			enf = (xenf * xenf) + (yenf * yenf);
			if (enf < (v1 * v1)) {
				_alpha  = 40;
				if (hit < 0) {
					_root.pinfo = gotz;
					_root.a.unpause = false;
					_root.p.gotoAndStop(gotz);
				}
				hit = 10000;
			}
		}
	}
Symbol 194 MovieClip Frame 2
	v1 = 400;
	xenf = _root.a.ball[0]._x - _x;
	if (Math.abs(xenf) < v1) {
		yenf = _root.a.ball[0]._y - _y;
		if (Math.abs(yenf) < v1) {
			enf = (xenf * xenf) + (yenf * yenf);
			if (enf < (v1 * v1)) {
				_root.a.create(_x, _y, 0, 0, 0, 0, 9);
				stop();
			}
		}
	}
Symbol 195 MovieClip Frame 1
	function create(f1, f2, f3, f4, f5, f6, f7) {
		ballz++;
		namer = "b" + ballz;
		f0 = ball.length;
		ball[f0] = attachMovie("ball", namer, ballz + 10000);
		ball[f0].xp = f1;
		ball[f0].yp = f2;
		ball[f0].rp = f3;
		ball[f0].xbew = f4;
		ball[f0].ybew = f5;
		ball[f0].rbew = f6;
		ball[f0].s = f7;
		ball[f0].gotoAndStop(f7);
	}
	function parc(f1, f2, f3) {
		parz++;
		namer = "p" + parz;
		f0 = par.length;
		par[f0] = attachMovie(f1, namer, parz + 100000);
		par[f0]._x = f2;
		par[f0]._y = f3;
		par[f0].stop();
	}
	function rotc(f0) {
		if (Math.abs(f0) > 200) {
			return(f0 * 0.1);
		}
		return(f0 * 0.5);
	}
	function t3d(f1, f2) {
		f2 = f2 + f1._rotation;
		f2 = f2 + 45;
		while (f2 > 360) {
			f2 = f2 - 360;
		}
		while (f2 < 0) {
			f2 = f2 + 360;
		}
		f1.gotoAndStop(Math.round((f2 / 360) * 72) + 1);
	}
	function soundy(f20) {
		if (soundz[f20] == undefined) {
			soundz[f20] = 1;
		} else {
			soundz[f20]++;
		}
		if ((soundz[f20] < 3) or (Math.random() < (1 / soundz[f20]))) {
			sou.sou = new Sound(this);
			sou.sou.attachSound(f20);
			sou.sou.start(0, 1);
			sou.sou.setVolume(200);
		}
	}
	function mhit(f1, f2) {
		return(m.hitTest(f1 + _x, f2 + _y, true));
	}
	function onEnterFrame() {
		if (!Key.isDown(32)) {
			unspace = true;
		}
		if (!unpause) {
			if (Key.isDown(32) && (unspace)) {
				unpause = true;
				unspace = false;
			}
		} else {
			_root.p.gotoAndStop(1);
			if (Key.isDown(32) && (unspace)) {
				_root.p.gotoAndStop(_root.pinfo);
				unpause = false;
				unspace = false;
			}
			if (ball[grenade].d.ready) {
				_root.g.gotoAndStop(68);
			}
			if (ball[grenade].d.done) {
				_root.g.gotoAndStop(1);
			}
			topz(1);
			if (_root.g._currentframe < 66) {
				_root.g.nextFrame();
			}
			if (md) {
				md = false;
				if ((_root.g._currentframe > 60) && (_root.g._currentframe < 67)) {
					f1 = ball[0].xp;
					f2 = ball[0].yp;
					f4 = (ball[0].rp * Math.PI) / 180;
					f3 = Math.sin(f4);
					f4 = -Math.cos(f4);
					create(f1 + (f3 * 33), f2 + (f4 * 33), ball[0].rp, (f3 * 17) + ball[0].xbew, (f4 * 17) + ball[0].ybew, (Math.random() + 0.5) * 10, 2);
					ball[0].xbew = ball[0].xbew - (f3 * 6);
					ball[0].ybew = ball[0].ybew - (f4 * 6);
					ball[0].d.g.ybew = ball[0].d.g.ybew + 20;
					_root.g.gotoAndStop(67);
				} else if (grenade > 0) {
					trg = ball[grenade];
					if (trg.d.ready) {
						trg.d.p = "p1";
						trg.d.exp = 10;
						trg.d.rad = 500;
						trg.d.done = true;
						_root.g.gotoAndStop(1);
						soundy("exp");
					}
				}
			}
			for (e in par) {
				trg = par[e];
				if (trg.done) {
					removeMovieClip(par[e]);
					par.splice(e, 1);
				} else {
					trg.nextFrame();
				}
			}
			xenf = 0;
			if (Key.isDown(39)) {
				xenf++;
			}
			if (Key.isDown(37)) {
				xenf--;
			}
			ball[0].d.g._y = ball[0].d.g._y + ball[0].d.g.ybew;
			ball[0].d.g.ybew = ball[0].d.g.ybew + 0.8;
			ball[0].d.g.ybew = ball[0].d.g.ybew - ((ball[0].d.g._y * 0.2) + ball[0].d.g.ybew);
			ball[0].rbew = ball[0].rbew + (xenf * 2);
			xenf = _xmouse - ball[0].xp;
			yenf = _ymouse - ball[0].yp;
			v1 = (Math.atan((-xenf) / yenf) / Math.PI) * 180;
			if (yenf > 0) {
				v1 = v1 + 180;
			}
			v1 = v1 - (ball[0].rp + (ball[0].rbew * 3));
			while (v1 > 180) {
				v1 = v1 - 360;
			}
			while (v1 < -180) {
				v1 = v1 + 360;
			}
			if (v1 > 25) {
				v1 = 25;
			}
			if (v1 < -25) {
				v1 = -25;
			}
			ball[0].rb = ball[0].rb + (v1 * 0.2);
			ball[0].rb = ball[0].rb * 0.6;
			ball[0].rbew = ball[0].rbew + ball[0].rb;
			for (e in ball) {
				trg = ball[e];
				trg.d.nextFrame();
			}
			for (e in ball) {
				trg = ball[e];
				if (trg.d.exp > 0) {
					parc(trg.d.p, trg.xp, trg.yp);
					siz = trg.d.rad;
					for (a in ball) {
						if ((e != a) && (ball[a].s != 8)) {
							trg2 = ball[a];
							xenf = trg2.xp - trg.xp;
							if (Math.abs(xenf) < siz) {
								yenf = trg2.yp - trg.yp;
								if (Math.abs(xenf) < siz) {
									enf = (xenf * xenf) + (yenf * yenf);
									if ((enf > 0) && (enf < (siz * siz))) {
										enf = Math.sqrt(enf);
										v1 = Math.sqrt(enf) / 2;
										v2 = xenf;
										v3 = yenf;
										v4 = trg.xp;
										v5 = trg.yp;
										v6 = true;
										i = 0;
										while (i < 1) {
											if (mhit(v4 + (v2 * i), v5 + (v3 * i))) {
												i = 20;
												v6 = false;
											}
											i = i + (v1 / enf);
										}
										if (v6) {
											if (((trg2.s == 3) && (trg.d.p == "p1")) && (enf < (siz / 4))) {
												trg2.d.exp = 5;
												trg2.d.rad = 250;
												trg2.d.done = true;
												trg2.d.p = "p0";
												soundy("exp2");
											} else if (((trg2.s == 1) && (trg.d.p == "p0")) && (enf < ((siz / 4) * 3))) {
												_root.h.nextFrame();
												if (enf < (siz / 2)) {
													_root.h.nextFrame();
													if (enf < (siz / 3)) {
														_root.h.nextFrame();
														if (enf < (siz / 4)) {
															_root.h.nextFrame();
															if (enf < (siz / 5)) {
																_root.h.nextFrame();
															}
														}
													}
												}
												if (_root.h._currentframe == 100) {
													_root.nextFrame();
												}
											} else {
												v1 = siz - enf;
												enf = (((v1 * trg.d.exp) / enf) / enf) * 0.5;
												xenf = xenf * enf;
												yenf = yenf * enf;
												trg2.xbew = trg2.xbew + xenf;
												trg2.ybew = trg2.ybew + yenf;
											}
										}
									}
								}
							}
						}
					}
					trg.d.exp = (trg.d.rad = 0);
				}
			}
			for (e in ball) {
				trg = ball[e];
				if (trg.d.done) {
					removeMovieClip(ball[e]);
					ball.splice(e, 1);
				}
			}
			e = 0;
			while (e < ball.length) {
				trg = ball[e];
				enf = (trg.xbew * trg.xbew) + (trg.ybew * trg.ybew);
				f1 = 17;
				if (enf > (f1 * f1)) {
					enf = f1 / Math.sqrt(enf);
					trg.xbew = trg.xbew * enf;
					trg.ybew = trg.ybew * enf;
				}
				e++;
			}
			for (e in ball) {
				trg = ball[e];
				if (trg.s == 3) {
					trg2 = ball[0];
					xenf = trg.xp - trg2.xp;
					yenf = trg.yp - trg2.yp;
					enf = (xenf * xenf) + (yenf * yenf);
					trg.act = true;
					enf = Math.sqrt(enf);
					v1 = (Math.atan((-xenf) / yenf) / Math.PI) * 180;
					if (yenf > 0) {
						v1 = v1 + 180;
					}
					if (trg.rev) {
						v1 = v1 + 180;
						if (enf > 225) {
							trg.rev = false;
						}
					}
					v1 = v1 - (trg.rp + trg.rbew);
					while (v1 > 180) {
						v1 = v1 - 360;
					}
					while (v1 < -180) {
						v1 = v1 + 360;
					}
					v2 = 1.5;
					if (v1 > v2) {
						v1 = v2;
					}
					if (v1 < (-v2)) {
						v1 = -v2;
					}
					v3 = ((trg.rp * Math.PI) / 180) + 0.5;
					v4 = -Math.sin(v3);
					v5 = Math.cos(v3);
					v8 = 0;
					while ((!mhit(trg.xp + (v4 * v8), trg.yp + (v5 * v8))) && (v8 < 100)) {
						v8 = v8 + 10;
					}
					v3 = ((trg.rp * Math.PI) / 180) - 0.5;
					v4 = -Math.sin(v3);
					v5 = Math.cos(v3);
					v9 = 0;
					while ((!mhit(trg.xp + (v4 * v8), trg.yp + (v5 * v8))) && (v9 < 100)) {
						v9 = v9 + 10;
					}
					if (v8 > v9) {
						trg.rbew = trg.rbew + 3;
					} else if (v9 > v8) {
						trg.rbew = trg.rbew - 3;
					}
					trg.rbew = trg.rbew + v1;
					if (((Math.abs(v1) < 1) && (!trg.rev)) && (enf < 225)) {
						trg.rev = true;
						f1 = ball[e].xp;
						f2 = ball[e].yp;
						f4 = ((ball[e].rp * Math.PI) / 180) + Math.PI;
						f3 = Math.sin(f4);
						f4 = -Math.cos(f4);
						create(f1 + (f3 * 10), f2 + (f4 * 10), ball[0].rp, (f3 * 17) + ball[e].xbew, (f4 * 17) + ball[e].ybew, (Math.random() + 0.5) * 10, 8);
					}
					v1 = (trg.rp * Math.PI) / 180;
					v2 = 6;
					v4 = -Math.sin(v1);
					v5 = Math.cos(v1);
					v8 = (trg.xbew * trg.xbew) + (trg.ybew * trg.ybew);
					if (v8 > 0) {
						v8 = Math.sqrt(v8);
						v6 = trg.xbew / v8;
						v7 = trg.ybew / v8;
						v8 = (v6 * v4) - (v7 * v5);
						v8 = Math.abs(v8);
						v3 = 1 - (v8 * 0.2);
						trg.xbew = trg.xbew * v3;
						trg.ybew = trg.ybew * v3;
						trg.rbew = trg.rbew * 0.9;
						v2 = v2 * (1 - v3);
					}
					trg.xbew = trg.xbew + (v4 * v2);
					trg.ybew = trg.ybew + (v5 * v2);
				} else if (trg.s == 9) {
					_root.endisnear = true;
					if (trg.gun == undefined) {
						trg.gun = [1, 0, 0];
						trg.act = 0;
						trg.lon = 0;
						gu = ["d1", "d2", "d3"];
						trg.alive = 3;
					}
					for (a in trg.gun) {
						if (trg.gun[a] < 0) {
							trg.d[gu[a]].nextFrame();
						}
					}
					if (trg.alive > 0) {
						trg2 = ball[0];
						xenf = trg.xp - trg2.xp;
						yenf = trg.yp - trg2.yp;
						enf = (xenf * xenf) + (yenf * yenf);
						enf = Math.sqrt(enf);
						enf = (200 - enf) / enf;
						trg.xbew = trg.xbew * 0.9;
						trg.ybew = trg.ybew * 0.9;
						trg.rbew = trg.rbew * 0.8;
						trg.xbew = trg.xbew + ((xenf * enf) * 0.01);
						trg.ybew = trg.ybew + ((yenf * enf) * 0.01);
						v1 = (Math.atan((-xenf) / yenf) / Math.PI) * 180;
						if (yenf > 0) {
							v1 = v1 + 180;
						}
						v1 = v1 + (trg.act * 120);
						v1 = v1 - (trg.rp + trg.rbew);
						while (v1 > 180) {
							v1 = v1 - 360;
						}
						while (v1 < -180) {
							v1 = v1 + 360;
						}
						v1 = v1 * 0.5;
						v2 = 1.5;
						if (v1 > v2) {
							v1 = v2;
						}
						if (v1 < (-v2)) {
							v1 = -v2;
						}
						trg.rbew = trg.rbew + v1;
						if (((Math.abs(v1) < (v2 / 2)) && (!trg.rev)) && (enf < 225)) {
							trg.lon++;
						}
						if (trg.lon > 9) {
							trg.lon++;
						} else if (trg.lon > 0) {
							if ((trg.lon / 3) == Math.round(trg.lon / 3)) {
								f1 = ball[e].xp;
								f2 = ball[e].yp;
								f4 = (((((-trg.act) * 120) + ball[e].rp) * Math.PI) / 180) + Math.PI;
								f3 = Math.sin(f4);
								f4 = -Math.cos(f4);
								create(f1 + (f3 * 75), f2 + (f4 * 75), ball[0].rp, (f3 * 17) + ball[e].xbew, (f4 * 17) + ball[e].ybew, (Math.random() + 0.5) * 10, 8);
							}
						}
						if ((trg.lon > 50) or (trg.gun[trg.act] < 0)) {
							if (trg.gun[trg.act] < 0) {
								v5 = (v3 = Math.max(Math.max(trg.gun[0], trg.gun[1]), trg.gun[2]) + 1);
							} else {
								v5 = (v3 = trg.gun[trg.act]);
							}
							v4 = trg.act;
							for (a in trg.gun) {
								if (((trg.gun[a] < v3) && (trg.gun[a] >= 0)) && (v4 != a)) {
									v3 = trg.gun[a];
									v4 = a;
								}
							}
							trg.gun[v4] = v5 + 1;
							if (trg.act == v4) {
								trg.lon = -40;
							} else {
								trg.lon = -10;
							}
							trg.act = v4;
						}
					} else {
						if (endy == undefined) {
							endy = 0;
						}
						endy++;
						if (endy > 30) {
							_root.gotoAndStop(5);
						}
					}
				} else if (trg.s == 8) {
					if (trg.gh) {
						trg.d.exp = 5;
						trg.d.rad = 250;
						trg.d.done = true;
						trg.d.p = "p0";
						soundy("exp2");
					}
				}
			}
			for (e in ball) {
				trg = ball[e];
				trg.rbew = trg.rbew * 0.99;
				trg.xbew = trg.xbew * 0.99;
				trg.ybew = trg.ybew * 0.99;
				if ((trg.s != 3) && ((trg.s != 9) or (trg.alive <= 0))) {
					trg.ybew = trg.ybew + 0.5;
				}
				trg.rp = trg.rp + trg.rbew;
				trg.xp = trg.xp + trg.xbew;
				trg.yp = trg.yp + trg.ybew;
				trg.gh = false;
			}
			topz(0);
			e = 0;
			while (e < ball.length) {
				trg = ball[e];
				a = e + 1;
				while (a < ball.length) {
					trg2 = ball[a];
					xenf = trg2.xp - trg.xp;
					siz = sizes[trg.s] + sizes[trg2.s];
					if (Math.abs(xenf) < siz) {
						yenf = trg2.yp - trg.yp;
						if (Math.abs(xenf) < siz) {
							enf = (xenf * xenf) + (yenf * yenf);
							if ((enf > 0) && (enf < (siz * siz))) {
								trg.gh = true;
								trg2.gh = true;
								v = masses[trg.s] / (masses[trg.s] + masses[trg2.s]);
								vv = 1 - v;
								enf = Math.sqrt(enf);
								f1 = (siz - enf) / enf;
								trg.xp = trg.xp - ((xenf * vv) * f1);
								trg.yp = trg.yp - ((yenf * vv) * f1);
								trg2.xp = trg2.xp + ((xenf * v) * f1);
								trg2.yp = trg2.yp + ((yenf * v) * f1);
								xbewenf = (trg2.xbew * vv) - (trg.xbew * v);
								ybewenf = (trg2.ybew * vv) - (trg.ybew * v);
								bewenf = (xbewenf * xbewenf) + (ybewenf * ybewenf);
								if (bewenf > 0) {
									bewenf = Math.sqrt(bewenf);
								}
								enf = bewenf / enf;
								if (bewenf > 2.5) {
									soundy("bh");
								}
								xenf = xenf * enf;
								yenf = yenf * enf;
								trg.xbew = trg.xbew - (xenf * vv);
								trg.ybew = trg.ybew - (yenf * vv);
								trg2.xbew = trg2.xbew + (xenf * v);
								trg2.ybew = trg2.ybew + (yenf * v);
								xbewenf1 = (trg2.xbew * vv) + (trg.xbew * v);
								ybewenf1 = (trg2.ybew * vv) + (trg.ybew * v);
								trg.xbew = trg.xbew * 0.9;
								trg.ybew = trg.ybew * 0.9;
								trg2.xbew = trg2.xbew * 0.9;
								trg2.ybew = trg2.ybew * 0.9;
								trg.xbew = trg.xbew + (xbewenf1 * 0.1);
								trg.ybew = trg.ybew + (ybewenf1 * 0.1);
								trg2.xbew = trg2.xbew + (xbewenf1 * 0.1);
								trg2.ybew = trg2.ybew + (ybewenf1 * 0.1);
								enf = (xenf * xenf) + (yenf * yenf);
								enf = Math.sqrt(enf);
								xenf = xenf / enf;
								yenf = yenf / enf;
								roty = ((sizes[trg2.s] + sizes[trg.s]) * Math.PI) / 180;
								f8 = (yenf * xbewenf) - (xenf * ybewenf);
								f9 = (((-trg2.rbew) - trg.rbew) * roty) - f8;
								f10 = (((-trg2.rbew) - trg.rbew) * roty) - (f8 * 2);
								f9 = rotc(f9);
								f10 = rotc(f10);
								trg2.rbew = trg2.rbew + ((f10 / roty) * v);
								trg2.xbew = trg2.xbew + ((yenf * f9) * v);
								trg2.ybew = trg2.ybew - ((xenf * f9) * v);
								trg.rbew = trg.rbew + ((f10 / roty) * vv);
								trg.xbew = trg.xbew - ((yenf * f9) * vv);
								trg.ybew = trg.ybew + ((xenf * f9) * vv);
								if ((trg.s == 9) && (trg2.s == 2)) {
									xenf = trg.xp - trg2.xp;
									yenf = trg.yp - trg2.yp;
									v1 = (Math.atan((-xenf) / yenf) / Math.PI) * 180;
									if (yenf > 0) {
										v1 = v1 + 180;
									}
									v1 = v1 + (trg.act * 120);
									v1 = v1 - trg.rp;
									while (v1 > 180) {
										v1 = v1 - 360;
									}
									while (v1 < -180) {
										v1 = v1 + 360;
									}
									_root.tex = v1;
									if ((trg.gun[trg.act] > 0) && (Math.abs(v1) < 10)) {
										trg.gun[trg.act] = -1;
										trg.alive--;
										trg2.d.done = true;
										soundy("exp");
									}
								}
							}
						}
					}
					a++;
				}
				f1 = trg.xp;
				f2 = trg.yp;
				f5 = (f6 = 0);
				siz = sizes[trg.s] + 2;
				v1 = hard[trg.s];
				a = 0;
				while (a < (Math.PI*2)) {
					f3 = Math.sin(a) * siz;
					f4 = Math.cos(a) * siz;
					if (mhit(f1 + f3, f2 + f4)) {
						f5 = f5 + f3;
						f6 = f6 + f4;
					}
					a = a + v1;
				}
				if ((Math.abs(f5) > 0) && (Math.abs(f6) > 0)) {
					roty = (sizes[trg.s] * Math.PI) / 180;
					f7 = Math.sqrt((f5 * f5) + (f6 * f6));
					f5 = f5 / f7;
					f6 = f6 / f7;
					f8 = ((-f5) * trg.xbew) - (f6 * trg.ybew);
					if (f8 < 0.5) {
						trg.gh = true;
						f9 = f8 * 1.8;
						if (f9 < -10) {
							soundy("mh");
						}
						trg.xbew = trg.xbew + (f5 * f9);
						trg.ybew = trg.ybew + (f6 * f9);
						siz = Math.sqrt((trg.xbew * trg.xbew) + (trg.ybew * trg.ybew));
						if ((siz > 0) && (f8 < 0)) {
							f1 = trg.xp;
							f2 = trg.yp;
							v2 = sizes[trg.s] - 10;
							while ((!mhit(f1 + (f5 * v2), f2 + (f6 * v2))) && (v2 < (sizes[trg.s] + 10))) {
								v2 = v2 + 2;
							}
							v2 = v2 - 2;
							while ((!mhit(f1 + (f5 * v2), f2 + (f6 * v2))) && (v2 < (sizes[trg.s] + 10))) {
								v2 = v2 + 0.5;
							}
							v2 = v2 - sizes[trg.s];
							v2 = v2 * 0.6;
							if (v2 > 0) {
								v2 = v2 * 0.2;
							}
							trg.xp = trg.xp + (f5 * v2);
							trg.yp = trg.yp + (f6 * v2);
							f8 = (-f8) / siz;
							f8 = 0.9 - (f8 * 0.5);
							trg.xbew = trg.xbew * f8;
							trg.ybew = trg.ybew * f8;
							f8 = ((-f6) * trg.xbew) + (f5 * trg.ybew);
							f9 = trg.rbew * roty;
							if (trg.s == 3) {
								f9 * -1;
							}
							f9 = f9 + f8;
							f9 = rotc(f9 * 4) / 4;
							if (trg.s == 3) {
								trg.rbew = trg.rbew + ((f9 / roty) * 0.2);
							} else {
								trg.rbew = trg.rbew - (f9 / roty);
							}
							trg.xbew = trg.xbew + (f6 * f9);
							trg.ybew = trg.ybew - (f5 * f9);
						}
					}
				}
				e++;
			}
			tip(0);
			e = 0;
			while (e < ball.length) {
				trg = ball[e];
				trg._x = Math.round(trg.xp * 10) / 10;
				trg._y = Math.round(trg.yp * 10) / 10;
				trg.d._rotation = Math.round(trg.rp * 10) / 10;
				e++;
			}
			_x  = (_x * 0.9);
			_y  = (_y * 0.9);
			_x  = (_x + ((275 - ball[0]._x) / 10));
			_y  = (_y + ((200 - ball[0]._y) / 10));
			v = 0.7;
			bg._x = (450 * Math.round((((-_x) * (1 - v)) / 450) - 1)) - (_x * v);
			bg._y = (450 * Math.round((((-_y) * (1 - v)) / 450) - 0.5)) - (_y * v);
			t3d(ball[0].d.g.t1, ball[0].rp);
			t3d(ball[0].d.g.t2, ball[0].rp);
			t3d(ball[0].d.g.t3, ball[0].rp);
			t3d(ball[0].d.t0, ball[0].rp);
			t3d(ball[0].d.t1, ball[0].rp);
			t3d(ball[0].d.t2, ball[0].rp);
			t3d(ball[0].d.t3, ball[0].rp);
			t3d(ball[0].d.t4, ball[0].rp);
			ball[0].d.s._rotation = -ball[0].rp;
			grenade = -1;
			for (e in ball) {
				trg = ball[e];
				if (trg.s == 2) {
					grenade = e;
					t3d(trg.d.t0, trg.rp);
					t3d(trg.d.t1, trg.rp);
					t3d(trg.d.t2, trg.rp);
				} else if (trg.s == 3) {
					trg.d.r1._rotation = -trg.rp;
					trg.d.r2._rotation = -trg.rp;
					trg.d.r3._rotation = -trg.rp;
					t3d(trg.d.t0, trg.rp);
				} else if (trg.s == 6) {
					t3d(trg.d.t0, trg.rp);
					t3d(trg.d.t1, trg.rp);
					t3d(trg.d.t2, trg.rp);
					t3d(trg.d.t3, trg.rp);
					t3d(trg.d.t4, trg.rp);
					t3d(trg.d.t5, trg.rp);
					t3d(trg.d.t6, trg.rp);
					t3d(trg.d.t7, trg.rp);
					t3d(trg.d.t8, trg.rp);
					t3d(trg.d.t9, trg.rp);
					trg.d.s._rotation = -trg.rp;
				} else if (trg.s == 7) {
					trg.rp = (trg.rbew = 0);
					t3d(trg.t0, trg.rp);
					t3d(trg.t1, trg.rp);
					t3d(trg.t2, trg.rp);
				} else if (trg.s == 9) {
					trg.d.r0._rotation = -trg.rp;
					trg.d.r1._rotation = -trg.rp;
					trg.d.r2._rotation = -trg.rp;
					trg.d.r3._rotation = -trg.rp;
					trg.d.r4._rotation = -trg.rp;
					trg.d.r5._rotation = -trg.rp;
					trg.d.r6._rotation = -trg.rp;
					trg.d.r7._rotation = -trg.rp;
					trg.d.r8._rotation = -trg.rp;
					trg.d.r9._rotation = -trg.rp;
					trg.d.r10._rotation = -trg.rp;
					t3d(trg.d.t0, trg.rp);
					t3d(trg.d.t1, trg.rp);
					t3d(trg.d.t2, trg.rp);
				}
			}
			for (e in soundz) {
				soundz[e] = soundz[e] * 0.8;
			}
			tip(1);
		}
	}
	_root.g.gotoAndPlay(60);
	timer = [];
	alltimer = [0, 0, 0, 0, 0, 0, 0, 0, 0];
	topz = function (cap) {
		timer[cap] = getTimer();
	};
	tip = function (cap) {
		alltimer[cap] = alltimer[cap] + ((getTimer() - timer[cap]) / 50);
	};
	bg.cacheAsBitmap = true;
	m.cacheAsBitmap = true;
	ballz = 0;
	ball = [];
	sizes = [0, 40, 12.5, 12.5, 30, 30, 30, 15, 5, 75];
	masses = [0, 10, 4, 4, 10, 10, 5, 5, 4, 20];
	hard = [0.01, 0.5, 0.5, 0.5, 0.5, 0.5, 0.5, 0.5, 0.5, 0.25];
	parz = 0;
	par = [];
	soundz = [];
	this.createEmptyMovieClip("sou", 85);
	playerx = -1500;
	playery = 0;
	if (_root.endisnear) {
		playerx = 2000;
		playery = -400;
		playerx = -750;
		playery = -700;
	}
	create(playerx, playery, 0, 0, 0, 0, 1);
	ch = 0;
	Mouse.removeListener();
	mouseListener = new Object();
	mouseListener.onMouseDown = function () {
		md = true;
	};
	mouseListener.onMouseUp = function () {
		md = false;
	};
	Mouse.addListener(mouseListener);
	ball[0].d.g.ybew = (ball[0].rb = 0);
	unpause = true;
	_root.pinfo = 2;
Symbol 209 MovieClip Frame 32
	if (Math.random() > 0.5) {
		gotoAndPlay (25);
	} else {
		gotoAndPlay (1);
	}
Symbol 211 MovieClip Frame 66
	stop();
Symbol 216 MovieClip Frame 1
	stop();
Symbol 219 Button
on (release) {
	getURL ("http://www.komix-games.com/", "_blank");
}
Symbol 223 Button
on (release) {
	_root.a.unpause = true;
}
Symbol 233 MovieClip Frame 1
	stop();
Symbol 233 MovieClip Frame 6
	_root.h.gotoAndStop(1);
Symbol 233 MovieClip Frame 9
	_root.h.gotoAndStop(1);
Symbol 233 MovieClip Frame 10
	_root.h.gotoAndStop(1);
Symbol 235 Button
on (release) {
	prevFrame();
}
Symbol 241 Button
on (release) {
	getURL ("http://www.komix-games.com/", "_blank");
}