Frame 1
	this_is_for_you = "If you really want to how to program this game then , http://www.webmandu.com/flash ";
Frame 49
	stop();
Frame 50
	function dangle(sss, tangle, dda) {
		x = eval ("" + dda)._x - _root.ball._x;
		y = eval ("" + dda)._y - _root.ball._y;
		ballangle = Math.floor(Math.atan2(x, y) / (Math.PI/180));
		_root.ball.angle = -180 + (90 - ballangle);
		_root.ball.speed = sss;
		hhh = _root.ball.angle;
		ballvirangle = _root.ball.angle - tangle;
		if (((ballvirangle >= 45) and (90 >= ballvirangle)) or (ballvirangle >= -45)) {
			aangle = _root.ball.angle - tangle;
			la = 180 - aangle;
			eval ("" + dda).angle = _root.ball.angle - la;
		}
		if ((ballvirangle < 45) and (ballvirangle < -45)) {
			eval ("" + dda).angle = tangle + (tangle - _root.ball.angle);
		}
		if (ballvirangle >= 90) {
			ballvirangle = 90;
		}
		if (-90 >= ballvirangle) {
			ballvirangle = -90;
		}
		if (0 >= ballvirangle) {
			eval ("" + dda).speed = (_root.ball.speed / 100) * (-ballvirangle);
		} else {
			eval ("" + dda).speed = (_root.ball.speed / 100) * ballvirangle;
		}
	}
	function mangle(ddd, lat, same) {
		mx = eval ("" + same)._x - _root.mall._x;
		my = eval ("" + same)._y - _root.mall._y;
		mallangle = Math.floor(Math.atan2(mx, my) / (Math.PI/180));
		_root.mall.angle = -180 + (90 - mallangle);
		_root.mall.speed = ddd;
		mallvirangle = _root.mall.angle - lat;
		if (((mallvirangle >= 45) and (90 >= mallvirangle)) or (mallvirangle >= -45)) {
			tata = _root.mall.angle - lat;
			lala = 180 - tata;
			eval ("" + same).angle = _root.mall.angle - lala;
		}
		if ((mallvirangle < 45) and (mallvirangle < -45)) {
			eval ("" + same).angle = lat + (lat - _root.mall.angle);
		}
		if (mallvirangle >= 90) {
			mallvirangle = 90;
		}
		if (-90 >= mallvirangle) {
			mallvirangle = -90;
		}
		if (0 >= mallvirangle) {
			eval ("" + same).speed = (_root.mall.speed / 100) * (-mallvirangle);
		} else {
			eval ("" + same).speed = (_root.mall.speed / 100) * mallvirangle;
		}
	}
	function cuecue(hat, sat, mat) {
		cx = eval ("" + mat)._x - _root.cue._x;
		cy = eval ("" + mat)._y - _root.cue._y;
		ccangle = Math.floor(Math.atan2(cx, cy) / (Math.PI/180));
		_root.cue.angle = -180 + (90 - ccangle);
		_root.cue.speed = hat;
		cuevirangle = _root.cue.angle - sat;
		if (((cuevirangle >= 45) and (90 >= cuevirangle)) or (cuevirangle >= -45)) {
			cma = _root.cue.angle - sat;
			cqq = 180 - cma;
			eval ("" + mat).angle = _root.cue.angle - cqq;
		}
		if ((cuevirangle < 45) and (cuevirangle < -45)) {
			eval ("" + mat).angle = sat + (sat - _root.cue.angle);
		}
		if (cuevirangle >= 90) {
			cuevirangle = 90;
		}
		if (-90 >= cuevirangle) {
			cuevirangle = -90;
		}
		if (0 >= cuevirangle) {
			eval ("" + mat).speed = (_root.cue.speed / 100) * (-cuevirangle);
		} else {
			eval ("" + mat).speed = (_root.cue.speed / 100) * cuevirangle;
		}
	}
	function bluee2(bh_s, bsat, bmat) {
		_root.blue2.speed = bh_s;
		cxb2 = eval ("" + bmat)._x - _root.blue2._x;
		cyb2 = eval ("" + bmat)._y - _root.blue2._y;
		blangle2 = Math.floor(Math.atan2(cxb2, cyb2) / (Math.PI/180));
		_root.blue2.angle = -180 + (90 - blangle2);
		blconag = _root.blue2.angle - bsat;
		if (((blconag >= 45) and (90 >= blconag)) or (blconag >= -45)) {
			cmabl2 = _root.blue2.angle - bsat;
			cqqbl2 = 180 - cmabl2;
			eval ("" + bmat).angle = _root.blue2.angle - cqqbl2;
		}
		if ((blconag < 45) and (blconag < -45)) {
			eval ("" + bmat).angle = bsat + (bsat - _root.blue2.angle);
		}
		if (blconag >= 90) {
			blconag = 90;
		}
		if (-90 >= blconag) {
			blconag = -90;
		}
		if (0 >= blconag) {
			eval ("" + bmat).speed = (_root.blue2.speed / 100) * (-blconag);
		} else {
			eval ("" + bmat).speed = (_root.blue2.speed / 100) * blconag;
		}
	}
	function redd2(rbh2, rbsat2, rbmat2) {
		recxb2 = eval ("" + rbmat2)._x - _root.red2._x;
		recyb2 = eval ("" + rbmat2)._y - _root.red2._y;
		reblangle2 = Math.floor(Math.atan2(recxb2, recyb2) / (Math.PI/180));
		_root.red2.angle = -180 + (90 - reblangle2);
		_root.red2.speed = rbh2;
		red2virangle = _root.red2.angle - rbsat2;
		if (((red2virangle >= 45) and (90 >= red2virangle)) or (red2virangle >= -45)) {
			recmabl2 = _root.red2.angle - rbsat2;
			recqqbl2 = 180 - recmabl2;
			eval ("" + rbmat2).angle = _root.red2.angle - recqqbl2;
		}
		if ((red2virangle < 45) and (red2virangle < -45)) {
			eval ("" + rbmat2).angle = rbsat2 + (rbsat2 - _root.red2.angle);
		}
		if (red2virangle >= 90) {
			red2virangle = 90;
		}
		if (-90 >= red2virangle) {
			red2virangle = -90;
		}
		if (0 >= red2virangle) {
			eval ("" + rbmat2).speed = (_root.red2.speed / 100) * (-red2virangle);
		} else {
			eval ("" + rbmat2).speed = (_root.red2.speed / 100) * red2virangle;
		}
	}
	function bluee3(bh3, bsat3, bmat3) {
		bcxb3 = eval ("" + bmat3)._x - _root.blue3._x;
		bcyb3 = eval ("" + bmat3)._y - _root.blue3._y;
		blangle3 = Math.floor(Math.atan2(bcxb3, bcyb3) / (Math.PI/180));
		_root.blue3.angle = -180 + (90 - blangle3);
		_root.blue3.speed = bh3;
		blue3virangle = _root.blue3.angle - bsat3;
		if (((blue3virangle >= 45) and (90 >= blue3virangle)) or (blue3virangle >= -45)) {
			bcmabl3 = _root.blue3.angle - bsat3;
			bcqqbl3 = 180 - bcmabl3;
			eval ("" + bmat3).angle = _root.blue3.angle - bcqqbl3;
		}
		if ((blue3virangle < 45) and (blue3virangle < -45)) {
			eval ("" + bmat3).angle = bsat3 + (bsat3 - _root.blue3.angle);
		}
		if (blue3virangle >= 90) {
			blue3virangle = 90;
		}
		if (-90 >= blue3virangle) {
			blue3virangle = -90;
		}
		if (0 >= blue3virangle) {
			eval ("" + bmat3).speed = (_root.blue3.speed / 100) * (-blue3virangle);
		} else {
			eval ("" + bmat3).speed = (_root.blue3.speed / 100) * blue3virangle;
		}
	}
	function redd3(rbh3, rbsat3, rbmat3) {
		red3x = eval ("" + rbmat3)._x - _root.red3._x;
		red3y = eval ("" + rbmat3)._y - _root.red3._y;
		reblangle3 = Math.floor(Math.atan2(red3x, red3y) / (Math.PI/180));
		_root.red3.angle = -180 + (90 - reblangle3);
		_root.red3.speed = rbh3;
		red3virangle = _root.red3.angle - rbsat3;
		if (((red3virangle >= 45) and (90 >= red3virangle)) or (red3virangle >= -45)) {
			recmabl3 = _root.red3.angle - rbsat3;
			recqqbl3 = 180 - recmabl3;
			eval ("" + rbmat3).angle = _root.red3.angle - recqqbl3;
		}
		if ((red3virangle < 45) and (red3virangle < -45)) {
			eval ("" + rbmat3).angle = rbsat3 + (rbsat3 - _root.red3.angle);
		}
		if (red3virangle >= 90) {
			red3virangle = 90;
		}
		if (-90 >= red3virangle) {
			red3virangle = -90;
		}
		if (0 >= red3virangle) {
			eval ("" + rbmat3).speed = (_root.red3.speed / 100) * (-red3virangle);
		} else {
			eval ("" + rbmat3).speed = (_root.red3.speed / 100) * red3virangle;
		}
	}
	function blackball(fat, blackrbsat3, blackmat) {
		blackx = eval ("" + blackmat)._x - _root.black._x;
		blacky = eval ("" + blackmat)._y - _root.black._y;
		blackangle = Math.floor(Math.atan2(blackx, blacky) / (Math.PI/180));
		_root.black.angle = -180 + (90 - blackangle);
		_root.black.speed = fat;
		blackvirangle = _root.black.angle - blackrbsat3;
		if (((blackvirangle >= 45) and (90 >= blackvirangle)) or (blackvirangle >= -45)) {
			blackrecmabl3 = _root.black.angle - blackrbsat3;
			blackrecqqbl3 = 180 - blackrecmabl3;
			eval ("" + blackmat).angle = _root.black.angle - blackrecqqbl3;
		}
		if ((blackvirangle < 45) and (blackvirangle < -45)) {
			eval ("" + blackmat).angle = blackrbsat3 + (blackrbsat3 - _root.black.angle);
		}
		if (blackvirangle >= 90) {
			blackvirangle = 90;
		}
		if (-90 >= blackvirangle) {
			blackvirangle = -90;
		}
		if (0 >= blackvirangle) {
			eval ("" + blackmat).speed = (_root.black.speed / 100) * (-blackvirangle);
		} else {
			eval ("" + blackmat).speed = (_root.black.speed / 100) * blackvirangle;
		}
	}
	function bl2noco(nocobl2, nocobl2x, nocobl2y) {
		nocoblangle2 = Math.floor(Math.atan2(nocobl2x, nocobl2y) / (Math.PI/180));
		nocosangel = -180 + (90 - nocoblangle2);
		nocoangel = 180 - nocosangel;
		eval ("" + nocobl2)._x = eval ("" + nocobl2)._x + (Math.cos(nocoangel * (Math.PI/180)) * 1);
		eval ("" + nocobl2)._y = eval ("" + nocobl2)._y + (Math.sin(nocoangel * (Math.PI/180)) * 1);
	}
	stop();
	retardation = 0.3;
	okay = true;
Instance of Symbol 21 MovieClip in Frame 50
onClipEvent (enterFrame) {
	this._x = _root.ball._x - 7;
	this._y = _root.ball._y - 0.5;
}
Instance of Symbol 22 MovieClip in Frame 50
onClipEvent (enterFrame) {
	this._x = _root.mall._x - 7;
	this._y = _root.mall._y - 0.5;
}
Instance of Symbol 23 MovieClip in Frame 50
onClipEvent (enterFrame) {
	this._x = _root.blue2._x - 7;
	this._y = _root.blue2._y - 0.5;
}
Instance of Symbol 24 MovieClip in Frame 50
onClipEvent (enterFrame) {
	this._x = _root.red2._x - 7;
	this._y = _root.red2._y - 0.5;
}
Instance of Symbol 25 MovieClip in Frame 50
onClipEvent (enterFrame) {
	this._x = _root.blue3._x - 7;
	this._y = _root.blue3._y - 0.5;
}
Instance of Symbol 26 MovieClip in Frame 50
onClipEvent (enterFrame) {
	this._x = _root.red3._x - 7;
	this._y = _root.red3._y - 0.5;
}
Instance of Symbol 27 MovieClip in Frame 50
onClipEvent (enterFrame) {
	this._x = _root.cue._x - 7;
	this._y = _root.cue._y - 0.5;
}
Instance of Symbol 28 MovieClip in Frame 50
onClipEvent (enterFrame) {
	this._x = _root.black._x - 7;
	this._y = _root.black._y - 0.5;
}
Instance of Symbol 31 MovieClip "ball" in Frame 50
onClipEvent (load) {
	name = "ball";
}
onClipEvent (enterFrame) {
	speed = speed - _root.retardation;
	if (0 >= Math.floor(speed)) {
		speed = 0;
	}
	this._rotation = angle;
	_x  = (_x + (Math.cos(_rotation * (Math.PI/180)) * speed));
	_y  = (_y + (Math.sin(_rotation * (Math.PI/180)) * speed));
	a = _x - _root.mall._x;
	b = _y - _root.mall._y;
	distance = Math.sqrt((a * a) + (b * b));
	if (21 >= Math.floor(distance)) {
		_root.mangle(speed, angle, name);
	}
	cuea = _x - _root.cue._x;
	cueb = _y - _root.cue._y;
	cuedistance = Math.sqrt((cuea * cuea) + (cueb * cueb));
	if (21 >= Math.floor(cuedistance)) {
		_root.cuecue(speed, angle, name);
	}
	bl2x = _x - _root.blue2._x;
	bl2y = _y - _root.blue2._y;
	bl2dis = Math.sqrt((bl2x * bl2x) + (bl2y * bl2y));
	if (21 >= Math.floor(bl2dis)) {
		_root.bluee2(speed, angle, name);
	}
	re2x = _x - _root.red2._x;
	re2y = _y - _root.red2._y;
	re2dis = Math.sqrt((re2x * re2x) + (re2y * re2y));
	if (21 >= Math.floor(re2dis)) {
		_root.redd2(speed, angle, name);
	}
	bl3x = _x - _root.blue3._x;
	bl3y = _y - _root.blue3._y;
	bl3dis = Math.sqrt((bl3x * bl3x) + (bl3y * bl3y));
	if (21 >= Math.floor(bl3dis)) {
		_root.bluee3(speed, angle, name);
	}
	re3x = _x - _root.red3._x;
	re3y = _y - _root.red3._y;
	re3dis = Math.sqrt((re3x * re3x) + (re3y * re3y));
	if (21 >= Math.floor(re3dis)) {
		_root.redd3(speed, angle, name);
	}
	blax = _x - _root.black._x;
	blay = _y - _root.black._y;
	bladis = Math.sqrt((blax * blax) + (blay * blay));
	if (21 >= Math.floor(bladis)) {
		_root.blackball(speed, angle, name);
	}
	if (((this._y >= 84) && (267 >= this._y)) && (Math.floor(this._x) >= 515)) {
		this._x = 514;
		angle = 180 - angle;
	}
	if (((this._y >= 84) && (267 >= this._y)) && (135 >= Math.floor(this._x))) {
		this._x = 136;
		angle = 180 - angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (70 >= Math.floor(this._y))) {
		this._y = 71;
		angle = -angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (Math.floor(this._y) >= 280)) {
		this._y = 279;
		angle = -angle;
	}
	if ((((this.hitTest(_root.spot1) == true) or (this.hitTest(_root.spot2) == true)) or (this.hitTest(_root.spot3) == true)) or (this.hitTest(_root.spot4) == true)) {
		this._x = 1150;
		speed = 0;
	}
	if ((this.hitTest(_root.spot5) == true) or (this.hitTest(_root.spot6) == true)) {
		this._x = 1150;
		speed = 0;
	}
}
Instance of Symbol 32 MovieClip "mall" in Frame 50
onClipEvent (load) {
	name = "mall";
}
onClipEvent (enterFrame) {
	speed = speed - _root.retardation;
	if (0 >= Math.floor(speed)) {
		speed = 0;
	}
	this._rotation = angle;
	_x  = (_x + (Math.cos(_rotation * (Math.PI/180)) * speed));
	_y  = (_y + (Math.sin(_rotation * (Math.PI/180)) * speed));
	ba = _x - _root.ball._x;
	bb = _y - _root.ball._y;
	bdistance = Math.sqrt((ba * ba) + (bb * bb));
	if (21 >= Math.floor(bdistance)) {
		_root.dangle(speed, angle, name);
	}
	cuea = _x - _root.cue._x;
	cueb = _y - _root.cue._y;
	cuedistance = Math.sqrt((cuea * cuea) + (cueb * cueb));
	if (21 >= Math.floor(cuedistance)) {
		_root.cuecue(speed, angle, name);
	}
	bl2x = _x - _root.blue2._x;
	bl2y = _y - _root.blue2._y;
	bl2dis = Math.sqrt((bl2x * bl2x) + (bl2y * bl2y));
	if (21 >= Math.floor(bl2dis)) {
		_root.bluee2(speed, angle, name);
	}
	re2x = _x - _root.red2._x;
	re2y = _y - _root.red2._y;
	re2dis = Math.sqrt((re2x * re2x) + (re2y * re2y));
	if (21 >= Math.floor(re2dis)) {
		_root.redd2(speed, angle, name);
	}
	bl3x = _x - _root.blue3._x;
	bl3y = _y - _root.blue3._y;
	bl3dis = Math.sqrt((bl3x * bl3x) + (bl3y * bl3y));
	if (21 >= Math.floor(bl3dis)) {
		_root.bluee3(speed, angle, name);
	}
	re3x = _x - _root.red3._x;
	re3y = _y - _root.red3._y;
	re3dis = Math.sqrt((re3x * re3x) + (re3y * re3y));
	if (21 >= Math.floor(re3dis)) {
		_root.redd3(speed, angle, name);
	}
	blax = _x - _root.black._x;
	blay = _y - _root.black._y;
	bladis = Math.sqrt((blax * blax) + (blay * blay));
	if (21 >= Math.floor(bladis)) {
		_root.blackball(speed, angle, name);
	}
	if (((this._y >= 84) && (267 >= this._y)) && (Math.floor(this._x) >= 515)) {
		this._x = 514;
		angle = 180 - angle;
	}
	if (((this._y >= 84) && (267 >= this._y)) && (135 >= Math.floor(this._x))) {
		this._x = 136;
		angle = 180 - angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (70 >= Math.floor(this._y))) {
		this._y = 71;
		angle = -angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (Math.floor(this._y) >= 280)) {
		this._y = 279;
		angle = -angle;
	}
	if ((((this.hitTest(_root.spot1) == true) or (this.hitTest(_root.spot2) == true)) or (this.hitTest(_root.spot3) == true)) or (this.hitTest(_root.spot4) == true)) {
		this._x = 1100;
		speed = 0;
	}
	if ((this.hitTest(_root.spot5) == true) or (this.hitTest(_root.spot6) == true)) {
		this._x = 1100;
		speed = 0;
	}
}
Instance of Symbol 33 MovieClip "blue2" in Frame 50
onClipEvent (load) {
	name = "blue2";
}
onClipEvent (enterFrame) {
	speed = speed - _root.retardation;
	if (0 >= Math.floor(speed)) {
		speed = 0;
	}
	this._rotation = angle;
	_x  = (_x + (Math.cos(_rotation * (Math.PI/180)) * speed));
	_y  = (_y + (Math.sin(_rotation * (Math.PI/180)) * speed));
	ba = _x - _root.ball._x;
	bb = _y - _root.ball._y;
	bdistance = Math.sqrt((ba * ba) + (bb * bb));
	if (21 >= Math.floor(bdistance)) {
		_root.dangle(speed, angle, name);
	}
	cuea = _x - _root.cue._x;
	cueb = _y - _root.cue._y;
	cuedistance = Math.sqrt((cuea * cuea) + (cueb * cueb));
	if (21 >= Math.floor(cuedistance)) {
		_root.cuecue(speed, angle, name);
	}
	a = _x - _root.mall._x;
	b = _y - _root.mall._y;
	distance = Math.sqrt((a * a) + (b * b));
	if (21 >= Math.floor(distance)) {
		_root.mangle(speed, angle, name);
	}
	re2x = _x - _root.red2._x;
	re2y = _y - _root.red2._y;
	re2dis = Math.sqrt((re2x * re2x) + (re2y * re2y));
	if (21 >= Math.floor(re2dis)) {
		_root.redd2(speed, angle, name);
	}
	bl3x = _x - _root.blue3._x;
	bl3y = _y - _root.blue3._y;
	bl3dis = Math.sqrt((bl3x * bl3x) + (bl3y * bl3y));
	if (21 >= Math.floor(bl3dis)) {
		_root.bluee3(speed, angle, name);
	}
	re3x = _x - _root.red3._x;
	re3y = _y - _root.red3._y;
	re3dis = Math.sqrt((re3x * re3x) + (re3y * re3y));
	if (21 >= Math.floor(re3dis)) {
		_root.redd3(speed, angle, name);
	}
	blax = _x - _root.black._x;
	blay = _y - _root.black._y;
	bladis = Math.sqrt((blax * blax) + (blay * blay));
	if (21 >= Math.floor(bladis)) {
		_root.blackball(speed, angle, name);
	}
	if (((this._y >= 84) && (267 >= this._y)) && (Math.floor(this._x) >= 515)) {
		this._x = 514;
		angle = 180 - angle;
	}
	if (((this._y >= 84) && (267 >= this._y)) && (135 >= Math.floor(this._x))) {
		this._x = 136;
		angle = 180 - angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (70 >= Math.floor(this._y))) {
		this._y = 71;
		angle = -angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (Math.floor(this._y) >= 280)) {
		this._y = 279;
		angle = -angle;
	}
	if ((((this.hitTest(_root.spot1) == true) or (this.hitTest(_root.spot2) == true)) or (this.hitTest(_root.spot3) == true)) or (this.hitTest(_root.spot4) == true)) {
		this._x = 1050;
		speed = 0;
	}
	if ((this.hitTest(_root.spot5) == true) or (this.hitTest(_root.spot6) == true)) {
		this._x = 1050;
		speed = 0;
	}
}
Instance of Symbol 34 MovieClip "red2" in Frame 50
onClipEvent (load) {
	name = "red2";
}
onClipEvent (enterFrame) {
	speed = speed - _root.retardation;
	if (0 >= Math.floor(speed)) {
		speed = 0;
	}
	this._rotation = angle;
	_x  = (_x + (Math.cos(_rotation * (Math.PI/180)) * speed));
	_y  = (_y + (Math.sin(_rotation * (Math.PI/180)) * speed));
	a = _x - _root.mall._x;
	b = _y - _root.mall._y;
	distance = Math.sqrt((a * a) + (b * b));
	if (21 >= Math.floor(distance)) {
		_root.mangle(speed, angle, name);
	}
	cuea = _x - _root.cue._x;
	cueb = _y - _root.cue._y;
	cuedistance = Math.sqrt((cuea * cuea) + (cueb * cueb));
	if (21 >= Math.floor(cuedistance)) {
		_root.cuecue(speed, angle, name);
	}
	bl2x = _x - _root.blue2._x;
	bl2y = _y - _root.blue2._y;
	bl2dis = Math.sqrt((bl2x * bl2x) + (bl2y * bl2y));
	if (21 >= Math.floor(bl2dis)) {
		_root.bluee2(speed, angle, name);
	}
	ba = _x - _root.ball._x;
	bb = _y - _root.ball._y;
	bdistance = Math.sqrt((ba * ba) + (bb * bb));
	if (21 >= Math.floor(bdistance)) {
		_root.dangle(speed, angle, name);
	}
	bl3x = _x - _root.blue3._x;
	bl3y = _y - _root.blue3._y;
	bl3dis = Math.sqrt((bl3x * bl3x) + (bl3y * bl3y));
	if (21 >= Math.floor(bl3dis)) {
		_root.bluee3(speed, angle, name);
	}
	re3x = _x - _root.red3._x;
	re3y = _y - _root.red3._y;
	re3dis = Math.sqrt((re3x * re3x) + (re3y * re3y));
	if (21 >= Math.floor(re3dis)) {
		_root.redd3(speed, angle, name);
	}
	blax = _x - _root.black._x;
	blay = _y - _root.black._y;
	bladis = Math.sqrt((blax * blax) + (blay * blay));
	if (21 >= Math.floor(bladis)) {
		_root.blackball(speed, angle, name);
	}
	if (((this._y >= 84) && (267 >= this._y)) && (Math.floor(this._x) >= 515)) {
		this._x = 514;
		angle = 180 - angle;
	}
	if (((this._y >= 84) && (267 >= this._y)) && (135 >= Math.floor(this._x))) {
		this._x = 136;
		angle = 180 - angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (70 >= Math.floor(this._y))) {
		this._y = 71;
		angle = -angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (Math.floor(this._y) >= 280)) {
		this._y = 279;
		angle = -angle;
	}
	if ((((this.hitTest(_root.spot1) == true) or (this.hitTest(_root.spot2) == true)) or (this.hitTest(_root.spot3) == true)) or (this.hitTest(_root.spot4) == true)) {
		this._x = 1200;
		speed = 0;
	}
	if ((this.hitTest(_root.spot5) == true) or (this.hitTest(_root.spot6) == true)) {
		this._x = 1200;
		speed = 0;
	}
}
Instance of Symbol 35 MovieClip "blue3" in Frame 50
onClipEvent (load) {
	name = "blue3";
}
onClipEvent (enterFrame) {
	speed = speed - _root.retardation;
	if (0 >= Math.floor(speed)) {
		speed = 0;
	}
	this._rotation = angle;
	_x  = (_x + (Math.cos(_rotation * (Math.PI/180)) * speed));
	_y  = (_y + (Math.sin(_rotation * (Math.PI/180)) * speed));
	ba = _x - _root.ball._x;
	bb = _y - _root.ball._y;
	bdistance = Math.sqrt((ba * ba) + (bb * bb));
	if (21 >= Math.floor(bdistance)) {
		_root.dangle(speed, angle, name);
	}
	cuea = _x - _root.cue._x;
	cueb = _y - _root.cue._y;
	cuedistance = Math.sqrt((cuea * cuea) + (cueb * cueb));
	if (21 >= Math.floor(cuedistance)) {
		_root.cuecue(speed, angle, name);
	}
	bl2x = _x - _root.blue2._x;
	bl2y = _y - _root.blue2._y;
	bl2dis = Math.sqrt((bl2x * bl2x) + (bl2y * bl2y));
	if (21 >= Math.floor(bl2dis)) {
		_root.bluee2(speed, angle, name);
	}
	re2x = _x - _root.red2._x;
	re2y = _y - _root.red2._y;
	re2dis = Math.sqrt((re2x * re2x) + (re2y * re2y));
	if (21 >= Math.floor(re2dis)) {
		_root.redd2(speed, angle, name);
	}
	a = _x - _root.mall._x;
	b = _y - _root.mall._y;
	distance = Math.sqrt((a * a) + (b * b));
	if (21 >= Math.floor(distance)) {
		_root.mangle(speed, angle, name);
	}
	re3x = _x - _root.red3._x;
	re3y = _y - _root.red3._y;
	re3dis = Math.sqrt((re3x * re3x) + (re3y * re3y));
	if (21 >= Math.floor(re3dis)) {
		_root.redd3(speed, angle, name);
	}
	blax = _x - _root.black._x;
	blay = _y - _root.black._y;
	bladis = Math.sqrt((blax * blax) + (blay * blay));
	if (21 >= Math.floor(bladis)) {
		_root.blackball(speed, angle, name);
	}
	if (((this._y >= 84) && (267 >= this._y)) && (Math.floor(this._x) >= 515)) {
		this._x = 514;
		angle = 180 - angle;
	}
	if (((this._y >= 84) && (267 >= this._y)) && (135 >= Math.floor(this._x))) {
		this._x = 136;
		angle = 180 - angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (70 >= Math.floor(this._y))) {
		this._y = 71;
		angle = -angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (Math.floor(this._y) >= 280)) {
		this._y = 279;
		angle = -angle;
	}
	if ((((this.hitTest(_root.spot1) == true) or (this.hitTest(_root.spot2) == true)) or (this.hitTest(_root.spot3) == true)) or (this.hitTest(_root.spot4) == true)) {
		this._x = 1250;
		speed = 0;
	}
	if ((this.hitTest(_root.spot5) == true) or (this.hitTest(_root.spot6) == true)) {
		this._x = 1250;
		speed = 0;
	}
}
Instance of Symbol 36 MovieClip "red3" in Frame 50
onClipEvent (load) {
	name = "red3";
}
onClipEvent (enterFrame) {
	speed = speed - _root.retardation;
	if (0 >= Math.floor(speed)) {
		speed = 0;
	}
	this._rotation = angle;
	_x  = (_x + (Math.cos(_rotation * (Math.PI/180)) * speed));
	_y  = (_y + (Math.sin(_rotation * (Math.PI/180)) * speed));
	a = _x - _root.mall._x;
	b = _y - _root.mall._y;
	distance = Math.sqrt((a * a) + (b * b));
	if (21 >= Math.floor(distance)) {
		_root.mangle(speed, angle, name);
	}
	cuea = _x - _root.cue._x;
	cueb = _y - _root.cue._y;
	cuedistance = Math.sqrt((cuea * cuea) + (cueb * cueb));
	if (21 >= Math.floor(cuedistance)) {
		_root.cuecue(speed, angle, name);
	}
	bl2x = _x - _root.blue2._x;
	bl2y = _y - _root.blue2._y;
	bl2dis = Math.sqrt((bl2x * bl2x) + (bl2y * bl2y));
	if (21 >= Math.floor(bl2dis)) {
		_root.bluee2(speed, angle, name);
	}
	re2x = _x - _root.red2._x;
	re2y = _y - _root.red2._y;
	re2dis = Math.sqrt((re2x * re2x) + (re2y * re2y));
	if (21 >= Math.floor(re2dis)) {
		_root.redd2(speed, angle, name);
	}
	bl3x = _x - _root.blue3._x;
	bl3y = _y - _root.blue3._y;
	bl3dis = Math.sqrt((bl3x * bl3x) + (bl3y * bl3y));
	if (21 >= Math.floor(bl3dis)) {
		_root.bluee3(speed, angle, name);
	}
	ba = _x - _root.ball._x;
	bb = _y - _root.ball._y;
	bdistance = Math.sqrt((ba * ba) + (bb * bb));
	if (21 >= Math.floor(bdistance)) {
		_root.dangle(speed, angle, name);
	}
	blax = _x - _root.black._x;
	blay = _y - _root.black._y;
	bladis = Math.sqrt((blax * blax) + (blay * blay));
	if (21 >= Math.floor(bladis)) {
		_root.blackball(speed, angle, name);
	}
	if (((this._y >= 84) && (267 >= this._y)) && (Math.floor(this._x) >= 515)) {
		this._x = 514;
		angle = 180 - angle;
	}
	if (((this._y >= 84) && (267 >= this._y)) && (135 >= Math.floor(this._x))) {
		this._x = 136;
		angle = 180 - angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (70 >= Math.floor(this._y))) {
		this._y = 71;
		angle = -angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (Math.floor(this._y) >= 280)) {
		this._y = 279;
		angle = -angle;
	}
	if ((((this.hitTest(_root.spot1) == true) or (this.hitTest(_root.spot2) == true)) or (this.hitTest(_root.spot3) == true)) or (this.hitTest(_root.spot4) == true)) {
		this._x = 1300;
		speed = 0;
	}
	if ((this.hitTest(_root.spot5) == true) or (this.hitTest(_root.spot6) == true)) {
		this._x = 1300;
		speed = 0;
	}
}
Instance of Symbol 37 MovieClip "black" in Frame 50
onClipEvent (load) {
	name = "black";
}
onClipEvent (enterFrame) {
	speed = speed - _root.retardation;
	if (0 >= Math.floor(speed)) {
		speed = 0;
	}
	this._rotation = angle;
	_x  = (_x + (Math.cos(_rotation * (Math.PI/180)) * speed));
	_y  = (_y + (Math.sin(_rotation * (Math.PI/180)) * speed));
	ba = _x - _root.ball._x;
	bb = _y - _root.ball._y;
	bdistance = Math.sqrt((ba * ba) + (bb * bb));
	if (21 >= Math.floor(bdistance)) {
		_root.dangle(speed, angle, name);
	}
	cuea = _x - _root.cue._x;
	cueb = _y - _root.cue._y;
	cuedistance = Math.sqrt((cuea * cuea) + (cueb * cueb));
	if (21 >= Math.floor(cuedistance)) {
		_root.cuecue(speed, angle, name);
	}
	bl2x = _x - _root.blue2._x;
	bl2y = _y - _root.blue2._y;
	bl2dis = Math.sqrt((bl2x * bl2x) + (bl2y * bl2y));
	if (21 >= Math.floor(bl2dis)) {
		_root.bluee2(speed, angle, name);
	}
	re2x = _x - _root.red2._x;
	re2y = _y - _root.red2._y;
	re2dis = Math.sqrt((re2x * re2x) + (re2y * re2y));
	if (21 >= Math.floor(re2dis)) {
		_root.redd2(speed, angle, name);
	}
	a = _x - _root.mall._x;
	b = _y - _root.mall._y;
	distance = Math.sqrt((a * a) + (b * b));
	if (21 >= Math.floor(distance)) {
		_root.mangle(speed, angle, name);
	}
	re3x = _x - _root.red3._x;
	re3y = _y - _root.red3._y;
	re3dis = Math.sqrt((re3x * re3x) + (re3y * re3y));
	if (21 >= Math.floor(re3dis)) {
		_root.redd3(speed, angle, name);
	}
	bl3x = _x - _root.blue3._x;
	bl3y = _y - _root.blue3._y;
	bl3dis = Math.sqrt((bl3x * bl3x) + (bl3y * bl3y));
	if (21 >= Math.floor(bl3dis)) {
		_root.bluee3(speed, angle, name);
	}
	if (((this._y >= 84) && (267 >= this._y)) && (Math.floor(this._x) >= 515)) {
		this._x = 514;
		angle = 180 - angle;
	}
	if (((this._y >= 84) && (267 >= this._y)) && (135 >= Math.floor(this._x))) {
		this._x = 136;
		angle = 180 - angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (70 >= Math.floor(this._y))) {
		this._y = 71;
		angle = -angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (Math.floor(this._y) >= 280)) {
		this._y = 279;
		angle = -angle;
	}
	if ((((this.hitTest(_root.spot1) == true) or (this.hitTest(_root.spot2) == true)) or (this.hitTest(_root.spot3) == true)) or (this.hitTest(_root.spot4) == true)) {
		this._x = 1000;
		speed = 0;
		this._visible = 0;
	}
	if ((this.hitTest(_root.spot5) == true) or (this.hitTest(_root.spot6) == true)) {
		this._x = 1000;
		speed = 0;
		this._visible = 0;
	}
}
Instance of Symbol 40 MovieClip "cue" in Frame 50
onClipEvent (load) {
	name = "cue";
}
onClipEvent (enterFrame) {
	_root.cuespeed = speed;
	_root.cuerotate = _rotation;
	_root.cuedis = bl2dis;
	_root.angel = angel;
	speed = speed - _root.retardation;
	if (0 >= Math.floor(speed)) {
		speed = 0;
		_root.stick._x = this._x;
		_root.stick._y = this._y;
	}
	this._rotation = angle;
	_x  = (_x + (Math.cos(_rotation * (Math.PI/180)) * speed));
	_y  = (_y + (Math.sin(_rotation * (Math.PI/180)) * speed));
	_root.tangle = this._rotation;
}
onClipEvent (enterFrame) {
	_root.angle = this._rotation;
	a = _x - _root.ball._x;
	b = _y - _root.ball._y;
	distance = Math.sqrt((a * a) + (b * b));
	if (21 >= Math.floor(distance)) {
		_root.dangle(speed, angle, name);
	}
	ma = _x - _root.mall._x;
	mb = _y - _root.mall._y;
	mdistance = Math.sqrt((ma * ma) + (mb * mb));
	if (21 >= Math.floor(mdistance)) {
		_root.mangle(speed, angle, name);
	}
	bl2x = _x - _root.blue2._x;
	bl2y = _y - _root.blue2._y;
	bl2dis = Math.sqrt((bl2x * bl2x) + (bl2y * bl2y));
	if (21 >= Math.floor(bl2dis)) {
		_root.bluee2(speed, angle, name);
		if (0 >= Math.floor(speed)) {
		}
	}
	re2x = _x - _root.red2._x;
	re2y = _y - _root.red2._y;
	re2dis = Math.sqrt((re2x * re2x) + (re2y * re2y));
	if (21 >= Math.floor(re2dis)) {
		_root.redd2(speed, angle, name);
	}
	bl3x = _x - _root.blue3._x;
	bl3y = _y - _root.blue3._y;
	bl3dis = Math.sqrt((bl3x * bl3x) + (bl3y * bl3y));
	if (21 >= Math.floor(bl3dis)) {
		_root.bluee3(speed, angle, name);
	}
	re3x = _x - _root.red3._x;
	re3y = _y - _root.red3._y;
	re3dis = Math.sqrt((re3x * re3x) + (re3y * re3y));
	if (21 >= Math.floor(re3dis)) {
		_root.redd3(speed, angle, name);
	}
	blax = _x - _root.black._x;
	blay = _y - _root.black._y;
	bladis = Math.sqrt((blax * blax) + (blay * blay));
	if (21 >= Math.floor(bladis)) {
		_root.blackball(speed, angle, name);
	}
	if (((this._y >= 84) && (267 >= this._y)) && (Math.floor(this._x) >= 515)) {
		this._x = 514;
		angle = 180 - angle;
	}
	if (((this._y >= 84) && (267 >= this._y)) && (135 >= Math.floor(this._x))) {
		this._x = 136;
		angle = 180 - angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (70 >= Math.floor(this._y))) {
		this._y = 71;
		angle = -angle;
	}
	if (((this._x >= 148) && (504 >= this._x)) && (Math.floor(this._y) >= 280)) {
		this._y = 279;
		angle = -angle;
	}
	if ((((this.hitTest(_root.spot1) == true) or (this.hitTest(_root.spot2) == true)) or (this.hitTest(_root.spot3) == true)) or (this.hitTest(_root.spot4) == true)) {
		this._x = 240;
		this._y = 175.1;
		speed = 0;
	}
	if ((((this.hitTest(_root.spot5) == true) or (this.hitTest(_root.spot6) == true)) or (this.hitTest(_root.spot7) == true)) or (this.hitTest(_root.spot8) == true)) {
		this._x = 240;
		this._y = 175.1;
		speed = 0;
	}
}
Instance of Symbol 42 MovieClip "stick" in Frame 50
onClipEvent (load) {
	cou = 1;
	sou = 0;
}
onClipEvent (enterFrame) {
	if (0 >= Math.floor(_root.cue.speed)) {
		_root.okay = true;
	}
	if ((0 >= Math.floor(_root.cue.speed)) && (_root.okay == true)) {
		x = _x - _root._xmouse;
		y = _y - _root._ymouse;
		_rotation  = (Math.round((-Math.atan2(x, y)) / (Math.PI/180)) - 180);
	}
	if (Key.isDown(Key.SHIFT)) {
		if (cou >= 17) {
			cou = 17;
		}
		if (cou == 15) {
			cou = 16;
		}
		cou++;
		sou++;
		_root.okay = false;
		gotoAndStop(sou);
	}
}
onClipEvent (mouseDown) {
	_root.s.start();
	_root.cue.angle = this._rotation - 90;
	_root.cue.speed = cou;
	sou = 1;
	gotoAndStop (1);
	cou = 0;
}
Symbol 13 Button
on (release) {
	nextFrame();
}
Symbol 39 Button
on (press) {
	startDrag ("", true);
}
on (release) {
	stopDrag();
}
Symbol 42 MovieClip Frame 1
	stop();
Symbol 42 MovieClip Frame 2
	stop();
Symbol 42 MovieClip Frame 3
	stop();
Symbol 42 MovieClip Frame 4
	stop();
Symbol 42 MovieClip Frame 5
	stop();
Symbol 42 MovieClip Frame 6
	stop();
Symbol 42 MovieClip Frame 7
	stop();
Symbol 42 MovieClip Frame 8
	stop();
Symbol 42 MovieClip Frame 9
	stop();
Symbol 42 MovieClip Frame 10
	stop();
Symbol 42 MovieClip Frame 11
	stop();
Symbol 42 MovieClip Frame 12
	stop();
Symbol 42 MovieClip Frame 13
	stop();
Symbol 42 MovieClip Frame 14
	stop();
Symbol 42 MovieClip Frame 15
	stop();
Symbol 42 MovieClip Frame 16
	stop();
Symbol 42 MovieClip Frame 17
	stop();
Symbol 42 MovieClip Frame 18
	stop();
Symbol 42 MovieClip Frame 19
	stop();
Symbol 42 MovieClip Frame 20
	stop();