Frame 1
	function \u0004\u0005() {
		Set("\x03", (2429 % 511) * true);
		return(\x03);
	}
	var \x01 = (-104 + \x04\x05());
	// swfAction0x03  // Unknown action
Frame 2
	stop();
Frame 3
	function \u0004\u0005() {
		Set("\x03", (2078 % 511) * true);
		return(\x03);
	}
	var \x01 = (538 + \x04\x05());
	// swfAction0x03  // Unknown action
Frame 4
	var \t = 2;
	if (!\t) {
		// swfAction0xFB  hexdata 0x88,0xC5,0x89 // Unknown action
	}
	// swfAction0x75  // Unknown action
	// swfAction0x01  // Unknown action
	// swfAction0x6E  // Unknown action
	// extends () > (() >>> ())
	// swfAction0x6E  // Unknown action
	// swfAction0x75  // Unknown action
	// swfAction0x6E  // Unknown action
	// swfAction0x6E  // Unknown action
	// extends ()[() >>> ()]()
	// swfAction0x6E  // Unknown action
	(() > ());// not popped
	while (i < 4) {
		container.push({x:0, y:0});
		i++;
	}
	var bonusQue = new Array();
	var points = new Array();
	i = 0;
	while (i <= 4) {
		ob_sx[i + 1] = Math.cos(connectionRot[i]) * connectionDist[i];
		ob_sy[i + 1] = Math.sin(connectionRot[i]) * connectionDist[i];
		points.push({pos:(Object = {x:0, y:0}), acc:(Object = {x:0, y:0}), vel:(Object = {x:0, y:0}), posNext:(Object = {x:0, y:0}), accNext:(Object = {x:0, y:0}), velNext:(Object = {x:0, y:0}), velCorrection:(Object = {x:0, y:0}), rotPos:0, rotAcc:0, rotVel:0, tempRot:0, tireRot:0, rotPosNext:0, rotAccNext:0, rotVelNext:0, rotNotAbsorbed:0, mass:1, surfaceBounciness:0.8, connectionNum:0, connections:(Array = []), connectionRef:(Array = []), connectionRot:(Array = []), xd:0, yd:0, dist:0, thisNum:i, aDist:0, angle:0, Radius:0, Friction:1, targRot:0, grounded:0, groundAngle:0, groundSurface:(Object = {x:0, y:0})});
		i++;
	}
	points[0].Friction = 1.1;
	points[0].Radius = 15;
	points[1].Radius = 12;
	points[2].Radius = 12;
	points[1].targRot = Math.PI;
	i = 0;
	while (i < connectionsA.length) {
		points[connectionsA[i]].connections.push(connectionsB[i]);
		points[connectionsA[i]].connectionRef.push(i);
		points[connectionsA[i]].connectionRot.push((connectionRot[i] + Math.PI) % (Math.PI*2));
		points[connectionsA[i]].connectionNum++;
		points[connectionsB[i]].connections.push(connectionsA[i]);
		points[connectionsB[i]].connectionRef.push(i);
		points[connectionsB[i]].connectionRot.push(connectionRot[i]);
		points[connectionsB[i]].connectionNum++;
		i++;
	}
	qualities = ["low", "medium", "high", "best"];
	thisMS = 0;
	lastMS = 0;
	FrameRate = 0;
	curQuality = 3;
	ii = 0;
	sloMo = false;
	_root.createEmptyMovieClip("engine", 2000);
	i = 1;
	while (i <= 80) {
		_root.engine["engineSound" + i] = new Sound();
		_root.engine["engineSound" + i].attachSound(("Mixdown (" + i) + ").wav");
		i++;
	}
	lastES = 1;
	engineRunning = false;
	engineSpeed = 0;
	engineLoad = 0;
	curEngineSound = 0;
	lrB = 0;
	truckPhysics = function (T) {
		lrB = lrB + (((20 * Math.abs(lr)) - lrB) / 2);
		engineSpeed = Math.abs(Math.round(_root.points[0].tireRot)) + Math.round(lrB);
		if (sloMo) {
			sloMoCnt++;
			if (sloMoCnt == 12) {
				sloMoCnt = 0;
			} else {
				return(undefined);
			}
		}
		if (RoofHitCounter) {
			RoofHitCounter--;
			if (((RoofHitCounter == 30) && (_root.points[0].grounded)) && (_root.upsideDown)) {
				showNormalMessage("You have rolled over. Start over from the last checkpoint.", true, true);
			}
		}
		rightNow = new Date();
		thisMS = rightNow.getTime();
		FrameRate = 1000 / (thisMS - lastMS);
		lastMS = thisMS;
		boostCharge = boostCharge + 0.05;
		boostCharge = Math.min(boostCharge, 10);
		if (boostCharge == 10) {
			boostMeter.chargedMessage._visible = (Math.round(thisMS / 300) % 2) == 1;
		} else {
			boostMeter.chargedMessage._visible = false;
		}
		boostMeter.meterMask._width = boostCharge * 10;
		ii = 0;
		while (ii <= 2) {
			with (points[ii]) {
				posNext.x = pos.x;
				posNext.y = pos.y;
				accNext.x = acc.x;
				accNext.y = acc.y;
				velNext.x = vel.x;
				velNext.y = vel.y;
				rotPosNext = rotPos;
				rotAccNext = 0;
				rotVelNext = rotVel;
				velCorrection.x = 0;
				velCorrection.y = 0;
			}
			ii++;
		}
		calculateForces(1);
		i = 0;
		while (i <= 2) {
			with (points[i]) {
				vel.x = velNext.x;
				vel.y = velNext.y;
				pos.x = posNext.x;
				pos.y = posNext.y;
				acc.x = accNext.x;
				acc.y = accNext.y;
				rotPos = rotPosNext;
				rotAcc = 0;
				rotVel = rotVelNext;
			}
			i++;
		}
		if (points[0].pos.x < objX[0]) {
			i = 0;
			while (i <= 2) {
				with (points[i]) {
					vel.x = 0;
					pos.x++;
				}
				i++;
			}
		}
		xv = points[1].pos.x - points[2].pos.x;
		yv = points[1].pos.y - points[2].pos.y;
		cur_truck_rot = Math.atan2(yv, xv);
		body_bg._rotation = (body._rotation = (cur_truck_rot * 57.2957795) + 180);
	};
	calculateForces = function (T) {
		ii = 0;
		while (ii <= 2) {
			with (points[ii]) {
				accNext.x = 0;
				accNext.y = 0;
				if (((thisNum == 1) || (thisNum == 2)) && (grounded)) {
					accNext.x = (Math.cos(groundAngle) * _root.lr) * (_root.truckAccel + boostRelease);
					accNext.y = (Math.sin(groundAngle) * _root.lr) * (_root.truckAccel + boostRelease);
					_root.points[0].x = _root.points[0].x + ((Math.cos(groundAngle) * _root.lr) * (_root.truckAccel + boostRelease));
					_root.points[0].y = _root.points[0].y + ((Math.sin(groundAngle) * _root.lr) * (_root.truckAccel + boostRelease));
				}
				boostRelease = boostRelease * 0.95;
				boostRelease = Math.max(0, boostRelease);
				accNext.y = accNext.y + _root.gravity;
				if (_root.points[0].grounded) {
					velNext.x = _root.points[0].velNext.x;
					velNext.y = _root.points[0].velNext.y;
				}
				velNext.x = velNext.x + (accNext.x * T);
				velNext.y = velNext.y + (accNext.y * T);
				velNext.x = velNext.x * _root.DirectionalDrag;
				velNext.y = velNext.y * _root.DirectionalDrag;
				if (grounded) {
					TempAngle = Math.atan2(velNext.y, velNext.x) - halfPI;
					TempVel = (Math.sin(groundAngle - TempAngle) * Math.sqrt((velNext.x * velNext.x) + (velNext.y * velNext.y))) / Friction;
					if (TempVel > ((Math.random() * 50) + 3)) {
						createEfx(1, posNext.x + (Math.cos(groundAngle + halfPI) * Radius), posNext.y + (Math.sin(groundAngle + halfPI) * Radius), 0, 0);
					}
					velNext.x = (Math.cos(groundAngle) * TempVel) * _root.braking;
					velNext.y = (Math.sin(groundAngle) * TempVel) * _root.braking;
				}
			}
			ii++;
		}
		xd1 = (_root.points[1].posNext.x + _root.points[1].velNext.x) - (_root.points[0].posNext.x + _root.points[0].velNext.x);
		yd1 = (_root.points[1].posNext.y + _root.points[1].velNext.y) - (_root.points[0].posNext.y + _root.points[0].velNext.y);
		xd2 = (_root.points[2].posNext.x + _root.points[2].velNext.x) - (_root.points[0].posNext.x + _root.points[0].velNext.x);
		yd2 = (_root.points[2].posNext.y + _root.points[2].velNext.y) - (_root.points[0].posNext.y + _root.points[0].velNext.y);
		_root.points[0].rotAccNext = getRotDist(avgAngle((Math.atan2(yd1, xd1) - Math.PI) - _root.points[1].rotPosNext, Math.atan2(yd2, xd2) - _root.points[2].rotPosNext), _root.points[0].rotPosNext) / _root.rotationalDamp;
		_root.points[0].rotVelNext = _root.points[0].rotVelNext + _root.points[0].rotAccNext;
		if ((!_root.points[1].grounded) && (!_root.points[2].grounded)) {
			_root.points[0].rotVelNext = _root.points[0].rotVelNext + _root.control_rot;
		}
		_root.points[0].rotPosNext = _root.points[0].rotPosNext + _root.points[0].rotVelNext;
		rotForBonus = rotForBonus + _root.points[0].rotVelNext;
		_root.points[0].rotPosNext = _root.points[0].rotPosNext % doublePI;
		_root.points[0].rotVelNext = _root.points[0].rotVelNext * _root.RotationalDrag;
		ii = 1;
		while (ii <= 2) {
			with (points[ii]) {
				xd = (_root.points[0].posNext.x + _root.points[0].velNext.x) + (Math.cos(_root.points[0].rotPosNext - targRot) * tireSpacing);
				yd = (_root.points[0].posNext.y + _root.points[0].velNext.y) + (Math.sin(_root.points[0].rotPosNext - targRot) * tireSpacing);
				accNext.x = (xd - (posNext.x + velNext.x)) / _root.springStiff;
				accNext.y = (yd - (posNext.y + velNext.y)) / _root.springStiff;
			}
			ii++;
		}
		xd = (((_root.points[1].posNext.x + _root.points[1].velNext.x) - (Math.cos(_root.points[0].rotPosNext - _root.points[1].targRot) * tireSpacing)) + ((_root.points[2].posNext.x + _root.points[2].velNext.x) - (Math.cos(_root.points[0].rotPosNext - _root.points[2].targRot) * tireSpacing))) / 2;
		yd = (((_root.points[1].posNext.y + _root.points[1].velNext.y) - (Math.sin(_root.points[0].rotPosNext - _root.points[1].targRot) * tireSpacing)) + ((_root.points[2].posNext.y + _root.points[2].velNext.y) - (Math.sin(_root.points[0].rotPosNext - _root.points[2].targRot) * tireSpacing))) / 2;
		_root.points[0].accNext.x = (xd - (_root.points[0].posNext.x + _root.points[0].velNext.x)) / _root.springStiff;
		_root.points[0].accNext.y = (yd - (_root.points[0].posNext.y + _root.points[0].velNext.y)) / _root.springStiff;
		ii = 0;
		while (ii <= 2) {
			with (points[ii]) {
				if (thisNum > 0) {
					posNext.x = posNext.x + (velNext.x + (accNext.x * _root.truck2wheelMassRatio));
					posNext.y = posNext.y + (velNext.y + (accNext.y * _root.truck2wheelMassRatio));
				} else {
					posNext.x = posNext.x + (velNext.x + (accNext.x * (1 / _root.truck2wheelMassRatio)));
					posNext.y = posNext.y + (velNext.y + (accNext.y * (1 / _root.truck2wheelMassRatio)));
				}
			}
			ii++;
		}
		ii = 1;
		while (ii <= 2) {
			with (points[ii]) {
				xd = posNext.x - _root.points[0].posNext.x;
				yd = posNext.y - _root.points[0].posNext.y;
				dist = Math.sqrt((xd * xd) + (yd * yd));
				if (dist > tireSpacing) {
					posNext.x = _root.points[0].posNext.x + (Math.cos(Math.atan2(yd, xd)) * tireSpacing);
					posNext.y = _root.points[0].posNext.y + (Math.sin(Math.atan2(yd, xd)) * tireSpacing);
				}
				if (dist < 5) {
					posNext.x = _root.points[0].posNext.x + (Math.cos(Math.atan2(yd, xd)) * 5);
					posNext.y = _root.points[0].posNext.y + (Math.sin(Math.atan2(yd, xd)) * 5);
				}
			}
			ii++;
		}
		i = 1;
		while (i <= 2) {
			checkGroundhit(i);
			i++;
		}
		_root.upsideDown = Math.abs(angleNearZero(_root.points[0].rotPos)) > 1.2;
		if (_root.upsideDown) {
			checkRoofhit();
		}
		if (_root.points[0].grounded && (_root.upsideDown)) {
			ii = 1;
			while (ii <= 2) {
				with (points[ii]) {
					xd = posNext.x - _root.points[0].posNext.x;
					yd = posNext.y - _root.points[0].posNext.y;
					posNext.x = _root.points[0].posNext.x + (Math.cos(Math.atan2(yd, xd)) * tireSpacing);
					posNext.y = _root.points[0].posNext.y + (Math.sin(Math.atan2(yd, xd)) * tireSpacing);
				}
				ii++;
			}
			body.gotoAndStop(2);
			start_rot = rotForBonus;
			startBonusTime = thisMS;
			startBonusX = _root.points[0].posNext.x;
			maxBonusY = 10000;
		}
		ii = 1;
		while (ii <= 2) {
			with (points[ii]) {
				f = (posNext.x / 10) - Math.floor(posNext.x / 10);
				thisY = (GroundHeight[Math.floor(posNext.x / 10)] * (1 - f)) + (GroundHeight[Math.floor(posNext.x / 10) + 1] * f);
				if (posNext.y > thisY) {
					posNext.y = thisY - 1;
					_root.playSFX(11);
				}
			}
			ii++;
		}
		checkForBonus();
		ii = 0;
		while (ii <= 2) {
			with (points[ii]) {
				velNext.x = (posNext.x - pos.x) + velCorrection.x;
				velNext.y = (posNext.y - pos.y) + velCorrection.y;
				TempAngle = Math.atan2(velNext.y, velNext.x) - halfPI;
				TempVel = Math.sin(groundAngle - TempAngle) * Math.sqrt((velNext.x * velNext.x) + (velNext.y * velNext.y));
				tireRot = (TempVel / 69.1150383789754) * 180;
			}
			ii++;
		}
	};
	simpleCollision = function (x1, y1, x2, y2, w) {
		if (Math.sqrt(((x1 - x2) * (x1 - x2)) + ((y1 - y2) * (y1 - y2))) < w) {
			return(true);
		}
	};
	checkGroundhit = function (i) {
		var _local3;
		var _local17;
		var _local16;
		var _local13;
		var _local14;
		var _local6;
		var _local4;
		var _local5;
		var _local7;
		var _local11;
		var _local8;
		var _local10;
		var _local15;
		var _local12;
		var _local9;
		_local9 = false;
		if (_root.points[i].grounded) {
			_local8 = 10000;
			max_angle = 0;
			_local11 = 0;
			_local3 = Math.floor(Math.min(_root.points[i].posNext.x - 23, _root.points[i].posNext.x + 23) / 10);
			while (_local3 <= Math.ceil(Math.max(_root.points[i].posNext.x - 23, _root.points[i].posNext.x + 23) / 10)) {
				_local4 = GroundHeight[_local3 - 1];
				if (isNaN(_local4)) {
					_local4 = 0;
				}
				_local5 = GroundHeight[_local3];
				if (isNaN(_local5)) {
					_local5 = 0;
				}
				_local7 = Math.atan2(_local5 - _local4, 10) + halfPI;
				xOff = Math.cos(_local7) * _root.points[i].Radius;
				yOff = Math.sin(_local7) * _root.points[i].Radius;
				_local6 = linesIntersect(_root.points[i].posNext.x, _root.points[i].posNext.y, _root.points[i].posNext.x + xOff, _root.points[i].posNext.y + yOff, (_local3 - 1) * 10, _local4, _local3 * 10, _local5);
				if (_local6) {
					if (_local6 < _local8) {
						max_angle = _local7;
						_root.points[i].groundAngle = Math.atan2(_local5 - _local4, 10);
						_local8 = _local6;
						_local10 = _local3;
						_local9 = true;
					}
				}
				_local7 = Math.atan2(_local4 - _root.points[i].posNext.y, (_local3 * 10) - _root.points[i].posNext.x);
				xOff = Math.cos(_local7) * _root.points[i].Radius;
				yOff = Math.sin(_local7) * _root.points[i].Radius;
				_local6 = linesIntersect(_root.points[i].posNext.x, _root.points[i].posNext.y, _root.points[i].posNext.x + xOff, _root.points[i].posNext.y + yOff, (_local3 - 1) * 10, _local4, _local3 * 10, _local5);
				if (_local6) {
					if (_local6 < _local8) {
						max_angle = _local7;
						_root.points[i].groundAngle = Math.atan2(_local5 - _local4, 10);
						_local8 = _local6;
						_local10 = _local3;
						_local9 = true;
					}
				}
				_local3++;
			}
			if (_local9) {
				_local13 = _root.points[i].posNext.x;
				_local14 = _root.points[i].posNext.y;
				_root.points[i].posNext.x = _root.points[i].posNext.x - (Math.cos(max_angle) * (_root.points[i].Radius - _local8));
				_root.points[i].posNext.y = _root.points[i].posNext.y - (Math.sin(max_angle) * (_root.points[i].Radius - _local8));
				_root.points[i].velCorrection.x = _local13 - _root.points[i].posNext.x;
				_root.points[i].velCorrection.y = _local14 - _root.points[i].posNext.y;
				_root.points[i].grounded = true;
			} else {
				_root.points[i].HitAt = 0;
				_root.points[i].grounded = false;
			}
		} else {
			_local8 = 900;
			max_angle = 0;
			_local11 = 0;
			_local12 = Math.atan2(_root.points[i].posNext.y - _root.points[i].pos.y, _root.points[i].posNext.x - _root.points[i].pos.x);
			Tangle = -1;
			while (Tangle <= 4.14159265358979) {
				_local7 = (Tangle - halfPI) + _local12;
				xOff = Math.cos(_local7) * _root.points[i].Radius;
				yOff = Math.sin(_local7) * _root.points[i].Radius;
				_local3 = Math.floor(Math.min(_root.points[i].pos.x + xOff, _root.points[i].posNext.x + xOff) / 10);
				while (_local3 <= Math.ceil(Math.max(_root.points[i].pos.x + xOff, _root.points[i].posNext.x + xOff) / 10)) {
					_local4 = GroundHeight[_local3 - 1];
					if (isNaN(_local4)) {
						_local4 = 0;
					}
					_local5 = GroundHeight[_local3];
					if (isNaN(_local5)) {
						_local5 = 0;
					}
					_local6 = linesIntersect(_root.points[i].pos.x + xOff, _root.points[i].pos.y + yOff, _root.points[i].posNext.x + xOff, _root.points[i].posNext.y + yOff, (_local3 - 1) * 10, _local4, _local3 * 10, _local5);
					if (_local6) {
						if (_local6 < _local8) {
							max_angle = _local7;
							_root.points[i].groundAngle = Math.atan2(_local5 - _local4, 10);
							_local8 = _local6;
							_local10 = _local3;
							_local9 = true;
						}
					}
					_local3++;
				}
				_local11++;
				if (_local11 > 20) {
					break;
				}
				Tangle = Tangle + 0.523598775598299;
			}
			if (_local9) {
				_local13 = _root.points[i].pos.x - _root.points[i].posNext.x;
				_local14 = _root.points[i].pos.y - _root.points[i].posNext.y;
				_root.points[i].HitAt = _local8 / Math.sqrt((_local13 * _local13) + (_local14 * _local14));
				_root.points[i].grounded = true;
			} else {
				_root.points[i].HitAt = 0;
				_root.points[i].grounded = false;
			}
		}
		return(_local9);
	};
	checkRoofhit = function () {
		var _local2;
		var _local6;
		var _local9;
		var _local13;
		var _local14;
		var _local5;
		var _local3;
		var _local4;
		var _local7;
		var _local12;
		var _local8;
		var _local11;
		var _local16;
		var _local15;
		var _local10;
		_local10 = false;
		_local6 = _root.points[0].posNext.x + (Math.cos(_root.points[0].rotPosNext - halfPI) * 18);
		_local9 = _root.points[0].posNext.y + (Math.sin(_root.points[0].rotPosNext - halfPI) * 18);
		x2 = _root.points[0].pos.x + (Math.cos(_root.points[0].rotPosNext - halfPI) * 18);
		y2 = _root.points[0].pos.y + (Math.sin(_root.points[0].rotPosNext - halfPI) * 18);
		if (_root.points[0].grounded) {
			_root.points[0].grounded = false;
			_local8 = 10000;
			max_angle = 0;
			_local12 = 0;
			if (((Math.random() > 0.7) && (_root.upsideDown)) && (graphicsOptSet[4])) {
				createEfx(4, (_local6 + (Math.random() * 20)) - 10, _local9, (Math.random() * 4) - 2, (Math.random() * 4) - 4);
			}
			_local2 = Math.floor(Math.min(_local6 - 23, _local6 + 23) / 10);
			while (_local2 <= Math.ceil(Math.max(_local6 - 23, _local6 + 23) / 10)) {
				_local3 = GroundHeight[_local2 - 1];
				if (isNaN(_local3)) {
					_local3 = 0;
				}
				_local4 = GroundHeight[_local2];
				if (isNaN(_local4)) {
					_local4 = 0;
				}
				_local7 = Math.atan2(_local4 - _local3, 10) + halfPI;
				xOff = Math.cos(_local7) * _root.points[0].Radius;
				yOff = Math.sin(_local7) * _root.points[0].Radius;
				_local5 = linesIntersect(_local6, _local9, _local6 + xOff, _local9 + yOff, (_local2 - 1) * 10, _local3, _local2 * 10, _local4);
				if (_local5) {
					if (_local5 < _local8) {
						max_angle = _local7;
						_root.points[0].groundAngle = Math.atan2(_local4 - _local3, 10);
						_local8 = _local5;
						_local11 = _local2;
						_local10 = true;
					}
				}
				_local7 = Math.atan2(_local3 - _local9, (_local2 * 10) - _local6);
				xOff = Math.cos(_local7) * _root.points[0].Radius;
				yOff = Math.sin(_local7) * _root.points[0].Radius;
				_local5 = linesIntersect(_local6, _local9, _local6 + xOff, _local9 + yOff, (_local2 - 1) * 10, _local3, _local2 * 10, _local4);
				if (_local5) {
					if (_local5 < _local8) {
						max_angle = _local7;
						_root.points[0].groundAngle = Math.atan2(_local4 - _local3, 10);
						_local8 = _local5;
						_local11 = _local2;
						_local10 = true;
					}
				}
				_local2++;
			}
			if (_local10) {
				_local13 = _root.points[0].posNext.x;
				_local14 = _root.points[0].posNext.y;
				_root.points[0].posNext.x = _root.points[0].posNext.x - (Math.cos(max_angle) * (_root.points[0].Radius - _local8));
				_root.points[0].posNext.y = _root.points[0].posNext.y - (Math.sin(max_angle) * (_root.points[0].Radius - _local8));
				_root.points[0].velCorrection.x = _local13 - _root.points[0].posNext.x;
				_root.points[0].velCorrection.y = _local14 - _root.points[0].posNext.y;
				_root.points[0].grounded = true;
			}
		} else {
			_local8 = 900;
			max_angle = 0;
			_local12 = 0;
			_local15 = Math.atan2(_local9 - y2, _local6 - x2);
			Tangle = 0;
			while (Tangle <= Math.PI) {
				_local7 = (Tangle - halfPI) + _local15;
				xOff = Math.cos(_local7) * _root.points[0].Radius;
				yOff = Math.sin(_local7) * _root.points[0].Radius;
				_local2 = Math.floor(Math.min(x2 + xOff, _local6 + xOff) / 10);
				while (_local2 <= Math.ceil(Math.max(x2 + xOff, _local6 + xOff) / 10)) {
					_local3 = GroundHeight[_local2 - 1];
					if (isNaN(_local3)) {
						_local3 = 0;
					}
					_local4 = GroundHeight[_local2];
					if (isNaN(_local4)) {
						_local4 = 0;
					}
					_local5 = linesIntersect(x2 + xOff, y2 + yOff, _local6 + xOff, _local9 + yOff, (_local2 - 1) * 10, _local3, _local2 * 10, _local4);
					if (_local5) {
						if (_local5 < _local8) {
							max_angle = _local7;
							_root.points[0].groundAngle = Math.atan2(_local4 - _local3, 10);
							_local8 = _local5;
							_local11 = _local2;
							_local10 = true;
						}
					}
					_local2++;
				}
				_local12++;
				if (_local12 > 20) {
					break;
				}
				Tangle = Tangle + (Math.PI/4);
			}
			if (_local10) {
				flashTheScreen = 40;
				_local2 = 0;
				while (_local2 < 10) {
					createEfx(1, _local6 + ((Math.random() * 20) - 10), _local9 + ((Math.random() * 8) - 6), (_root.points[0].velNext.x / 2) + ((Math.random() * 4) - 2), ((-_root.points[0].velNext.y) / 2) + ((Math.random() * 4) - 2));
					_local2++;
				}
				_local13 = x2 - _local6;
				_local14 = y2 - _local9;
				_root.points[0].HitAt = _local8 / Math.sqrt((_local13 * _local13) + (_local14 * _local14));
				_local5 = Math.sqrt((_root.points[0].vel.x * _root.points[0].vel.x) + (_root.points[0].vel.y * _root.points[0].vel.y));
				if (_local5 > 12) {
					_root.playSFX(19);
				} else if (_local5 > (3 + (Math.random() * 3))) {
					_root.playSFX(19, Math.min(100, 25 + (_local5 * 2)));
				}
				_local13 = _root.points[0].posNext.x;
				_local14 = _root.points[0].posNext.y;
				_root.points[0].posNext.x = (_root.points[0].pos.x * (1 - _root.points[0].HitAt)) + (_root.points[0].posNext.x * _root.points[0].HitAt);
				_root.points[0].posNext.y = (_root.points[0].pos.y * (1 - _root.points[0].HitAt)) + (_root.points[0].posNext.y * _root.points[0].HitAt);
				_root.points[0].velCorrection.x = _local13 - _root.points[0].posNext.x;
				_root.points[0].velCorrection.y = _local14 - _root.points[0].posNext.y;
				_root.points[0].grounded = true;
				if (_root.upsideDown) {
					RoofHitCounter = 90;
				}
			}
		}
		return(_local10);
	};
	checkForBonus = function () {
		truck_grounded = _root.points[1].grounded || (_root.points[2].grounded);
		return(undefined);
	};
	linesIntersect = function (x1a, y1a, x2a, y2a, x1b, y1b, x2b, y2b, debug) {
		var _local6;
		var _local5;
		Aa = y2a - y1a;
		Ba = x1a - x2a;
		Ca = (Aa * x1a) + (Ba * y1a);
		Ab = y2b - y1b;
		Bb = x1b - x2b;
		Cb = (Ab * x1b) + (Bb * y1b);
		det = (Aa * Bb) - (Ab * Ba);
		if (det == 0) {
			return(0);
		}
		Tx = ((Bb * Ca) - (Ba * Cb)) / det;
		Ty = ((Aa * Cb) - (Ab * Ca)) / det;
		_local5 = Math.sqrt(((x1a - Tx) * (x1a - Tx)) + ((y1a - Ty) * (y1a - Ty)));
		_local6 = Math.sqrt(((x1a - x2a) * (x1a - x2a)) + ((y1a - y2a) * (y1a - y2a)));
		if (_local5 > _local6) {
			return(false);
		}
		if (!((((Math.min(x1b, x2b) <= Tx) && (Tx <= Math.max(x1b, x2b))) && (Math.min(y1b, y2b) <= Ty)) && (Ty <= Math.max(y1b, y2b)))) {
			return(false);
		}
		return(_local5);
	};
	linesIntersect2 = function (x1a, y1a, x2a, y2a, x1b, y1b, x2b, y2b, debug) {
		d = Math.atan2(y2a - y1a, x2a - x1a);
		var _local14;
		var _local15;
		var _local8 = y2a - y1a;
		var _local11 = x1a - x2a;
		var _local17 = (_local8 * x1a) + (_local11 * y1a);
		var _local7 = y2b - y1b;
		var _local10 = x1b - x2b;
		var _local16 = (_local7 * x1b) + (_local10 * y1b);
		var _local9 = (_local8 * _local10) - (_local7 * _local11);
		if (_local9 == 0) {
			return(false);
		}
		var _local2 = ((_local10 * _local17) - (_local11 * _local16)) / _local9;
		var _local1 = ((_local8 * _local16) - (_local7 * _local17)) / _local9;
		_local15 = Math.sqrt(((x1a - _local2) * (x1a - _local2)) + ((y1a - _local1) * (y1a - _local1)));
		_local14 = Math.sqrt(((x1a - x2a) * (x1a - x2a)) + ((y1a - y2a) * (y1a - y2a)));
		if (_local15 > _local14) {
			return(false);
		}
		if (Math.sqrt(((x2a - _local2) * (x2a - _local2)) + ((y2a - _local1) * (y2a - _local1))) > _local14) {
			return(false);
		}
		if (!((((Math.min(x1b, x2b) <= _local2) && (_local2 <= Math.max(x1b, x2b))) && (Math.min(y1b, y2b) <= _local1)) && (_local1 <= Math.max(y1b, y2b)))) {
			return(false);
		}
		return(_local15);
	};
	underGround = function () {
		x = _root.points[0].posNext.x + (Math.cos(_root.points[0].rotPosNext - halfPI) * 62);
		y = _root.points[0].posNext.y + (Math.sin(_root.points[0].rotPosNext - halfPI) * 62);
		f = (x / 10) - Math.floor(x / 10);
		thisY = (GroundHeight[Math.floor(x / 10)] * (1 - f)) + (GroundHeight[Math.floor(x / 10) + 1] * f);
		if (y > thisY) {
			return(true);
		}
	};
	getRotDist = function (A, B) {
		if (A < 0) {
			A = A + doublePI;
		}
		if (B < 0) {
			B = B + doublePI;
		}
		A = A % doublePI;
		B = B % doublePI;
		d1 = A - B;
		d2 = A - (B + doublePI);
		d3 = (A + doublePI) - B;
		if ((Math.abs(d1) < Math.abs(d2)) && (Math.abs(d1) < Math.abs(d3))) {
			return(d1);
		}
		if (Math.abs(d2) < Math.abs(d3)) {
			return(d2);
		}
		return(d3);
	};
	avgAngle = function (A, B) {
		if (A < 0) {
			A = A + doublePI;
		}
		if (B < 0) {
			B = B + doublePI;
		}
		A = A % doublePI;
		B = B % doublePI;
		if ((A > Math.PI) && (B < Math.PI)) {
			B = B + doublePI;
		} else if ((B > Math.PI) && (A < Math.PI)) {
			A = A + doublePI;
		}
		return(((A + B) / 2) % doublePI);
	};
	debugLine = function (x1, y1, x2, y2, color, alpha) {
		if (!alpha) {
			alpha = 100;
		}
		debug_line.lineStyle(1, color, 100, alpha);
		debug_line.moveTo(x1 - scroll_x, y1 - scroll_y);
		debug_line.lineTo(x2 - scroll_x, y2 - scroll_y);
	};
	debugLineNoScroll = function (x1, y1, x2, y2, color, alpha) {
		if (!alpha) {
			alpha = 100;
		}
		debug_line.lineStyle(1, color, 100, alpha);
		debug_line.moveTo(x1, y1);
		debug_line.lineTo(x2, y2);
	};
	initCargo = function (n) {
		if ((n >= 0) && (n != 9)) {
			if (!_root.lostLifeSet) {
				if (n >= 1) {
					showCheckPointScore(n - 1, _root.objects_in_truck_ac, level_time);
				} else {
					showNormalMessage(_root.cargoMessages[n], true);
				}
			}
			_root.object_name = _root.cargoNames[n];
			level_time = _root.cargoTime[n];
			_root.lostLifeSet = false;
		}
		i = 0;
		while (i < 8) {
			if ((i >= _root.cargoCount[n]) || (n == -1)) {
				_root["cargo" + i].activeCargo.gotoAndStop(9);
				_root["cargo" + i].activeCargo.thisI = i;
				_root["cargo" + i].activeCargo.needsInit = false;
			} else {
				_root["cargo" + i].activeCargo.gotoAndStop(n + 1);
				_root["cargo" + i].activeCargo.thisI = i;
				_root["cargo" + i].activeCargo.needsInit = true;
				_root["cargo" + i].activeCargo.waitToInit = 5;
			}
			i++;
		}
	};
	showCheckPointScore = function (checkPoint, cargoLeft, level_time) {
		_root.pauseForInfo = true;
		_root.checkPointScore._visible = true;
		_root.checkPointScore.checkPoint = checkPoint;
		_root.checkPointScore.cargoLeft = cargoLeft;
		_root.checkPointScore.level_time = level_time;
		_root.checkPointScore.addCounter = 100;
		_root.checkPointScore.scoreStart = _root.level_score;
	};
	_root.cargo_counter = 0;
	cargoPhysics = function (T) {
		i = 0;
		while (i < 4) {
			container[i].x = points[0].pos.x + (Math.cos((containerAngle[i] + cur_truck_rot) + cur_bed_rot) * containerDist[i]);
			container[i].y = points[0].pos.y + (Math.sin((containerAngle[i] + cur_truck_rot) + cur_bed_rot) * containerDist[i]);
			i++;
		}
		i = 0;
		while (i < _root.maxCargo) {
			_root["cargo" + i].activeCargo.processPhysics();
			_root["cargo" + i]._x = _root["cargo" + i].activeCargo.aX - _root.scroll_x;
			_root["cargo" + i]._y = _root["cargo" + i].activeCargo.aY - _root.scroll_y;
			i++;
		}
		if (_root.objects_in_truck == 0) {
			_root.cargo_counter++;
			if ((_root.cargo_counter > 30) && (curCheckpoint > 2)) {
				showNormalMessage("You have lost all of your cargo. Start over from the last checkpoint.", true, true);
			}
		} else {
			_root.cargo_counter = 0;
		}
	};
	genericCheckGroundhit = function (X, Y, velX, velY, radius, bounciness) {
		var _local1;
		var _local5;
		var _local4;
		var _local3;
		var _local7;
		var _local13;
		var _local8;
		var _local14;
		var _local16;
		var _local11;
		var _local17;
		var _local12;
		_local12 = false;
		_local8 = 900;
		max_angle = 0;
		_local13 = 0;
		_local16 = Math.atan2(velY, velX);
		Tangle = -1;
		while (Tangle <= 4.14159265358979) {
			_local7 = (Tangle - halfPI) + _local16;
			xOff = Math.cos(_local7) * radius;
			yOff = Math.sin(_local7) * radius;
			_local1 = Math.floor(Math.min(X + xOff, (X + velX) + xOff) / 10);
			while (_local1 <= Math.ceil(Math.max(X + xOff, (X + velX) + xOff) / 10)) {
				_local4 = GroundHeight[_local1 - 1];
				if (isNaN(_local4)) {
					_local4 = 0;
				}
				_local3 = GroundHeight[_local1];
				if (isNaN(_local3)) {
					_local3 = 0;
				}
				_local5 = linesIntersect(X + xOff, Y + yOff, (X + velX) + xOff, (Y + velY) + yOff, (_local1 - 1) * 10, _local4, _local1 * 10, _local3);
				if (_local5) {
					if (_local5 < _local8) {
						max_angle = _local7;
						_local11 = Math.atan2(_local3 - _local4, 10);
						_local8 = _local5;
						_local14 = _local1;
						_local12 = true;
					}
				}
				_local1++;
			}
			_local13++;
			if (_local13 > 20) {
				break;
			}
			Tangle = Tangle + 0.523598775598299;
		}
		if (_local12) {
			_local5 = Math.sqrt((velX * velX) + (velY * velY));
			_local17 = _local8 / _local5;
			return([true, velX - ((Math.cos(_local11 + halfPI) * _local5) * bounciness), velY - ((Math.sin(_local11 + halfPI) * _local5) * bounciness), -(velX * _local17), -(velY * _local17)]);
		}
		_local17 = 0;
		return([false, velX, velY]);
	};
	checkLineHit = function (X, Y, velX, velY, radius, bounciness, damp, lX1, lY1, lX2, lY2, adVelx, adVely) {
		var _local27;
		var _local5;
		var _local32;
		var _local31;
		var _local7;
		var _local19;
		var _local17;
		var _local25;
		var _local24;
		var _local26;
		var _local20;
		var _local21;
		_local21 = false;
		velOut = Math.sqrt((velX * velX) + (velY * velY));
		var _local16 = velX - adVelx;
		var _local15 = velY - adVely;
		var _local18 = Math.sqrt((_local16 * _local16) + (_local15 * _local15));
		var _local29 = Math.atan2(_local15, _local16);
		_local17 = 900;
		max_angle = 0;
		_local19 = 0;
		_local24 = Math.atan2(velY, velX);
		var _local8 = 0;
		if (_local18 > radius) {
			var _local30 = Math.PI;
		} else {
			var _local30 = 2.51327412287183;
		}
		Tangle = -3.14159265358979;
		while (Tangle <= Math.PI) {
			_local7 = Tangle + _local24;
			xOff = Math.cos(_local7) * radius;
			yOff = Math.sin(_local7) * radius;
			_local8 = _local8 + 16;
			color = (_local8 * 256) + (255 - _local8);
			if (_local18 > radius) {
				var _local14 = velX - adVelx;
				var _local13 = velY - adVely;
				_local5 = linesIntersect2(X + xOff, Y + yOff, (X + _local14) + xOff, (Y + _local13) + yOff, lX1, lY1, lX2, lY2);
			} else {
				_local5 = linesIntersect2(X + _local16, Y + _local15, (X + _local16) + xOff, (Y + _local15) + yOff, lX1, lY1, lX2, lY2, debug);
			}
			if (_local5) {
				if (_local5 < _local17) {
					max_angle = _local7;
					_local26 = Math.atan2(lY2 - lY1, lX2 - lX1);
					if (_local18 > radius) {
						dbx1 = X + xOff;
						dby1 = Y + yOff;
						dbx2 = (X + velX) + xOff;
						dby2 = (Y + velY) + yOff;
					} else {
						dbx1 = X + velX;
						dby1 = Y + velY;
						dbx2 = (X + velX) + xOff;
						dby2 = (Y + velY) + yOff;
					}
					_local17 = _local5;
					_local25 = _local27;
					_local21 = true;
				}
			}
			_local19++;
			if (_local19 > 20) {
				break;
			}
			Tangle = Tangle + 0.523598775598299;
		}
		if (_local21) {
			if (_local18 > radius) {
				velOut3 = Math.sqrt((_local14 * _local14) + (_local13 * _local13));
				hitAngle = Math.atan2(velY, velX);
				_local20 = _local17 / velOut3;
				return([true, adVelx - ((Math.cos(hitAngle) * velOut) * bounciness), adVely - ((Math.sin(hitAngle) * velOut) * bounciness), -(velX * _local20), -(velY * _local20), _local20]);
			}
			_local20 = 1 - (_local17 / radius);
			hitAngle = (Math.atan2(lY2 - lY1, lX2 - lX1) + halfPI) + angleNearZero((Math.atan2(lY2 - lY1, lX2 - lX1) + halfPI) - _local29);
			return([true, adVelx - ((Math.cos(hitAngle) * velOut) * bounciness), adVely - ((Math.sin(hitAngle) * velOut) * bounciness), (Math.cos(max_angle) * radius) * _local20, (Math.sin(max_angle) * radius) * _local20, _local20]);
		}
		_local20 = 0;
		return([false, velX, velY]);
	};
	_root._quality = graphicsQuality[((_global.graphicsOptSet[0] ? 1 : 0) * 2) + (_global.graphicsOptSet[2] ? 1 : 0)];
	avgY = 0;
	lsx = 0;
	lsy = 0;
	LevelEnd._visible = false;
	normalMessageMaxDown = 0;
	objects_in_truck_ac = 0;
	fadeLayer.beginFill(0);
	fadeLayer.moveTo(0, 0);
	fadeLayer.lineTo(480, 0);
	fadeLayer.lineTo(480, 384);
	fadeLayer.lineTo(0, 384);
	fadeLayer.endFill();
Frame 5
	function \u0004\u0005() {
		Set("\x03", (1287 % 511) * true);
		return(\x03);
	}
	var \x01 = (455 + \x04\x05());
	// swfAction0x03  // Unknown action
Instance of Symbol 299 MovieClip in Frame 5
on (release) {
	getURL ("http://www.freeonlinegames.com/?" + _root.gameName, "_blank");
}
Frame 6
	stop();
	continueBut.onRelease = function () {
		fadeTitle = 100;
	};
Frame 7
	setOptBut.onRelease = function () {
		gotoAndPlay (5);
	};
	gotoAndStop (7);
Frame 8
	function \u0004\u0005() {
		Set("\x03", (2336 % 511) * true);
		return(\x03);
	}
	var \x01 = (586 + \x04\x05());
	// swfAction0x03  // Unknown action
Frame 9
	continueBut.onRelease = function () {
		gotoAndPlay (5);
	};
	gotoAndStop (9);
Instance of Symbol 373 MovieClip [TMP6pbk6uzm9i] "highScoreView" in Frame 9
//component parameters
onClipEvent (construct) {
	gameID = 240;
}
Frame 10
!!!ERROR
Instance of Symbol 299 MovieClip in Frame 10
on (release) {
	getURL ("http://www.freeonlinegames.com/?" + _root.gameName, "_blank");
}
Frame 11
!!!ERROR
Frame 12
!!!ERROR
Symbol 103 MovieClip [fog_1] Frame 1
	stop();
Symbol 109 MovieClip Frame 1
!!!ERROR
Symbol 117 MovieClip Frame 1
	stop();
Symbol 119 Button
on (release) {
	getURL ("http://www.freeonlinegames.com/?" + _root.gameName, "_blank");
}
Symbol 179 MovieClip Frame 1
!!!ERROR
Symbol 180 MovieClip Frame 105
	stop();
Instance of Symbol 186 MovieClip "mcNotice" in Symbol 228 MovieClip Frame 1
onClipEvent (load) {
	_visible  = false;
}
Symbol 228 MovieClip Frame 120
!!!ERROR
Symbol 229 MovieClip Frame 60
!!!ERROR
Symbol 236 MovieClip Frame 1
	stop();
Symbol 334 MovieClip Frame 1
!!!ERROR
Symbol 336 MovieClip Frame 1
!!!ERROR
Symbol 355 Button
on (press) {
	sboard.dir = "up";
}
on (release) {
	sboard.dir = "stop";
}
Symbol 356 Button
on (press) {
	sboard.dir = "down";
}
on (release) {
	sboard.dir = "stop";
}
Symbol 363 MovieClip Frame 1
	stop();
Symbol 363 MovieClip Frame 2
	stop();
Symbol 373 MovieClip [TMP6pbk6uzm9i] Frame 1
!!!ERROR
Symbol 380 MovieClip Frame 1
!!!ERROR
Symbol 446 MovieClip Frame 1
!!!ERROR
Symbol 468 MovieClip Frame 1
!!!ERROR
Symbol 468 MovieClip Frame 2
!!!ERROR
Symbol 468 MovieClip Frame 3
!!!ERROR
Symbol 468 MovieClip Frame 4
!!!ERROR
Symbol 468 MovieClip Frame 5
!!!ERROR
Symbol 468 MovieClip Frame 6
!!!ERROR
Symbol 468 MovieClip Frame 7
!!!ERROR
Symbol 468 MovieClip Frame 8
!!!ERROR
Symbol 468 MovieClip Frame 9
	function processPhysics() {
	}
	gotoAndStop (9);
Symbol 498 MovieClip Frame 1
!!!ERROR
Symbol 499 MovieClip Frame 1
	gotoAndStop (1);
Symbol 499 MovieClip Frame 31
	gotoAndStop (1);
Symbol 499 MovieClip Frame 32
	the_text.text = _parent.xtra;
Symbol 499 MovieClip Frame 61
!!!ERROR
Symbol 499 MovieClip Frame 62
	the_text.text = _parent.xtra;
Symbol 499 MovieClip Frame 91
	gotoAndStop (1);
Symbol 499 MovieClip Frame 121
	gotoAndStop (1);
Symbol 499 MovieClip Frame 151
	gotoAndStop (1);
Symbol 499 MovieClip Frame 181
	gotoAndStop (1);
Symbol 500 MovieClip Frame 1
!!!ERROR
Symbol 544 MovieClip Frame 129
	gotoAndStop (129);
Symbol 547 MovieClip Frame 1
!!!ERROR
Symbol 575 MovieClip Frame 1
!!!ERROR