stop();//tells the main timeline to stop on this frame
basket.startDrag(true, 10, 333, 590, 333);//defines where we can move our basket
fscommand(allowscale, false);//keeps our movie at the 400H x 600W pixel format
score = 0;//score is a variable with a value of zero
u = 0;//u is a variable with a value of zero, it is used to help identify broken apples
right = 600;//_x value for the right side of screen
left = 0;//_x value for the left side of the screen
top = 0;//_y value for the top of the screen
bottom = 350;//_y value for the bottom of the screen
tm = 0;//tm is our variable for time
tDif = 2;//tDif is our variable for the time between apples coming on screen
startTime = Math.floor(getTimer()/1000);//variable that gets the time you atart playing
ot = getTimer()/1000-3;//ot is a variable for the old time
otd = getTimer()/1000;//otd is a variable for the old time difference
a = 0;//a is another variable, used to identify apples
maxA = 10;//variable for maximum amount of apples on screen at one time
applesSaved = 0;//variable for amount of apples saved/caught in basket
//moveApple is a function that controls the apples, moves apples, adds splat if one hits the ground, and hitTests between apples and basket to see if you catch one
moveApple = function () {
	for (i=0; i<=maxA; i++) {
		_root["apple"+i].yspeed++;
		_root["apple"+i]._y += _root["apple"+i].yspeed;
		_root["apple"+i]._x += _root["apple"+i].xspeed;
		//if the apple hits the ground, remove it and add an effect
		if (_root["apple"+i]._y>bottom) {
			_root.attachMovie("uhoh", "uhoh"+u, 200+u);
			_root["uhoh"+u]._y = _root["ball"+i]._y-50;
			_root["uhoh"+u]._x = _root["ball"+i]._x;
			u++;
			score -= 1;
			_root["apple"+i].removeMovieClip();
			//this line of code would reverse the apples direction
			// _root["apple"+i].yspeed *= -1;
		}
		//place a mc inside of the "basket" and name it "top" to check for collisions
		if (_root["apple"+i].hitTest(basket.top)) {
			//same here, useful in a game like PONG
			// _root["apple"+i].yspeed *= -1;
			// _root["apple"+i].yspeed = -Math.abs(_root["ball"+i].yspeed);
			_root["apple"+i].removeMovieClip();
			score += 1;
		}
	}
};
possibleX = [20, 40, 60, 80, 100, 120, 140, 160, 180, 200, 220, 240, 260, 280, 300, 320, 340, 360, 380, 400, 420, 440, 460, 480, 500, 520, 540, 560, 580];//possibleX is a variable that is an array of possible _x positions an apple can start from
possibleY = [-10, -10, -10, -10];//possibleY is a variable that is an array of possible _y positions an apple can start from
//addApple is a function that will add an apple to the screen if enough time has passed from the last time it added an apple
pxl = possibleX.length;//the length of the possibleX array
addApple = function () {
	nt = getTimer()/1000;
	if (nt>ot+tDif) {
		_root.attachMovie("apple", "apple"+a, 100+a);
		x = ((Math.floor(Math.random()*pxl)));//variable for...
		y = ((Math.floor(Math.random()*4)));//variable for...
		//_root["apple"+a].gotoAndStop(x+1);//tells the apple movieclip to stop at frame
		_root["apple"+a]._x = possibleX[x];//tells the apple movieclip it's starting _x position
		_root["apple"+a]._y = possibleX[y];//tells the apple movieclip it's starting _y position
		_root["apple"+a].yspeed = .5;//tells the apple movieclip it's _y speed
		//_root["apple"+a].xspeed = x+2;//tells the apple movieclip it's _x speed
		ot = getTimer()/1000;// old time variable
		++a;//add one to the variable a
		if (a>maxA) {
			a = 0;
		}
	}
};
//timer function
tDifUpdate = function () {
	ntd = getTimer()/1000;
	if (ntd>otd+10) {
		tDif -= .1;
		otd = getTimer()/1000;
	}
};
//if your game has a timer/countdown
timeLeft = function () {
	time = Math.floor(getTimer()/1000)-startTime;
	if(time > 10){
		_root.gotoAndStop(3);
	}
};
//our main function that runs everything
onEnterFrame = function () {
	if (play) {
		//basket._yscale = basket._y-200;//adds dimension
		//basket._xscale = basket._y-200;//adds dimension
		addApple();
		moveApple();
		timeLeft();
		tDifUpdate();
	}
};
//trace(time);//for debugging
//trace(tm);//for debugging
//trace(score);//for debugging