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2D Physics Tutorial

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See what we're actually trying to make

Start from beginning

Section 1 - The Ball

Section 2 - Varying Collisions

Section 3 - The Ground

Section 4 - The Variable slope

Section 5 - Labels and Controls

Section 6 - Further Notes

Back to main menu

Before we begin...

Just a couple of notes,
1 - Through this I've added coding in dynamic text, so you can copy and paste it.
However in the little chunks through each section I've actually put lots of spaces in
to make the code look like it does when it is in flash, formatted with indents. So just
be aware of that, but at the end of each section there's a copy of the full code from
each MC, in raw flash formatted form.
2 - Throughout keep in mind that flash measures its cartesian co-ordinates from the
top-left hand corner with x increasing left to right and y increasing top to bottom!
3 - Also remember, Flash always uses radians to calculate trigonometric functions.
4 - Hope you enjoy it and maybe even learn a little too!

So, a good place to start here would probably be by taking what we want to be
applying general physics of movement to. Here in the example it's just a simple ball.
Balls really are the simplest things to apply physics to here because they have a fixed
radius from the central point.

So we've got our ball, simple enough.

Section 1: The Ball

Now we need to give it some variables to allow it to move and also accelerate
according to its position in the world. These actions have been put into the MC of
the ball itself.

I've given it 6 variables so far. Acceleration is simply how quickly it will gain speed. In
the model of acceleration I've used in this engine, this will need to be a very low
number. Terminal velocity is the maximum speed the ball will go when travelling in
freefall. Depending on the frame rate of the movie (I normally use 100fps) and the
mass of the object in question, you can play around with this figure to get it to how
you like it. x and y velocities are as they sound, just the speed of the ball in the 2
dimensions. e is the coefficient of restitution. This means the multiplier used for the
velocity if the ball collides with something, but only in the component of velocity that
is towards the wall. So if the ball collided with a wall with head-on speed of

onClipEvent (load) {
var acceleration = 0.005;
var termVelocity = 20;
var yVel;
var xVel;
var e = 0.8;
var f = 0.8;
}

5ms
-1
and e was 0.5 then the velocity going away from the wall after the collision
would be 2.5 ms
-1
. f is along the same principles, standing for friction. But this time it
affects the velocity that is parallel to the surface of what you hit.
Normally, f and e are between 0 and 1. 0 meaning the ball stops if it touches
anything, 1 meaning all speed is conserved, or above 1 will mean the ball speeds up
when it hits things.

Now we need to constrain the ball to be withing the screen, unless of course you
want the ball to be able to go off the screen, but let's assume you don't want that.
First I add a new variable to the list of variables that I started with, called dragged.

This basically means whether the ball is being dragged by the mouse or not, 0
meaning no it isn't and 1 meaing it is, so that if you want to click on the ball and drag
it around, it won't start moving around when you want it to stick to the cursor.

onClipEvent (load) {
var acceleration = 0.005;
var termVelocity = 20;
var yVel;
var xVel;
var e = 0.8;
var f = 0.8;
var dragged = 0;
}

The first bit of constraint we add to the ball MC is that if the ball is above the
absolute ground level (this being the bottom of the movie in this case) then it
accelerates downwards.

What this does is tests to see if the ball is above the floor with the first 'if'
statement, then tests that it isn't being dragged, and if both these tests pass then the
y velocity is increased by the difference between the velocity and the terminal y
velocity, multiplied by our very small number, acceleration. If acceleration were
much bigger, then the ball would reach terminal velocity much quicker, giving the
effect of gravity being stronger, which you can play around with until you get your
desired effect.

onClipEvent(enterFrame){
if (this._y<380) {
if (dragged == 0) {
yVel += (termVelocity-yVel)*acceleration;
}
}
}

Now to the preceeding code we add the next chunk.

onClipEvent(enterFrame){
if (this._y<380) {
if (dragged == 0) {
yVel += (termVelocity-yVel)*acceleration;
}
} else if (this._y>380) {
yVel *= -1*e;
xVel *= f;
this._y = 380;
}
if (this._x>530) {
xVel *= -1*e;
yVel *= f;
this._x = 530;
} else if (this._x<20) {
xVel *= -1*e;
yVel *= f;
this._x = 20;
}
}

These three sections here are all just
different versions of the same thing,
explained overleaf.

So take one of these sections.

This one tests whether the ball is trying to fall out the bottom of the screen. This is
done by checking whether the y position of the ball is enough such that the bottom
edge of the ball touches the bottom of the screen. Here, in mine the y position
needs to be 380, because the height of my movie is 400 and the ball has radius 20.

if (this._y>380) {
yVel *= -1*e;
xVel *= f;
this._y = 380;
}

y = 400

radius = 20, position of ball measured from centre

y = 380

Bottom edge
of the screen

So if this is true, it tells the ball's y velocity to be multiplied by -e. The - because we
want the ball to reverse y direction on hitting the floor, and e because we want to
control the ratio of incoming to outgoing velocity.
The x velocity is just multiplied by f, along the same principles as why we added the
e. Finally, the y position of the ball is then set as the value it needed to be greater
than to count as being 'in the floor'. We add this because flash can't use differential
equations to model things, it uses difference equations, where Δt =

if (this._y>380) {
yVel *= -1*e;
xVel *= f;
this._y = 380;
}

framerate

This means that if the ball is about to hit the surface on one frame, then is actually in
the surface on the next frame, so is rebounded, if e and f are fairly small so the
velocity of the ball after collision isn't enough to get it back out of the surface it'll just
get stuck there and won't be able to escape. So that's why we move the ball just
outside the surface, to stop that happening.

} else if (this._y>380) {
yVel *= -1*e;
xVel *= f;
this._y = 380;
}
if (this._x>530) {
xVel *= -1*e;
yVel *= f;
this._x = 530;
} else if (this._x<20) {
xVel *= -1*e;
yVel *= f;
this._x = 20;
}
}

If we look now at the other two sections, they're the same except they correspond
to the x values needed for the ball to hit the sides (in my movie the right-hand wall
was at x=550). Notice how which dimension of velocity is mutiplied by -e and which
by f depends on the angle of the surface. ie if the ball hits a vertical wall, you want
the x velocity to be reversed, not the y.

We also need to add this to the actions that we have so far on the MC of the ball.

Of course, we want to say, if the ball's velocity is say 5 in the x, then every frame we
want the ball to move 5 in the x direction, and this does that. Again the dragged test
is included so that while you are dragging the ball, it won't move, but stay still.

if (dragged == 0) {
this._y += yVel;
this._x += xVel;
}

Next we add the ability to actually drag the ball, simply by putting this code at the
end of the code attached to the ball MC so far.

Now you can pick the ball up and drag it around.

on (press) {
this.startDrag(false);
dragged = 1;
velocity = 0;
xVel = 0;
}
on (release, releaseOutside) {
this.stopDrag();
dragged = 0;
}

By now you should have something like this. Note I haven't made the ball bounce off
the ceiling, but you can do this if you want.

This is the code so far, if you want to copy and paste it and have a look at it.

onClipEvent (load) {
var acceleration = 0.005;
var termVelocity = 20;
var yVel = 0;
var xVel = 0;
var e = 0.8;
var f = 0.8;
var dragged = 0;
}
onClipEvent (enterFrame) {
if (this._y<380) {
if (dragged == 0) {
yVel += (termVelocity-yVel)*acceleration;
}
} else if (this._y>380) {
yVel *= -1*e;
xVel *= f;
this._y = 380;
}
if (this._x>530) {
xVel *= -1*e;
yVel *= f;
this._x = 530;
} else if (this._x<20) {
xVel *= -1*e;
yVel *= f;
this._x = 20;
}
if (dragged == 0) {
this._y += yVel;
this._x += xVel;
}
}
on (press) {
this.startDrag(false);
dragged = 1;
velocity = 0;
xVel = 0;
}
on (release, releaseOutside) {
this.stopDrag();
dragged = 0;
}

Try remaking this sceneario and fiddling with the variables, see what changes they make.

Next is a section all about circle-on-circle collision, as well as circle-on-surface
collision where the angle of the surface is a determinable variable. As we're still using
circles this is kept quite simple and easy.

Section 2: Varying collisions

First, let's imagine the ball is moving towards a surface which it will bounce off.
Earlier that was easy because we always already knew the pre-determined angle of
that surface, but say if we don't know the angle? What do we do then?

Well imagine the ball in this case, moving towards the surface. It has velocity in the x
and y directions and the surface is of the angle α to the horizontal.

Ball

horizontal

V
x

V
y

One thing we know is that when a ball collides with a surface, we take the
component of velocity parallel to the surface and times it by f, then take the
component of velocity perpendicular to the surface and times that by -e, and that
system works. So let's just do that.

We can resolve our velocities of x and y direction round to give us velocities of
perpendicular to the slope and parallel to the slope.

V
||

V
|_

means velocity parallel to the slope

means velocity perpendicular to the slope

π/2 - α

π/2 + α

NB here the angles are shown in
radians, as computers use radians to
calculate trig functions (π = 180°)

So resolving these components of velocity, we get the following formulae.

V
||
= V
x
cos(α) + V
y
cos(π/2 - α)
= V
x
cosα + V
y
sinα
V
|_
= V
x
cos(π/2 + α) + V
y
cos(α)
= -V
x
sinα + V
y
cosα
= V
y
cosα - V
x
sinα

To print these formally,

V
|| before
= V
x
cosα + V
y
sinα
V
|_ before
= V
y
cosα - V
x
sinα

As we know that on collision V
||
is multiplied by f and V
|_
by -e, we can get the new
formulae for these velocities after the collision.

V
|| after
= f(V
x
cosα + V
y
sinα)
V
|_ after
= -e(V
y
cosα - V
x
sinα)

Now all we need to do is resolve these new velocities parallel and perpendicular to
the surface to the x and y directions to gain our new velocities after the collision.

V
x after
= V
|| after
cos(α) + V
|_ after
cos(π/2 + α)
V
x after
= V
|| after
cosα - V
|_ after
sinα
V
y after
= V
|| after
cos(π/2 - α) + V
|_ after
cos(α)
V
y after
= V
|| after
sinα + V
|_ after
cosα
V
y after
= V
|_ after
cosα + V
|| after
sinα

V
|| after
= f(V
x
cosα + V
y
sinα)

V
|_ after
= -e(V
y
cosα - V
x
sinα)

Now just for a bit of rearranging...

V
x after
= V
|| after
cosα - V
|_ after
sinα

V
|| after
= f(V
x before
cosα + V
y before
sinα)
V
|_ after
= -e(V
y before
cosα - V
x before
sinα)

V
x after
= f(V
x before
cosα + V
y before
sinα)cosα + e(V
y before
cosα - V
x before
sinα)sinα
V
x after
= fV
x
cosαcosα + fV
y
sinαcosα+ eV
y
cosαsinα - eV
x
sinαsinα
V
x after
= fV
x
cos
2
α + fV
y
sinαcosα+ eV
y
cosαsinα - eV
x
sin
2
α
V
x after
= V
x
(fcos
2
α - esin
2
α) + V
y
sinαcosα(f + e)

Let's get rid of those
'before's, they're taking up
too much space!

And now the same thing for the y's

V
y after
= V
|_ after
cosα + V
|| after
sinα

V
y after
= -e(V
y
cosα - V
x
sinα)cosα + f(V
x
cosα + V
y
sinα)sinα
V
y after
= -eV
y
cosαcosα +eV
x
sinαcosα + fV
x
cosαsinα + fV
y
sinαsinα
V
y after
= -eV
y
cos
2
α +eV
x
sinαcosα + fV
x
cosαsinα + fV
y
sin
2
α
V
y after
= V
x
sinαcosα(e + f) + V
y
(fsin
2
α - ecos
2
α)
V
y after
= V
x
sinαcosα(e + f) - V
y
(ecos
2
α - fsin
2
α)

Let's get rid of those
'before's, they're taking up
too much space again!

So finally we come out with what we wanted at the start.

V
x after
= V
x
(fcos
2
α - esin
2
α) + V
y
sinαcosα(f + e)
V
y after
= V
x
sinαcosα(e + f) - V
y
(ecos
2
α - fsin
2
α)

And something worth noting is the case where e = f = 1, when you have both these
values fixed as 1.

V
x after
= V
x
(cos
2
α - sin
2
α) + V
y
sinαcosα(2)
V
x after
= V
x
cos2α + V
y
sin2α
V
y after
= V
x
sinαcosα(2) - V
y
(cos
2
α - sin
2
α)
V
y after
= V
x
sin2α - V
y
cos2α

Using the fact that,
cos2α = cos
2
α - sin
2
α
and
sin2α = 2sinαcosα

So if you want e and f to both be one and never want to change them then this
second pair of formulae is much more efficient to use.

V
x after
= V
x
cos2α + V
y
sin2α
V
y after
= V
x
sin2α - V
y
cos2α

We can now calculate the new x and y values of velocity, so long as we have α to
feed into the equations, and that's easy enough to calculate.

A (x
1
, y
1
)

B (x
2
, y
2
)

Take two points on the line, A and B with respective coordinates (x
1
, y
1
) and (x
2
, y
2
).
By using trigonometry, we can see that

α = arctan

y
2
-

y
1

x
2
-

x
1

( )

Or if we didn't know two points on the line, but instead we knew two points on a
different line that was perpendicular to the original,

C (X
1
, Y
1
)

D (X
2
, Y
2
)

by using the fact that,

α = arctan .

X
1
-

X
2

Y
2
-

Y
1

gradient
original
=

-1

gradient
perpendicular

we get that,

Now that we can do this, we can make the ball bounce off of any surface with a
variable angle. But how would we make the ball bounce off another circle? Actually,
by using exactly the method that was just used before for a slope.

Block circle

Ball

Collision line

When two circles touch, it is at just one point, and if we were to draw a tangent to
one circle that passes through this collision point, this tangent would be the same
whichever circle we drew it from, so in this moment of collision they share a
tangent. That means that the ball is bouncing off a single point on the collision line as
though this collision line were a solid surface in itself, and it also means that if you
take the radii of each circle which connect the centres of the circles to the collision

point you get a straight line that passes through the centres of both circles and is
perpendicular to the collision line. So, we can treat the ball as if it were bouncing off
a line, when we know two points on a line that is perpendicular to this surface -
great! Exactly what we need for the rebounding looked at before.

Horizontal

Circle (x
1
,y
1
)

Ball (x
2
,y
2
)

α = arctan

x
1
-

x
2

So now we can add a circle to our engine which the ball will bounce off of.

As you can see, the circle actually has an extra layer around it that has been turned
to alpha 0 so you can't see it. This is very important to add, and it's also very
important that this see-through area extends from the visible part of the cirlce by a
distance equal to the radius of the ball. You can see why in a minute. Also give the
circle a name, I called mine 'block'.

I also wanted my block to be draggable so I added this code on the MC of block.

on (press) {
this.startDrag(false);
}
on (release, releaseOutside) {
this.stopDrag();
}

Next I added this code to the block MC. By the way the cos2α and sin2α actually
mean "sin/cos squared" but you just can't do superscript in actionscript.

onClipEvent (enterFrame) {
if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
tellTarget (_root.ball) {
α = Math.atan((this._x-_root.ball._x)/(_root.ball._y-this._y));
sinα = Math.sin(α);
cosα = Math.cos(α);
sin2α = Math.pow(sinα, 2);
cos2α = Math.pow(cosα, 2);
xVel = xVel*(f*cos2α-e*sin2α)+yVel*sinα*cosα*(f+e);
yVel = xVel*sinα*cosα*(f+e)+yVel*(f*sin2α-e*cos2α);
}
_root.ball._x = this._x+1.04*(_root.ball._x-this._x);
_root.ball._y = this._y+1.04*(_root.ball._y-this._y);
}
}

As we can see, we are simply taking the method worked out earlier and applying it
to the movie itself.
If we look at the first line, the reasoning for the extra see-through radius of the ball's
radius becomes clear.

if (this.hitTest(_root.ball._x, _root.ball._y, true)) {

So that the hit test doesn't return a positive result if the boxes surrounding the two
circles are touching but the graphics of the circles aren't, we've used a point hit test.
Where it tests to see whether the actual graphics (including the see-through bit) -
hence the true at the end of the hitTest function - of the block are overlapping the
centre point of the ball. So we need that extra radius on the block, otherwise the
ball would have to overlap the block by its radius's length before the central point of
the circle overlapped the block.

About that last bit of the code:

_root.ball._x = this._x+1.04*(_root.ball._x-this._x);
_root.ball._y = this._y+1.04*(_root.ball._y-this._y);

That bit. That's been added for the same reason as why we made the y value of the
ball 380 whenever it moved into the floor - because otherwise the ball could get
stuck in the block, so we want to move it away from the block slightly whenever
they hit.
It changes the x position of the ball to be equal to the x position of the block plus
the difference between the two x values multiplied by just over 1, and the same for
the y position. Meaning that the angle of the ball from the block remains the same,
it's just that the ball has been pushed away a little distance to clear it from block. The
number doesn't need to be much over 1, just enough to make sure it always clears
the block, but not too much that you can notice any sort of jump every time the ball
hits the block.

So let's add the block to the model going so far. The code so far for the ball and
block is as follows. Copy and paste it into Word or any other program, up the font
size and have a look.

Ball (with instance name "ball"):

on (press) {
this.startDrag(false);
}
on (release, releaseOutside) {
this.stopDrag();
}
onClipEvent (enterFrame) {
if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
tellTarget (_root.ball) {
α = Math.atan((this._x-_root.ball._x)/(_root.ball._y-this._y));
sinα = Math.sin(α);
cosα = Math.cos(α);
sin2α = Math.pow(sinα, 2);
cos2α = Math.pow(cosα, 2);
xVel = xVel*(f*cos2α-e*sin2α)+yVel*sinα*cosα*(f+e);
yVel = xVel*sinα*cosα*(f+e)+yVel*(f*sin2α-e*cos2α);
}
_root.ball._x = this._x+1.04*(_root.ball._x-this._x);
_root.ball._y = this._y+1.04*(_root.ball._y-this._y);
}
}

Block (doesn't need instance name):

It should come out like this.

This would be a great point to note out, that if you look back at the code for the
block, not once in it does it refer to anything but the ball and itself, and of course the
phrase "this" is relative to the clip which holds that code. This is very useful because
it means that all you have to do is copy and paste that piece of code into a MC and it
will have those circular collision properties, which is both very quick and easy to
apply to lots of MCs, but is also good because you don't have to clog up a single MC
with lots of different versions of what is basically the same piece of code.

Now, it's quite likely that you're not just going to want the ball to bounce around on
the edges of the screen, you'll probably want some sort of ground. So let's make
some. To start let's just make it out of horizontal and vertical lines, but you really
could make it out of just about any shapes merged together.

Section 3: The Ground

There we are, there's our ground.

If we look at the locus of possible points the centre of the circle could be at when it
touches this ground, we can find out how we're going to make it.

There we are. As you can see, it's a collection of straight lines and curves, all the
ball's radius's distance from the nearest piece of ground.

So how can we turn that into something the ball will bounce off and also know the
direction which the surface of the ground is facing?

We can cut it into several different pieces, different rectangles and partial circles.
And because we already know how to make the ball bounce off of a flat surface as
well as a circle, this should be a doddle.

First make all the pieces into MCs, vertical faces with the same x value or horizontal
faces with the same y value can be put into the same MCs. Note, it's important that
you make the reference point of the MC the centre of the whole circle for the
corner pieces.

So now you can take each upward-facing rectangle surface piece and add this bit of
code to it:

onClipEvent(enterFrame){
if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
tellTarget(_root.ball){
yVel *= -1*e;
xVel *= f;
}
_root.ball._y = 359.5;
}
}

Now this is also, like the circular collision code, basically a universal piece of code
although there is one slight snag - you will have to enter in the according y values for
each one you make:

_root.ball._y = 359.5;

To find out this value, just look at the y value of the red line from the diagram
before, with the locus of the circle on collision with the ground. Normally, this will
just be the rectangle's y value in the properties bar, although you may need to add to
that the height of the rectangle itself, depending on which way the surface is facing.

Then you'd probably better take a little away from that value (or add it on,
depending again on which way the surface is facing) again just to make sure the ball
never gets stuck in the surface. So in mine the top of the surface was at y=360 so I
just took off 0.5, that'll be enough clearance for the ball to get free.

So go through each of your upward facing surfaces, adding that piece of code and
adding in the right y value.

Now the same thing for, you guessed it, the horizontal facing surfaces. This is the
code for it, although you'd probably be able to work out what it is, just swap the
xVel and yVel around and just change the x position of the ball instead of the y.

onClipEvent (enterFrame) {
if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
tellTarget (_root.ball) {
xVel *= -1*e;
yVel *= f;
}
_root.ball._x = 120.5;
}
}

Here in mine the surface was facing toward the right, and the x value (measured to
the left hand side of the rectangle) was 100, the width of it was 20 (the circle's
radius) and I added a little onto the top of that.

_root.ball._x = 120.5;

Now for the corners, which are actually quicker to do than the flat surfaces. All you
need to do is make sure that the reference point of the corner MC is the centre of
the circle that the corner piece forms. For example,

Corner piece

MC reference point

But this should be relatively easy because when you create a new MC it gives you a
choice of where in the movie clip you want the reference point to be, in this
example you'd set it to be the bottom left.

Then just put the same code into the corner that was used for the block, I'll save
you trawling back to find it by giving it to you again.

So just apply this to all the corners, and hey presto. Also, I didn't use it in my
example but you can have a go with it if you want; you can put in surfaces that face
down-wards, like a piece of ground with a roof, or you could make a floating piece of
ground, or also you don't have to keep it as a horizontal or vertical flat line, you can
make a slope at a certain angle. You'd do this by using the formulae for a ball's
collision with a line, however instead of calculating α you just need to put in alpha, so
say if alpha was , sinα would be and cosα would be . So you just
rearrange this to give you your new formulae. However then the part that pushes
the ball slightly away becomes a little more complicated, but that'll be covered in the
next section.

√3

Altogether you should have something similar to this, although feel free to explore
what extents you can create the ground surface to.

Here's the coding so far.

Ball (instance name "ball"):

Block (no instance name):

All four corners (no
instance names):

onClipEvent (enterFrame) {
if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
tellTarget (_root.ball) {
yVel *= -1*e;
xVel *= f;
}
_root.ball._y = #;
}
}

Upward facing surfaces (no
instance names):

onClipEvent (enterFrame) {
if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
tellTarget (_root.ball) {
xVel *= -1*e;
yVel *= f;
}
_root.ball._x = #;
}
}

Sideways facing surfaces
(no instance names):

NB Where I've put x=# or y=# that's where you'd work out the number and
put it in. I thought it a bit pointless to include them seeing as you're ground
would probably be far different from mine.

By now most of this will probably be pretty familiar to you and this section will
mostly just in fact be revision of things already covered, but some of it is new, so
bear with me.
Now this section is all about making a slope that you can vary. But in what was is it
variable? The length? The angle? We could make a slope where you input into a text
boxes perhaps starting coordinates, length and angles of your slope.
But to be honest it's much easier just to have two draggable points with a line
constantly fixed between the two.
So let's start with our two line-constraining points. I called mine nodes.

Section 4: The Variable Slope

I wanted my nodes to also be circular blocks in themselves, so I started by making
them just in the same way as I made my first circular block, with the extra see-
through radius.

There we are, now to just duplicate that to have two identical circles, called Node1
and Node2.

Now to just apply the classic circular collision code and also the dragging code to
both nodes.

Now for the line between them. For this I first gave the nodes instance names
"node1" and "node2" then I drew my line that I wanted to be strung between them.

To make mine I just drew a nice fat line, converted lines to fills and surrounded the
line with a rectangle which extends upwards and downwards by the distance equal
to the radius of the ball. However with no extension left or right, as you can see
above.

OK, so for a moment let's imagine how we're going to string this together between
the points.

Node1
(x
1
, y
1
)

Node2
(x
2
, y
2
)

Take M, the mid point of that line. We know that co-ordinates of that,
. And the coordinates of M are the coordinates of the
central point of the line. We also know θ as well, using .

x
1
+

x
2

( , )

y
1
+

y
2

θ = arctan

We also know the length of the whole line between the nodes, being
√((x
1
+ x
2
)
2
+ (y
1
+ y
2
)
2
).
Now we can bring this together to make the overall code for the line MC.

You can see all the parts looked at included here in this code. The x and y
coordinates being the mid-point of the line betwwen the two nodes, the scale of the
line being the distance between the two points divided by 4 because it uses the scale
of the line MC, and the rotation being the angle between the two nodes.

So for the code of the line that tells the ball to bounce off of it.

if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
tellTarget (_root.ball) {
α = Math.atan((_root.node1._y-_root.node2._y)/(_root.node1._x-_root.node2._x));
sinα = Math.sin(α);
cosα = Math.cos(α);
sin2α = Math.pow(sinα, 2);
cos2α = Math.pow(cosα, 2);
xVel = xVel*(f*cos2α-e*sin2α)+yVel*sinα*cosα*(f+e);
yVel = xVel*sinα*cosα*(f+e)+yVel*(f*sin2α-e*cos2α);
}
}

We can just use the classic rebound coding, however this time it'll be for a slope, so
α will be the angle of the slope between the nodes, so those points have been used
to calculate α.

But now we need the ball to also be pushed slightly away from the line whenever
they collide, so let's think about that.

Node1 (x
1
, y
1
)

Node2 (x
2
, y
2
)

Ball (x
b
, y
b
)

O (x
o
, y
o
)

Line A

Line B

So here we have our pair of cartesian axes, the positions of our two nodes, the ball
and also the point O, where the lines A and B intersect perpendicularly.

So let's look at some values of this diagram.
gradient of Line A = gradA =
gradient of Line B = gradB =

Now we've got some gradients we can start do some stuff. Now we'd like to know
the coordinates of the point O. Once we know that we know where the ball is
compared to the line. So one way of finding O is to get equations for lines A and B.
Now to get equations of thse lines we need two things: a gradient, which we have,
and an intersection value of the y axis.

Let's look at where Line A crosses the y axis.

gradA

x
1

x
1
gradA

y
1
- x
1
gradA

So you can see, it intersects the y axis at y
1
- x
1
gradA. Next to consider where Line
B intersects the y axis.

Ball (x
b
, y
b
)

gradB

y
b
- x
b
gradB

x
b

x
b
gradB

Line B intersects the y axis at y
b
- x
b
gradB. So now let's form cartesian equations of
these two lines.

Line A:
y = mx + c
y = xgradA + y
1
- x
1
gradA

Line B:
y = mx + c
y = xgradB + y
b
- x
b
gradB

We know O is the intersection between these two lines, so just simultaneously
solve them for O.

x
o
gradA + y
1
- x
1
gradA = x
o
gradB + y
b
- x
b
gradB
xg
o
radA - x
o
gradB = x
1
gradA- x
b
gradB + y
b
- y
1
x
o
(gradA - gradB) = x
1
gradA- x
b
gradB + y
b
- y
1
x
o
= .

x
1
gradA- x
b
gradB + y
b
- y
1

gradA - gradB

Sub back in for y.

y
o
= x
o
gradA + y
1
- x
1
gradA
y
o
= gradA(x
o
- x
1
) + y
1

I'm gonna leave it as x
o
, I really don't want to have to type the whole thing out again.

OK we have the coordinates of O. Now to use this to recalculate the ball's position.

r = 20

x
b
- x
o

y
o
- y
b

x
b
= x
o
+ rcosθ
y
b
= y
o
- rsinθ
cosθ =
sinθ =

x
b
- x
o

y
o
- y
b

Now we can fully redefine the position of the ball in two final phrases. Now we
know that r will actually be 20 here in this case, but we don't want it be 20, we
instead want it to be about 21 just to push the ball away a little. So we insert that
into our previous formulae.

x
b
= x
o
+ rcosθ
y
b
= y
o
- rsinθ
x
b
= x
o
+ 21(x
b
- x
o
)
y
b
= y
o
- 21(y
o
- y
b
)
Or more generally you could say:
x
b
= x
o
+ φ(x
b
- x
o
)
y
b
= y
o
- φ(y
o
- y
b
)
Where φ = ratio between new r value and old r value.

Mathematically speaking, it's of interest to point one thing out. Take one of those
previous formulae.
x
b
= x
o
+ φ(x
b
- x
o
).
If you look at that, if φ were 1, the entire right hand side of the formula would boil
down to just x
b
, which is on the left hand side. It generally is a very useful thing to be
able to do that in this kind of flash coding. That is, if you wanted to change one
aspect of a variable but that one aspect was not readily available, you can often pull
apart all the different aspects that set that variable as what it is until the one aspect
that you want to change becomes isolated. Then you can do whatever you want to
it, whether that be to multiply it by some constant or variable, or add to it some
constant or variable. Then when you put it back together, it won't fit back in like it
used to because one aspect of what makes up that variable has changed, when none
of the others have. Take this example, I wanted to just increase the distance
between the ball and the line by a fraction, so I pulled apart the factors that make up
the ball's position when it's in contact with the line until I got to the part where the
distance between the ball and the line is summed up in one number, that being the r
in the phrase

x
b
= x
o
+ rcosθ
y
b
= y
o
- rsinθ.

Then I could do what I wanted to that r, which in this case was to add 1 to it. Then I
simplified this expression as much as posible, but it will never go back to the
simplicity of what it was previously, that being just x
b
. In any case where you do this,
if you change nothing then the expression will go right back to where it started,
which is very obvious really.
To show that in a differrent manner, imagine you have a machine and you want to
change one little aspect of it's workings, maye the size of one gear that is deep inside
the machine. You're going to have to pull it apart until you can get to that one gear,
then put in a slightly differently sized one, and put it back together. However when
you put it back together you may find that it doesn't fit together so smoothly
anymore. For instance increasing the size of that one gear may prevent some of the
bodywork going back on where it used to fit cleanly, so it must go back on a little
more messily, but at least you've changed that gear, what you wanted to do in the
first place. But if you end up not changing the gear, it'll go back to the same way it
used to be.
Exactly the same is true of what I've just done here.

OK enough with the weird analogies, let's put that into code for the MC of the line.

gradA = (_root.node2._y - _root.node1._y)/(_root.node2._x - _root.node1._x);
gradB = (_root.node1._x - _root.node2._x)/(_root.node2._y - _root.node1._y);
xo = (gradA * _root.node1._x - gradB * _root.ball._x - _root.node1._y + _root.ball._y)/(gradA - gradB);
yo = gradA * (xo - _root.node1._x) + _root.node1._y;
_root.ball._x = 21/20 * (_root.ball._x - xo) + xo;
_root.ball._y = 21/20 * (_root.ball._y - yo) + yo;

By the way, if you wanted the same thing but for a fixed slope on the ground, just
take
x
b
±= tcosθ
y
b
±= tsinθ
Where t is the amount you want to move the ball by and θ is the known angle of the
slope. So for mine, I would've used t = 1, and whatever cosθ or sinθ are in the
coding. ± depends on which way the slope is facing. you'll need to work out whether
you need + or -.
That above is the section for the line that tells the ball to reposition itself, it goes just
under the bit in the line that tells the ball to bounce away. So all the code on the line
MC so far should be as follows.

onClipEvent (enterFrame) {
this._x = (_root.node1._x+_root.node2._x)/2;
this._y = (_root.node1._y+_root.node2._y)/2;
this._xscale = Math.sqrt(Math.pow(_root.node1._x-_root.node2._x, 2)+Math.pow(_root.node1._y-_root.node2._y, 2))/4;
this._rotation = Math.atan((_root.node2._y-_root.node1._y)/(_root.node2._x-_root.node1._x))*180/Math.PI;
if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
tellTarget (_root.ball) {
α = Math.atan((_root.node1._y-_root.node2._y)/(_root.node1._x-_root.node2._x));
sinα = Math.sin(α);
cosα = Math.cos(α);
sin2α = Math.pow(sinα, 2);
cos2α = Math.pow(cosα, 2);
xVel = xVel*(f*cos2α-e*sin2α)+yVel*sinα*cosα*(f+e);
yVel = xVel*sinα*cosα*(f+e)+yVel*(f*sin2α-e*cos2α);
}
gradA = (_root.node2._y-_root.node1._y)/(_root.node2._x-_root.node1._x);
gradB = (_root.node1._x-_root.node2._x)/(_root.node2._y-_root.node1._y);
xo = (gradA*_root.node1._x-gradB*_root.ball._x-_root.node1._y+_root.ball._y)/(gradA-gradB);
yo = gradA*(xo-_root.node1._x)+_root.node1._y;
_root.ball._x = 21/20*(_root.ball._x-xo)+xo;
_root.ball._y = 21/20*(_root.ball._y-yo)+yo;
}
}

Alright let's take a look at the coding for all the MCs so far.

onClipEvent (enterFrame) {
if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
tellTarget (_root.ball) {
yVel *= -1*e;
xVel *= f;
}
_root.ball._y = #;
}
}

onClipEvent (enterFrame) {
if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
tellTarget (_root.ball) {
xVel *= -1*e;
yVel *= f;
}
_root.ball._x = #;
}
}

Nodes 1 and 2 (instance
names "node1" and
"node2"):

Line (no instance name):

So what it should look like now.

This is last actual section here, and really it isn't much of a section, it doesn't contain
any real stuff, just a couple of little extras to stick on afterwards.
First I thought of adding a couple of labels to show the x and y positions of the ball
at any time, so I started with two bits of static text to label two dynamic text boxes
which would show the x and y values.

Section 5: Labels and controls

I gave my dynamic text boxes variables sx and sy in the properties bar

Then I put this code into the ball.

tellTarget(_parent){
sx = String(int(this._x));
sy = String(int(this._y));
}

So it tells the main movie that my variables of the dynamic text boxes are equal to
integer values of the ball's x and y coordinates, integer values bacause I don't want it
to display loads of decimal points. This just goes into anywhere in the
onClipEvent(enterFrame){ section of the ball's code.

Next let's put some controls to use to be able to control the ball in some way.

These are my controls, made up of 5 MCs; 4 arrows and one central blob.

I want it that when you press the buttons the ball moves in that direction, when you
press the central blob the ball stops, and that you can also access these controls
using the arrow keys.

So take the top arrow, let's see the coding for that.

on(press){
tellTarget(_root.ball){
yVel -= 5;
}
}

Pretty obviously, it just tells the ball's y velocity to be less. And just repeat this
process for the other arrows but with corresponding velocity modifiers.
For the central blob, I used this following code.

on(press){
tellTarget(_root.ball){
xVel = 0;
Velocity = 0;
}
}
onClipEvent(enterFrame){
if(Key.isDown(Key.LEFT)){
tellTarget(_root.ball){
xVel -= 0.05;
}
}
if(Key.isDown(Key.RIGHT)){
tellTarget(_root.ball){
xVel += 0.05;
}
}
if(Key.isDown(Key.UP)){
tellTarget(_root.ball){
yVel -= 0.2;
}
}
if(Key.isDown(Key.DOWN)){
tellTarget(_root.ball){
yVel += 0.05;
}
}
if(Key.isDown(Key.SPACE)){
tellTarget(_root.ball){
xVel = 0;
yVel = 0;
}
}
}

As you can see, when this MC is pressed, the ball's
velocities are set to 0. Also, it is on this MC that I
decided to place the key listeners. When the according
keyboard keys are pressed, the ball's according velocity
changes too. However here only by a tiny amount,
simply because the framerate of this movie is so high so
when the key is held down, the ball doesn't accelerate
beyond ridiculousness. As you can see, the y velocity is
decreased more when up is pressed. That's because the
ball must always fight gravity so it needs a little extra
boost in the up direction to help it do this.

So that's it. Here's the new code, although there's very little new coding in this
section.

onClipEvent (load) {
var acceleration = 0.005;
var termVelocity = 20;
var yVel = 0;
var xVel = 3;
var e = 0.8;
var f = 0.8;
var dragged = 0;
}
onClipEvent (enterFrame) {
if (this._y<380) {
if (dragged == 0) {
yVel += (termVelocity-yVel)*acceleration;
}
} else if (this._y>380) {
yVel *= -1*e;
xVel *= f;
this._y = 380;
}
if (this._x>530) {
xVel *= -1*e;
yVel *= f;
this._x = 530;
} else if (this._x<20) {
xVel *= -1*e;
yVel *= f;
this._x = 20;
}
if (dragged == 0) {
this._y += yVel;
this._x += xVel;
}
tellTarget(_parent){
sx = String(int(this._x));
sy = String(int(this._y));
}
}
on (press) {
this.startDrag(false);
dragged = 1;
velocity = 0;
xVel = 0;
}
on (release, releaseOutside) {
this.stopDrag();
dragged = 0;
}

Ball (instance name "ball"):

on(press){
tellTarget(_root.ball){
yVel -= 5;
}
}

Up arrow:

on(press){
tellTarget(_root.ball){
yVel += 5;
}
}

Down arrow:

on(press){
tellTarget(_root.ball){
xVel -= 5;
}
}

Left arrow:

on(press){
tellTarget(_root.ball){
xVel += 5;
}
}

Right arrow:

Central blob:

The rest of the coding
hasn't been at all
changed.

That's what it's like.

S
x
≈

S
y
≈

So that's it. That's all the tutorial done. Now this section is just looking at what can
be done with what's been covered and how parts can be developed further.
First off, just looking at how the ball can be changed.

Section 6: Further Notes

Here, e = 0.3, f = 0.9, acceleration = 0.005 and termVelocity = 60. This gives the
impression the ball is made from metal.

Here, e = 0.95, f = 0.5, acceleration = 0.005 and termVelocity = 25. This gives the
impression the ball is made from rubber.

About how this tutorial can be used for other things. Well, I'm not really a very
good Flash game designer but there're lots of games out there that use physics so
this can always be used as a base to build a game off of, I don't know, I guess it's a
matter of imagination and creativity.
Personally I just find making an engine like this much more interesting and rewarding
than making a full game from of, but then that's just me.
Now for some further notes on how things not discussed in the tutorial can be
explored further.
Ok, two other shapes aside from straight lines and circles.

Inverted circles can be done in a way similar to circles.

Make sure the centre of the MC is the centre of the circle produced and that the
grey bit still has that extension of see-through fill, then you can just use the same old
circle formula. Although it will need a new system of repositioning the ball slightly
away from the inverted circle. However that isn't too hard to come by and the
whole collision part of the code taken from regular circles works for this.

Next, ovals.

More difficult than circles, because the tangent isn't always perpendicular to the
radius, which itself is changeable. But it is possible.

Ball

Oval

Now find the equation of the ball using that the equation of a circle is
(x-a)
2
+ (y-b)
2
= r
2
. Then use that the cartesian equation of an oval is
a(x-b)
2
+ c(y-d)
2
= r
2
, where the oval looks like this:

(b, d)

Then equate the equations of the circle and the oval, and you should get a point of
coordinates in x and y of where the circle and the oval meet.

Now you have the x and y co-ordinates of the point of intersection between the
circle and the oval.
If we implicitly differentiate the equation of an oval,
a(x - b)
2
+ c(y - d)
2
= r
2
2a(x - b) + 2c(y - d)dy = 0
2c(y - d)dy = -2a(x - b)
dy = -a(x - b)
This means now you can find the gradient of the oval at the point where the ball and
oval touch, so you know the angle of the effective slope the ball is rebounding off of,
so you can use the same method as before for calculating the new velocities of the
ball.

c(y - d)

You can then create the method where the ball is pushed slightly away from the
surface by taking the distance between the ball's centre and the collision point, then
increasing this distance by, say, 1 as was done before when the circle was pushed
slightly away from the line, but also keeping the angle between the circle's centre and
the collision point the same.

Finally, one thing that you may actually want to put into your system, which I
excluded completely from mine but is very easy to put in, is rotation of the ball.
Especially if the ball has some sort of pattern on it which you want to spin. To do
this, first make a new variable in the ball, probably called "rotationalVelocity" or
anything you want. Then whenever there is a piece of code that expresses a change
of the ball's velocity in a collision, add a piece that says something in the order of
rotationalVelocity += V
||
So for a horizontal or vertical wall, this would be
rotationalVelocity ±= xVel
or
rotationalVelocity ±= yVel.
The ± is because you'll need to put some of them as pluses and some as minuses,
depending on which wall is in question. Just use trial and error until you've got the
right + or - sign for each wall.

For variable slope collisions, just use
rotationalVelocity ±= V
||
Where V
||
is your 'parallel to slope' velocity, being
V
||
= V
x
cosα + V
y
sinα.
Then, just put some type of rotational friction in, which could test whether the
rotation speed is above a small value in magnitude. If it is, then it is made closer to 0
by a certain amount proportional to the rotational velocity. However, if the
rotational velocity is below this small amount in magnitude, then the rotational
velocity is just set as 0. This means that below a certain rotational speed, the ball just
stops turning round.

Something like this could be used.

if(abs(rotationalVelocity) > 1){
rotationalVelocity *= 0.8;
} else {
rotationalVelocity = 0;
}

Well that's it for this tutorial. I hope you enjoyed looking through it, maybe learned
something new, I don't know, I'm not sure how well I've gone through it all really. If
you are at all confused about any of this and want to ask me something, no matter
how trivial, please email me at .
Thanks again, and good luck with any endeavors of your own.
-Laurence

l.hanes@btinternet.com

The ball's position

Move these nodes around and the,
the ball bounces off the line and the
nodes themselves

Move this block around, the ball
bounces off it

Move this ball around and drop it
where you want

The ball bounces off these surfaces

It bounces off
the corners too

Boost the ball around
with these controls

ActionScript [AS1/AS2]

Frame 1
	stop();
Frame 2
	stop();
Frame 3
	stop();
Frame 4
	stop();
Frame 5
	stop();
Frame 6
	stop();
Frame 7
	stop();
Frame 8
	stop();
Frame 9
	stop();
Frame 10
	stop();
Frame 11
	stop();
Frame 12
	stop();
Frame 13
	stop();
Frame 14
	stop();
Frame 15
	stop();
Instance of Symbol 93 MovieClip in Frame 15
onClipEvent (load) {
	var acceleration = 0.005;
	var termVelocity = 20;
	var yVel = 0;
	var xVel = 0;
	var e = 0.8;
	var f = 0.8;
	var dragged = 0;
}
onClipEvent (enterFrame) {
	if (this._y < 380) {
		if (dragged == 0) {
			yVel = yVel + ((termVelocity - yVel) * acceleration);
		}
	} else if (this._y > 380) {
		yVel = yVel * (-1 * e);
		xVel = xVel * f;
		this._y = 380;
	}
	if (this._x > 530) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 530;
	} else if (this._x < 20) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 20;
	}
	if (dragged == 0) {
		this._y = this._y + yVel;
		this._x = this._x + xVel;
	}
}
on (press) {
	this.startDrag(false);
	dragged = 1;
	velocity = 0;
	xVel = 0;
}
on (release, releaseOutside) {
	this.stopDrag();
	dragged = 0;
}
Frame 16
	stop();
Frame 17
	stop();
Frame 18
	stop();
Frame 19
	stop();
Frame 20
	stop();
Frame 21
	stop();
Frame 22
	stop();
Frame 23
	stop();
Frame 24
	stop();
Frame 25
	stop();
Frame 26
	stop();
Frame 27
	stop();
Frame 28
	stop();
Frame 29
	stop();
Frame 30
	stop();
Frame 31
	stop();
Frame 32
	stop();
Frame 33
	stop();
Frame 34
	stop();
Frame 35
	stop();
Frame 36
	stop();
Frame 37
	stop();
Frame 38
	stop();
Instance of Symbol 207 MovieClip "ball" in Frame 38
onClipEvent (load) {
	var acceleration = 0.005;
	var termVelocity = 20;
	var yVel = 0;
	var xVel = 0;
	var e = 0.8;
	var f = 0.8;
	var dragged = 0;
}
onClipEvent (enterFrame) {
	if (this._y < 380) {
		if (dragged == 0) {
			yVel = yVel + ((termVelocity - yVel) * acceleration);
		}
	} else if (this._y > 380) {
		yVel = yVel * (-1 * e);
		xVel = xVel * f;
		this._y = 380;
	}
	if (this._x > 530) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 530;
	} else if (this._x < 20) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 20;
	}
	if (dragged == 0) {
		this._y = this._y + yVel;
		this._x = this._x + xVel;
	}
}
on (press) {
	this.startDrag(false);
	dragged = 1;
	velocity = 0;
	xVel = 0;
}
on (release, releaseOutside) {
	this.stopDrag();
	dragged = 0;
}
Instance of Symbol 209 MovieClip "block" in Frame 38
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Frame 39
	stop();
Frame 40
	stop();
Frame 41
	stop();
Frame 42
	stop();
Frame 43
	stop();
Frame 44
	stop();
Frame 45
	stop();
Frame 46
	stop();
Frame 47
	stop();
Frame 48
	stop();
Frame 49
	stop();
Instance of Symbol 252 MovieClip in Frame 49
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 359.5;
	}
}
Instance of Symbol 254 MovieClip in Frame 49
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 120.5;
	}
}
Instance of Symbol 256 MovieClip in Frame 49
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 258 MovieClip in Frame 49
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 260 MovieClip in Frame 49
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 261 MovieClip in Frame 49
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 263 MovieClip in Frame 49
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 249;
	}
}
Instance of Symbol 264 MovieClip in Frame 49
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 169;
	}
}
Instance of Symbol 265 MovieClip in Frame 49
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 299;
	}
}
Instance of Symbol 267 MovieClip in Frame 49
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 269.5;
	}
}
Instance of Symbol 269 MovieClip in Frame 49
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 350.5;
	}
}
Instance of Symbol 271 MovieClip in Frame 49
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 479.5;
	}
}
Instance of Symbol 207 MovieClip "ball" in Frame 49
onClipEvent (load) {
	var acceleration = 0.005;
	var termVelocity = 20;
	var yVel = 0;
	var xVel = 0;
	var e = 0.8;
	var f = 0.8;
	var dragged = 0;
}
onClipEvent (enterFrame) {
	if (this._y < 380) {
		if (dragged == 0) {
			yVel = yVel + ((termVelocity - yVel) * acceleration);
		}
	} else if (this._y > 380) {
		yVel = yVel * (-1 * e);
		xVel = xVel * f;
		this._y = 380;
	}
	if (this._x > 530) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 530;
	} else if (this._x < 20) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 20;
	}
	if (dragged == 0) {
		this._y = this._y + yVel;
		this._x = this._x + xVel;
	}
}
on (press) {
	this.startDrag(false);
	dragged = 1;
	velocity = 0;
	xVel = 0;
}
on (release, releaseOutside) {
	this.stopDrag();
	dragged = 0;
}
Instance of Symbol 209 MovieClip "block" in Frame 49
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Frame 50
	stop();
Frame 51
	stop();
Frame 52
	stop();
Frame 53
	stop();
Frame 54
	stop();
Frame 55
	stop();
Frame 56
	stop();
Frame 57
	stop();
Frame 58
	stop();
Frame 59
	stop();
Frame 60
	stop();
Frame 61
	stop();
Frame 62
	stop();
Frame 63
	stop();
Frame 64
	stop();
Frame 65
	stop();
Frame 66
	stop();
Frame 67
	stop();
Frame 68
	stop();
Frame 69
	stop();
Frame 70
	stop();
Frame 71
	stop();
Frame 72
	stop();
Frame 73
	stop();
Frame 74
	stop();
Instance of Symbol 252 MovieClip in Frame 74
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 359.5;
	}
}
Instance of Symbol 254 MovieClip in Frame 74
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 120.5;
	}
}
Instance of Symbol 256 MovieClip in Frame 74
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 258 MovieClip in Frame 74
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 260 MovieClip in Frame 74
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 261 MovieClip in Frame 74
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 263 MovieClip in Frame 74
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 249;
	}
}
Instance of Symbol 264 MovieClip in Frame 74
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 169;
	}
}
Instance of Symbol 265 MovieClip in Frame 74
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 299;
	}
}
Instance of Symbol 267 MovieClip in Frame 74
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 269.5;
	}
}
Instance of Symbol 269 MovieClip in Frame 74
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 350.5;
	}
}
Instance of Symbol 271 MovieClip in Frame 74
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 479.5;
	}
}
Instance of Symbol 207 MovieClip "ball" in Frame 74
onClipEvent (load) {
	var acceleration = 0.005;
	var termVelocity = 20;
	var yVel = 0;
	var xVel = 0;
	var e = 0.8;
	var f = 0.8;
	var dragged = 0;
}
onClipEvent (enterFrame) {
	if (this._y < 380) {
		if (dragged == 0) {
			yVel = yVel + ((termVelocity - yVel) * acceleration);
		}
	} else if (this._y > 380) {
		yVel = yVel * (-1 * e);
		xVel = xVel * f;
		this._y = 380;
	}
	if (this._x > 530) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 530;
	} else if (this._x < 20) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 20;
	}
	if (dragged == 0) {
		this._y = this._y + yVel;
		this._x = this._x + xVel;
	}
}
on (press) {
	this.startDrag(false);
	dragged = 1;
	velocity = 0;
	xVel = 0;
}
on (release, releaseOutside) {
	this.stopDrag();
	dragged = 0;
}
Instance of Symbol 209 MovieClip "block" in Frame 74
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 387 MovieClip in Frame 74
onClipEvent (enterFrame) {
	this._x = (_root.node1._x + _root.node2._x) / 2;
	this._y = (_root.node1._y + _root.node2._y) / 2;
	this._xscale = Math.sqrt(Math.pow(_root.node1._x - _root.node2._x, 2) + Math.pow(_root.node1._y - _root.node2._y, 2)) / 4;
	this._rotation = (Math.atan((_root.node2._y - _root.node1._y) / (_root.node2._x - _root.node1._x)) * 180) / Math.PI;
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((_root.node1._y - _root.node2._y) / (_root.node1._x - _root.node2._x)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		gradA = (_root.node2._y - _root.node1._y) / (_root.node2._x - _root.node1._x);
		gradB = (_root.node1._x - _root.node2._x) / (_root.node2._y - _root.node1._y);
		xo = ((((gradA * _root.node1._x) - (gradB * _root.ball._x)) - _root.node1._y) + _root.ball._y) / (gradA - gradB);
		yo = (gradA * (xo - _root.node1._x)) + _root.node1._y;
		_root.ball._x = (1.05 * (_root.ball._x - xo)) + xo;
		_root.ball._y = (1.05 * (_root.ball._y - yo)) + yo;
	}
}
Instance of Symbol 389 MovieClip "node1" in Frame 74
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 390 MovieClip "node2" in Frame 74
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Frame 75
	stop();
Frame 76
	stop();
Frame 77
	stop();
Frame 78
	stop();
Frame 79
	stop();
Frame 80
	stop();
Frame 81
	stop();
Instance of Symbol 427 MovieClip in Frame 81
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 359.5;
	}
}
Instance of Symbol 428 MovieClip in Frame 81
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 120.5;
	}
}
Instance of Symbol 429 MovieClip in Frame 81
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 430 MovieClip in Frame 81
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 431 MovieClip in Frame 81
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 432 MovieClip in Frame 81
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 433 MovieClip in Frame 81
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 249;
	}
}
Instance of Symbol 434 MovieClip in Frame 81
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 169;
	}
}
Instance of Symbol 435 MovieClip in Frame 81
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 299;
	}
}
Instance of Symbol 436 MovieClip in Frame 81
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 269.5;
	}
}
Instance of Symbol 437 MovieClip in Frame 81
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 350.5;
	}
}
Instance of Symbol 438 MovieClip in Frame 81
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 479.5;
	}
}
Instance of Symbol 439 MovieClip "ball" in Frame 81
onClipEvent (load) {
	var acceleration = 0.005;
	var termVelocity = 20;
	var yVel = 0;
	var xVel = 0;
	var e = 0.8;
	var f = 0.8;
	var dragged = 0;
}
onClipEvent (enterFrame) {
	if (this._y < 380) {
		if (dragged == 0) {
			yVel = yVel + ((termVelocity - yVel) * acceleration);
		}
	} else if (this._y > 380) {
		yVel = yVel * (-1 * e);
		xVel = xVel * f;
		this._y = 380;
	}
	if (this._x > 530) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 530;
	} else if (this._x < 20) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 20;
	}
	if (dragged == 0) {
		this._y = this._y + yVel;
		this._x = this._x + xVel;
	}
	tellTarget (_parent) {
		sx = String(int(this._x));
		sy = String(int(this._y));
	};
}
on (press) {
	this.startDrag(false);
	dragged = 1;
	velocity = 0;
	xVel = 0;
}
on (release, releaseOutside) {
	this.stopDrag();
	dragged = 0;
}
Instance of Symbol 440 MovieClip "block" in Frame 81
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 442 MovieClip in Frame 81
onClipEvent (enterFrame) {
	this._x = (_root.node1._x + _root.node2._x) / 2;
	this._y = (_root.node1._y + _root.node2._y) / 2;
	this._xscale = Math.sqrt(Math.pow(_root.node1._x - _root.node2._x, 2) + Math.pow(_root.node1._y - _root.node2._y, 2)) / 4;
	this._rotation = (Math.atan((_root.node2._y - _root.node1._y) / (_root.node2._x - _root.node1._x)) * 180) / Math.PI;
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((_root.node1._y - _root.node2._y) / (_root.node1._x - _root.node2._x)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		gradA = (_root.node2._y - _root.node1._y) / (_root.node2._x - _root.node1._x);
		gradB = (_root.node1._x - _root.node2._x) / (_root.node2._y - _root.node1._y);
		xo = ((((gradA * _root.node1._x) - (gradB * _root.ball._x)) - _root.node1._y) + _root.ball._y) / (gradA - gradB);
		yo = (gradA * (xo - _root.node1._x)) + _root.node1._y;
		_root.ball._x = (1.05 * (_root.ball._x - xo)) + xo;
		_root.ball._y = (1.05 * (_root.ball._y - yo)) + yo;
	}
}
Instance of Symbol 443 MovieClip "node1" in Frame 81
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 444 MovieClip "node2" in Frame 81
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 450 MovieClip in Frame 81
on (press) {
	tellTarget (_root.ball) {
		yVel = yVel - 5;
	};
}
Instance of Symbol 452 MovieClip in Frame 81
on (press) {
	tellTarget (_root.ball) {
		xVel = xVel + 5;
	};
}
Instance of Symbol 454 MovieClip in Frame 81
on (press) {
	tellTarget (_root.ball) {
		xVel = xVel - 5;
	};
}
Instance of Symbol 456 MovieClip in Frame 81
on (press) {
	tellTarget (_root.ball) {
		yVel = yVel + 5;
	};
}
Instance of Symbol 458 MovieClip in Frame 81
on (press) {
	tellTarget (_root.ball) {
		xVel = 0;
		Velocity = 0;
	};
}
onClipEvent (enterFrame) {
	if (Key.isDown(37)) {
		tellTarget (_root.ball) {
			xVel = xVel - 0.05;
		};
	}
	if (Key.isDown(39)) {
		tellTarget (_root.ball) {
			xVel = xVel + 0.05;
		};
	}
	if (Key.isDown(38)) {
		tellTarget (_root.ball) {
			yVel = yVel - 0.2;
		};
	}
	if (Key.isDown(40)) {
		tellTarget (_root.ball) {
			yVel = yVel + 0.05;
		};
	}
	if (Key.isDown(32)) {
		tellTarget (_root.ball) {
			xVel = 0;
			yVel = 0;
		};
	}
}
Frame 82
	stop();
Frame 83
	stop();
Instance of Symbol 252 MovieClip in Frame 83
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 359.5;
	}
}
Instance of Symbol 254 MovieClip in Frame 83
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 120.5;
	}
}
Instance of Symbol 256 MovieClip in Frame 83
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 258 MovieClip in Frame 83
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 260 MovieClip in Frame 83
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 261 MovieClip in Frame 83
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 263 MovieClip in Frame 83
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 249;
	}
}
Instance of Symbol 264 MovieClip in Frame 83
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 169;
	}
}
Instance of Symbol 265 MovieClip in Frame 83
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 299;
	}
}
Instance of Symbol 267 MovieClip in Frame 83
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 269.5;
	}
}
Instance of Symbol 269 MovieClip in Frame 83
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 350.5;
	}
}
Instance of Symbol 271 MovieClip in Frame 83
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 479.5;
	}
}
Instance of Symbol 209 MovieClip "block" in Frame 83
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 387 MovieClip in Frame 83
onClipEvent (enterFrame) {
	this._x = (_root.node1._x + _root.node2._x) / 2;
	this._y = (_root.node1._y + _root.node2._y) / 2;
	this._xscale = Math.sqrt(Math.pow(_root.node1._x - _root.node2._x, 2) + Math.pow(_root.node1._y - _root.node2._y, 2)) / 4;
	this._rotation = (Math.atan((_root.node2._y - _root.node1._y) / (_root.node2._x - _root.node1._x)) * 180) / Math.PI;
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((_root.node1._y - _root.node2._y) / (_root.node1._x - _root.node2._x)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		gradA = (_root.node2._y - _root.node1._y) / (_root.node2._x - _root.node1._x);
		gradB = (_root.node1._x - _root.node2._x) / (_root.node2._y - _root.node1._y);
		xo = ((((gradA * _root.node1._x) - (gradB * _root.ball._x)) - _root.node1._y) + _root.ball._y) / (gradA - gradB);
		yo = (gradA * (xo - _root.node1._x)) + _root.node1._y;
		_root.ball._x = (1.05 * (_root.ball._x - xo)) + xo;
		_root.ball._y = (1.05 * (_root.ball._y - yo)) + yo;
	}
}
Instance of Symbol 389 MovieClip "node1" in Frame 83
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 390 MovieClip "node2" in Frame 83
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 463 MovieClip "ball" in Frame 83
onClipEvent (load) {
	var acceleration = 0.005;
	var termVelocity = 60;
	var yVel = 0;
	var xVel = 0;
	var e = 0.3;
	var f = 0.9;
	var dragged = 0;
}
onClipEvent (enterFrame) {
	if (this._y < 380) {
		if (dragged == 0) {
			yVel = yVel + ((termVelocity - yVel) * acceleration);
		}
	} else if (this._y > 380) {
		yVel = yVel * (-1 * e);
		xVel = xVel * f;
		this._y = 380;
	}
	if (this._x > 530) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 530;
	} else if (this._x < 20) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 20;
	}
	if (dragged == 0) {
		this._y = this._y + yVel;
		this._x = this._x + xVel;
	}
}
on (press) {
	this.startDrag(false);
	dragged = 1;
	velocity = 0;
	xVel = 0;
}
on (release, releaseOutside) {
	this.stopDrag();
	dragged = 0;
}
Frame 84
	stop();
Instance of Symbol 466 MovieClip "ball" in Frame 84
onClipEvent (load) {
	var acceleration = 0.005;
	var termVelocity = 25;
	var yVel = 0;
	var xVel = 0;
	var e = 0.95;
	var f = 0.5;
	var dragged = 0;
}
onClipEvent (enterFrame) {
	if (this._y < 380) {
		if (dragged == 0) {
			yVel = yVel + ((termVelocity - yVel) * acceleration);
		}
	} else if (this._y > 380) {
		yVel = yVel * (-1 * e);
		xVel = xVel * f;
		this._y = 380;
	}
	if (this._x > 530) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 530;
	} else if (this._x < 20) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 20;
	}
	if (dragged == 0) {
		this._y = this._y + yVel;
		this._x = this._x + xVel;
	}
}
on (press) {
	this.startDrag(false);
	dragged = 1;
	velocity = 0;
	xVel = 0;
}
on (release, releaseOutside) {
	this.stopDrag();
	dragged = 0;
}
Frame 85
	stop();
Frame 86
	stop();
Frame 87
	stop();
Frame 88
	stop();
Frame 89
	stop();
Frame 90
	stop();
Frame 91
	stop();
Frame 92
	stop();
Frame 93
	stop();
Frame 94
	stop();
Frame 95
	stop();
Instance of Symbol 427 MovieClip in Frame 95
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 359.5;
	}
}
Instance of Symbol 428 MovieClip in Frame 95
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 120.5;
	}
}
Instance of Symbol 429 MovieClip in Frame 95
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 430 MovieClip in Frame 95
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 431 MovieClip in Frame 95
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 432 MovieClip in Frame 95
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 433 MovieClip in Frame 95
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 249;
	}
}
Instance of Symbol 434 MovieClip in Frame 95
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 169;
	}
}
Instance of Symbol 435 MovieClip in Frame 95
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			yVel = yVel * (-1 * e);
			xVel = xVel * f;
		};
		_root.ball._y = 299;
	}
}
Instance of Symbol 436 MovieClip in Frame 95
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 269.5;
	}
}
Instance of Symbol 437 MovieClip in Frame 95
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 350.5;
	}
}
Instance of Symbol 438 MovieClip in Frame 95
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			xVel = xVel * (-1 * e);
			yVel = yVel * f;
		};
		_root.ball._x = 479.5;
	}
}
Instance of Symbol 439 MovieClip "ball" in Frame 95
onClipEvent (load) {
	var acceleration = 0.005;
	var termVelocity = 20;
	var yVel = 0;
	var xVel = 0;
	var e = 0.8;
	var f = 0.8;
	var dragged = 0;
}
onClipEvent (enterFrame) {
	if (this._y < 380) {
		if (dragged == 0) {
			yVel = yVel + ((termVelocity - yVel) * acceleration);
		}
	} else if (this._y > 380) {
		yVel = yVel * (-1 * e);
		xVel = xVel * f;
		this._y = 380;
	}
	if (this._x > 530) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 530;
	} else if (this._x < 20) {
		xVel = xVel * (-1 * e);
		yVel = yVel * f;
		this._x = 20;
	}
	if (dragged == 0) {
		this._y = this._y + yVel;
		this._x = this._x + xVel;
	}
	tellTarget (_parent) {
		sx = String(int(this._x));
		sy = String(int(this._y));
	};
}
on (press) {
	this.startDrag(false);
	dragged = 1;
	velocity = 0;
	xVel = 0;
}
on (release, releaseOutside) {
	this.stopDrag();
	dragged = 0;
}
Instance of Symbol 440 MovieClip "block" in Frame 95
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 442 MovieClip in Frame 95
onClipEvent (enterFrame) {
	this._x = (_root.node1._x + _root.node2._x) / 2;
	this._y = (_root.node1._y + _root.node2._y) / 2;
	this._xscale = Math.sqrt(Math.pow(_root.node1._x - _root.node2._x, 2) + Math.pow(_root.node1._y - _root.node2._y, 2)) / 4;
	this._rotation = (Math.atan((_root.node2._y - _root.node1._y) / (_root.node2._x - _root.node1._x)) * 180) / Math.PI;
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((_root.node1._y - _root.node2._y) / (_root.node1._x - _root.node2._x)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		gradA = (_root.node2._y - _root.node1._y) / (_root.node2._x - _root.node1._x);
		gradB = (_root.node1._x - _root.node2._x) / (_root.node2._y - _root.node1._y);
		xo = ((((gradA * _root.node1._x) - (gradB * _root.ball._x)) - _root.node1._y) + _root.ball._y) / (gradA - gradB);
		yo = (gradA * (xo - _root.node1._x)) + _root.node1._y;
		_root.ball._x = (1.05 * (_root.ball._x - xo)) + xo;
		_root.ball._y = (1.05 * (_root.ball._y - yo)) + yo;
	}
}
Instance of Symbol 443 MovieClip "node1" in Frame 95
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 444 MovieClip "node2" in Frame 95
on (press) {
	this.startDrag(false);
}
on (release, releaseOutside) {
	this.stopDrag();
}
onClipEvent (enterFrame) {
	if (this.hitTest(_root.ball._x, _root.ball._y, true)) {
		tellTarget (_root.ball) {
			Set("\u03B1", Math.atan((this._x - _root.ball._x) / (_root.ball._y - this._y)));
			Set("sin\u03B1", Math.sin(\u03B1));
			Set("cos\u03B1", Math.cos(\u03B1));
			Set("sin2\u03B1", Math.pow(sin\u03B1, 2));
			Set("cos2\u03B1", Math.pow(cos\u03B1, 2));
			xVel = (xVel * ((f * cos2\u03B1) - (e * sin2\u03B1))) + (((yVel * sin\u03B1) * cos\u03B1) * (f + e));
			yVel = (((xVel * sin\u03B1) * cos\u03B1) * (f + e)) + (yVel * ((f * sin2\u03B1) - (e * cos2\u03B1)));
		};
		_root.ball._x = this._x + (1.04 * (_root.ball._x - this._x));
		_root.ball._y = this._y + (1.04 * (_root.ball._y - this._y));
	}
}
Instance of Symbol 450 MovieClip in Frame 95
on (press) {
	tellTarget (_root.ball) {
		yVel = yVel - 5;
	};
}
Instance of Symbol 452 MovieClip in Frame 95
on (press) {
	tellTarget (_root.ball) {
		xVel = xVel + 5;
	};
}
Instance of Symbol 454 MovieClip in Frame 95
on (press) {
	tellTarget (_root.ball) {
		xVel = xVel - 5;
	};
}
Instance of Symbol 456 MovieClip in Frame 95
on (press) {
	tellTarget (_root.ball) {
		yVel = yVel + 5;
	};
}
Instance of Symbol 458 MovieClip in Frame 95
on (press) {
	tellTarget (_root.ball) {
		xVel = 0;
		Velocity = 0;
	};
}
onClipEvent (enterFrame) {
	if (Key.isDown(37)) {
		tellTarget (_root.ball) {
			xVel = xVel - 0.05;
		};
	}
	if (Key.isDown(39)) {
		tellTarget (_root.ball) {
			xVel = xVel + 0.05;
		};
	}
	if (Key.isDown(38)) {
		tellTarget (_root.ball) {
			yVel = yVel - 0.2;
		};
	}
	if (Key.isDown(40)) {
		tellTarget (_root.ball) {
			yVel = yVel + 0.05;
		};
	}
	if (Key.isDown(32)) {
		tellTarget (_root.ball) {
			xVel = 0;
			yVel = 0;
		};
	}
}
Symbol 12 Button
on (press) {
	_root.play();
}
Symbol 13 MovieClip Frame 1
	_root.stop();
	circleLoaded = (_root.getBytesLoaded() / _root.getBytesTotal()) * 118.2;
	amountLoaded = (_root.getBytesLoaded() / _root.getBytesTotal()) * 100;
	black._y = 39.2 - circleLoaded;
	shade._alpha = amountLoaded;
	percent = String(int(amountLoaded));
	if (_root.getBytesLoaded() == _root.getBytesTotal()) {
		gotoAndStop (3);
	}
	play();
Symbol 13 MovieClip Frame 2
	gotoAndPlay (1);
Symbol 13 MovieClip Frame 3
	stop();
Symbol 21 Button
on (press) {
	gotoAndStop (95);
}
Symbol 24 Button
on (press) {
	gotoAndStop (3);
}
Symbol 27 Button
on (press) {
	gotoAndStop (4);
}
Symbol 29 Button
on (press) {
	gotoAndStop (17);
}
Symbol 31 Button
on (press) {
	gotoAndStop (40);
}
Symbol 33 Button
on (press) {
	gotoAndStop (52);
}
Symbol 35 Button
on (press) {
	gotoAndStop (75);
}
Symbol 37 Button
on (press) {
	gotoAndStop (82);
}
Symbol 40 Button
on (press) {
	nextFrame();
}
Symbol 43 Button
on (press) {
	prevFrame();
}
Symbol 46 Button
on (press) {
	gotoAndStop (2);
}

Library Items

Symbol 1 Graphic	Used by:Timeline
Symbol 2 Font	Used by:3 4 5 11 17 19 22 25 28 30 32 34 36 39 42 45 47 48 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 67 69 70 71 72 73 75 78 79 80 81 82 83 84 85 86 87 88 89 90 91 94 95 96 97 98 99 101 103 104 105 106 107 108 109 111 112 113 114 115 118 119 120 122 123 124 125 126 127 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 147 148 149 151 152 153 154 155 156 157 158 160 161 162 163 164 165 166 167 168 169 170 172 173 174 175 176 178 179 181 182 183 184 185 186 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 210 212 213 214 216 217 219 220 221 224 225 226 227 228 229 230 231 232 234 235 236 237 238 239 242 243 245 246 247 248 249 250 272 273 274 275 276 277 278 279 280 281 282 283 284 285 286 287 292 293 294 295 300 302 303 304 305 306 307 308 309 310 311 312 313 314 315 316 318 319 320 321 322 323 324 325 326 327 329 330 332 334 335 336 337 338 340 341 342 343 344 345 347 348 349 350 351 352 353 354 355 357 358 359 360 361 362 363 364 366 367 368 369 370 371 372 373 374 375 376 377 378 379 380 381 382 383 384 385 391 392 393 398 399 400 401 402 403 407 408 409 410 411 412 413 414 415 416 417 418 419 420 421 422 423 424 425 426 445 446 447 448 459 460 461 464 467 468 469 473 474 475 476 481 482 483 484 485 486 488 489 490 491 492 493 494 495 496 497 498 499 500 501 502 503 504 505 506
Symbol 3 Text	Uses:2	Used by:13
Symbol 4 Text	Uses:2	Used by:13
Symbol 5 EditableText	Uses:2	Used by:13
Symbol 6 Graphic	Used by:7
Symbol 7 MovieClip	Uses:6	Used by:13
Symbol 8 Graphic	Used by:9 12
Symbol 9 MovieClip	Uses:8	Used by:13
Symbol 10 Graphic	Used by:13
Symbol 11 Text	Uses:2	Used by:12
Symbol 12 Button	Uses:11 8	Used by:13
Symbol 13 MovieClip	Uses:3 4 5 7 9 10 12	Used by:Timeline
Symbol 14 Font	Used by:15 74 147
Symbol 15 Text	Uses:14	Used by:16
Symbol 16 MovieClip	Uses:15	Used by:Timeline
Symbol 17 Text	Uses:2	Used by:Timeline
Symbol 18 Graphic	Used by:Timeline
Symbol 19 Text	Uses:2	Used by:21
Symbol 20 Graphic	Used by:21
Symbol 21 Button	Uses:19 20	Used by:Timeline
Symbol 22 Text	Uses:2	Used by:24
Symbol 23 Graphic	Used by:24
Symbol 24 Button	Uses:22 23	Used by:Timeline
Symbol 25 Text	Uses:2	Used by:27
Symbol 26 Graphic	Used by:27 29 31 33 35 37
Symbol 27 Button	Uses:25 26	Used by:Timeline
Symbol 28 Text	Uses:2	Used by:29
Symbol 29 Button	Uses:28 26	Used by:Timeline
Symbol 30 Text	Uses:2	Used by:31
Symbol 31 Button	Uses:30 26	Used by:Timeline
Symbol 32 Text	Uses:2	Used by:33
Symbol 33 Button	Uses:32 26	Used by:Timeline
Symbol 34 Text	Uses:2	Used by:35
Symbol 35 Button	Uses:34 26	Used by:Timeline
Symbol 36 Text	Uses:2	Used by:37
Symbol 37 Button	Uses:36 26	Used by:Timeline
Symbol 38 Graphic	Used by:40
Symbol 39 Text	Uses:2	Used by:40
Symbol 40 Button	Uses:38 39	Used by:Timeline
Symbol 41 Graphic	Used by:43
Symbol 42 Text	Uses:2	Used by:43
Symbol 43 Button	Uses:41 42	Used by:Timeline
Symbol 44 Graphic	Used by:46
Symbol 45 Text	Uses:2	Used by:46
Symbol 46 Button	Uses:44 45	Used by:Timeline
Symbol 47 Text	Uses:2	Used by:Timeline
Symbol 48 Text	Uses:2	Used by:Timeline
Symbol 49 Bitmap	Used by:50
Symbol 50 Graphic	Uses:49	Used by:Timeline
Symbol 51 Text	Uses:2	Used by:Timeline
Symbol 52 Text	Uses:2	Used by:Timeline
Symbol 53 Text	Uses:2	Used by:Timeline
Symbol 54 Text	Uses:2	Used by:Timeline
Symbol 55 Text	Uses:2	Used by:Timeline
Symbol 56 EditableText	Uses:2	Used by:Timeline
Symbol 57 Text	Uses:2	Used by:Timeline
Symbol 58 Text	Uses:2	Used by:Timeline
Symbol 59 Text	Uses:2	Used by:Timeline
Symbol 60 EditableText	Uses:2	Used by:Timeline
Symbol 61 Text	Uses:2	Used by:Timeline
Symbol 62 Text	Uses:2	Used by:Timeline
Symbol 63 EditableText	Uses:2	Used by:Timeline
Symbol 64 Text	Uses:2	Used by:Timeline
Symbol 65 EditableText	Uses:2	Used by:Timeline
Symbol 66 Graphic	Used by:Timeline
Symbol 67 Text	Uses:2	Used by:Timeline
Symbol 68 Graphic	Used by:Timeline
Symbol 69 Text	Uses:2	Used by:Timeline
Symbol 70 Text	Uses:2	Used by:Timeline
Symbol 71 EditableText	Uses:2	Used by:Timeline
Symbol 72 Text	Uses:2	Used by:Timeline
Symbol 73 Text	Uses:2	Used by:Timeline
Symbol 74 Text	Uses:14	Used by:Timeline
Symbol 75 Text	Uses:2	Used by:Timeline
Symbol 76 Graphic	Used by:Timeline
Symbol 77 Font	Used by:78 101 102 117 118 119 123 125 127 130 131 132 134 135 136 139 140 143 145 149 151 155 164 180 183 193 245 301 305 310 316 361 367 368 369 373 493
Symbol 78 Text	Uses:2 77	Used by:Timeline
Symbol 79 EditableText	Uses:2	Used by:Timeline
Symbol 80 Text	Uses:2	Used by:Timeline
Symbol 81 Text	Uses:2	Used by:Timeline
Symbol 82 Text	Uses:2	Used by:Timeline
Symbol 83 EditableText	Uses:2	Used by:Timeline
Symbol 84 Text	Uses:2	Used by:Timeline
Symbol 85 Text	Uses:2	Used by:Timeline
Symbol 86 Text	Uses:2	Used by:Timeline
Symbol 87 EditableText	Uses:2	Used by:Timeline
Symbol 88 Text	Uses:2	Used by:Timeline
Symbol 89 Text	Uses:2	Used by:Timeline
Symbol 90 EditableText	Uses:2	Used by:Timeline
Symbol 91 Text	Uses:2	Used by:Timeline
Symbol 92 Graphic	Used by:93 207 439
Symbol 93 MovieClip	Uses:92	Used by:Timeline
Symbol 94 Text	Uses:2	Used by:Timeline
Symbol 95 EditableText	Uses:2	Used by:Timeline
Symbol 96 Text	Uses:2	Used by:Timeline
Symbol 97 Text	Uses:2	Used by:Timeline
Symbol 98 Text	Uses:2	Used by:Timeline
Symbol 99 Text	Uses:2	Used by:Timeline
Symbol 100 Graphic	Used by:Timeline
Symbol 101 Text	Uses:2 77	Used by:Timeline
Symbol 102 Text	Uses:77	Used by:Timeline
Symbol 103 Text	Uses:2	Used by:Timeline
Symbol 104 Text	Uses:2	Used by:Timeline
Symbol 105 Text	Uses:2	Used by:Timeline
Symbol 106 Text	Uses:2	Used by:Timeline
Symbol 107 Text	Uses:2	Used by:Timeline
Symbol 108 Text	Uses:2	Used by:Timeline
Symbol 109 Text	Uses:2	Used by:Timeline
Symbol 110 Graphic	Used by:Timeline
Symbol 111 Text	Uses:2	Used by:Timeline
Symbol 112 Text	Uses:2	Used by:Timeline
Symbol 113 Text	Uses:2	Used by:Timeline
Symbol 114 Text	Uses:2	Used by:Timeline
Symbol 115 Text	Uses:2	Used by:Timeline
Symbol 116 Graphic	Used by:Timeline
Symbol 117 Text	Uses:77	Used by:Timeline
Symbol 118 Text	Uses:2 77	Used by:Timeline
Symbol 119 Text	Uses:2 77	Used by:Timeline
Symbol 120 Text	Uses:2	Used by:Timeline
Symbol 121 Graphic	Used by:Timeline
Symbol 122 Text	Uses:2	Used by:Timeline
Symbol 123 Text	Uses:2 77	Used by:Timeline
Symbol 124 Text	Uses:2	Used by:Timeline
Symbol 125 Text	Uses:2 77	Used by:Timeline
Symbol 126 Text	Uses:2	Used by:Timeline
Symbol 127 Text	Uses:2 77	Used by:Timeline
Symbol 128 Graphic	Used by:Timeline
Symbol 129 Text	Uses:2	Used by:Timeline
Symbol 130 Text	Uses:2 77	Used by:Timeline
Symbol 131 Text	Uses:2 77	Used by:Timeline
Symbol 132 Text	Uses:2 77	Used by:Timeline
Symbol 133 Text	Uses:2	Used by:Timeline
Symbol 134 Text	Uses:2 77	Used by:Timeline
Symbol 135 Text	Uses:2 77	Used by:Timeline
Symbol 136 Text	Uses:2 77	Used by:Timeline
Symbol 137 Text	Uses:2	Used by:Timeline
Symbol 138 Text	Uses:2	Used by:Timeline
Symbol 139 Text	Uses:2 77	Used by:Timeline
Symbol 140 Text	Uses:2 77	Used by:Timeline
Symbol 141 Text	Uses:2	Used by:Timeline
Symbol 142 Text	Uses:2	Used by:Timeline
Symbol 143 Text	Uses:2 77	Used by:Timeline
Symbol 144 Text	Uses:2	Used by:Timeline
Symbol 145 Text	Uses:2 77	Used by:Timeline
Symbol 146 Font	Used by:147
Symbol 147 Text	Uses:2 14 146	Used by:Timeline
Symbol 148 Text	Uses:2	Used by:Timeline
Symbol 149 Text	Uses:2 77	Used by:Timeline
Symbol 150 Graphic	Used by:Timeline
Symbol 151 Text	Uses:2 77	Used by:Timeline
Symbol 152 Text	Uses:2	Used by:Timeline
Symbol 153 Text	Uses:2	Used by:Timeline
Symbol 154 Text	Uses:2	Used by:Timeline
Symbol 155 Text	Uses:77 2	Used by:Timeline
Symbol 156 Text	Uses:2	Used by:Timeline
Symbol 157 Text	Uses:2	Used by:Timeline
Symbol 158 Text	Uses:2	Used by:Timeline
Symbol 159 Graphic	Used by:Timeline
Symbol 160 Text	Uses:2	Used by:Timeline
Symbol 161 Text	Uses:2	Used by:Timeline
Symbol 162 Text	Uses:2	Used by:Timeline
Symbol 163 Text	Uses:2	Used by:Timeline
Symbol 164 Text	Uses:77 2	Used by:Timeline
Symbol 165 Text	Uses:2	Used by:Timeline
Symbol 166 Text	Uses:2	Used by:Timeline
Symbol 167 Text	Uses:2	Used by:Timeline
Symbol 168 Text	Uses:2	Used by:Timeline
Symbol 169 Text	Uses:2	Used by:Timeline
Symbol 170 Text	Uses:2	Used by:Timeline
Symbol 171 Graphic	Used by:Timeline
Symbol 172 Text	Uses:2	Used by:Timeline
Symbol 173 Text	Uses:2	Used by:Timeline
Symbol 174 Text	Uses:2	Used by:Timeline
Symbol 175 Text	Uses:2	Used by:Timeline
Symbol 176 Text	Uses:2	Used by:Timeline
Symbol 177 Graphic	Used by:Timeline
Symbol 178 Text	Uses:2	Used by:Timeline
Symbol 179 Text	Uses:2	Used by:Timeline
Symbol 180 Text	Uses:77	Used by:Timeline
Symbol 181 Text	Uses:2	Used by:Timeline
Symbol 182 Text	Uses:2	Used by:Timeline
Symbol 183 Text	Uses:77 2	Used by:Timeline
Symbol 184 Text	Uses:2	Used by:Timeline
Symbol 185 Text	Uses:2	Used by:Timeline
Symbol 186 Text	Uses:2	Used by:Timeline
Symbol 187 Bitmap	Used by:190
Symbol 188 Bitmap	Used by:190
Symbol 189 Bitmap	Used by:190
Symbol 190 Graphic	Uses:187 188 189	Used by:Timeline
Symbol 191 Text	Uses:2	Used by:Timeline
Symbol 192 EditableText	Uses:2	Used by:Timeline
Symbol 193 Text	Uses:2 77	Used by:Timeline
Symbol 194 EditableText	Uses:2	Used by:Timeline
Symbol 195 Text	Uses:2	Used by:Timeline
Symbol 196 EditableText	Uses:2	Used by:Timeline
Symbol 197 Text	Uses:2	Used by:Timeline
Symbol 198 Text	Uses:2	Used by:Timeline
Symbol 199 EditableText	Uses:2	Used by:Timeline
Symbol 200 Text	Uses:2	Used by:Timeline
Symbol 201 Text	Uses:2	Used by:Timeline
Symbol 202 EditableText	Uses:2	Used by:Timeline
Symbol 203 Text	Uses:2	Used by:Timeline
Symbol 204 EditableText	Uses:2	Used by:Timeline
Symbol 205 Text	Uses:2	Used by:Timeline
Symbol 206 Text	Uses:2	Used by:Timeline
Symbol 207 MovieClip	Uses:92	Used by:Timeline
Symbol 208 Graphic	Used by:209 440
Symbol 209 MovieClip	Uses:208	Used by:Timeline
Symbol 210 Text	Uses:2	Used by:Timeline
Symbol 211 Graphic	Used by:Timeline
Symbol 212 Text	Uses:2	Used by:Timeline
Symbol 213 Text	Uses:2	Used by:Timeline
Symbol 214 Text	Uses:2	Used by:Timeline
Symbol 215 Graphic	Used by:Timeline
Symbol 216 Text	Uses:2	Used by:Timeline
Symbol 217 Text	Uses:2	Used by:Timeline
Symbol 218 Graphic	Used by:Timeline
Symbol 219 Text	Uses:2	Used by:Timeline
Symbol 220 Text	Uses:2	Used by:Timeline
Symbol 221 Text	Uses:2	Used by:Timeline
Symbol 222 Bitmap	Used by:223
Symbol 223 Graphic	Uses:222	Used by:Timeline
Symbol 224 Text	Uses:2	Used by:Timeline
Symbol 225 EditableText	Uses:2	Used by:Timeline
Symbol 226 Text	Uses:2	Used by:Timeline
Symbol 227 EditableText	Uses:2	Used by:Timeline
Symbol 228 Text	Uses:2	Used by:Timeline
Symbol 229 Text	Uses:2	Used by:Timeline
Symbol 230 Text	Uses:2	Used by:Timeline
Symbol 231 Text	Uses:2	Used by:Timeline
Symbol 232 EditableText	Uses:2	Used by:Timeline
Symbol 233 Graphic	Used by:Timeline
Symbol 234 Text	Uses:2	Used by:Timeline
Symbol 235 EditableText	Uses:2	Used by:Timeline
Symbol 236 Text	Uses:2	Used by:Timeline
Symbol 237 Text	Uses:2	Used by:Timeline
Symbol 238 Text	Uses:2	Used by:Timeline
Symbol 239 Text	Uses:2	Used by:Timeline
Symbol 240 Bitmap	Used by:241
Symbol 241 Graphic	Uses:240	Used by:Timeline
Symbol 242 Text	Uses:2	Used by:Timeline
Symbol 243 EditableText	Uses:2	Used by:Timeline
Symbol 244 Graphic	Used by:Timeline
Symbol 245 Text	Uses:2 77	Used by:Timeline
Symbol 246 Text	Uses:2	Used by:Timeline
Symbol 247 Text	Uses:2	Used by:Timeline
Symbol 248 Text	Uses:2	Used by:Timeline
Symbol 249 Text	Uses:2	Used by:Timeline
Symbol 250 Text	Uses:2	Used by:Timeline
Symbol 251 Graphic	Used by:252 427
Symbol 252 MovieClip	Uses:251	Used by:Timeline
Symbol 253 Graphic	Used by:254 428
Symbol 254 MovieClip	Uses:253	Used by:Timeline
Symbol 255 Graphic	Used by:256 429
Symbol 256 MovieClip	Uses:255	Used by:Timeline
Symbol 257 Graphic	Used by:258 261 430 432
Symbol 258 MovieClip	Uses:257	Used by:Timeline
Symbol 259 Graphic	Used by:260 431
Symbol 260 MovieClip	Uses:259	Used by:Timeline
Symbol 261 MovieClip	Uses:257	Used by:Timeline
Symbol 262 Graphic	Used by:263 264 265 433 434 435
Symbol 263 MovieClip	Uses:262	Used by:Timeline
Symbol 264 MovieClip	Uses:262	Used by:Timeline
Symbol 265 MovieClip	Uses:262	Used by:Timeline
Symbol 266 Graphic	Used by:267 436
Symbol 267 MovieClip	Uses:266	Used by:Timeline
Symbol 268 Graphic	Used by:269 437
Symbol 269 MovieClip	Uses:268	Used by:Timeline
Symbol 270 Graphic	Used by:271 438
Symbol 271 MovieClip	Uses:270	Used by:Timeline
Symbol 272 Text	Uses:2	Used by:Timeline
Symbol 273 EditableText	Uses:2	Used by:Timeline
Symbol 274 Text	Uses:2	Used by:Timeline
Symbol 275 EditableText	Uses:2	Used by:Timeline
Symbol 276 Text	Uses:2	Used by:Timeline
Symbol 277 EditableText	Uses:2	Used by:Timeline
Symbol 278 Text	Uses:2	Used by:Timeline
Symbol 279 EditableText	Uses:2	Used by:Timeline
Symbol 280 Text	Uses:2	Used by:Timeline
Symbol 281 EditableText	Uses:2	Used by:Timeline
Symbol 282 Text	Uses:2	Used by:Timeline
Symbol 283 Text	Uses:2	Used by:Timeline
Symbol 284 Text	Uses:2	Used by:Timeline
Symbol 285 Text	Uses:2	Used by:Timeline
Symbol 286 Text	Uses:2	Used by:Timeline
Symbol 287 Text	Uses:2	Used by:Timeline
Symbol 288 Bitmap	Used by:291
Symbol 289 Bitmap	Used by:291
Symbol 290 Bitmap	Used by:291
Symbol 291 Graphic	Uses:288 289 290	Used by:Timeline
Symbol 292 Text	Uses:2	Used by:Timeline
Symbol 293 EditableText	Uses:2	Used by:Timeline
Symbol 294 Text	Uses:2	Used by:Timeline
Symbol 295 Text	Uses:2	Used by:Timeline
Symbol 296 Bitmap	Used by:298
Symbol 297 Bitmap	Used by:298
Symbol 298 Graphic	Uses:296 297	Used by:Timeline
Symbol 299 Graphic	Used by:Timeline
Symbol 300 Text	Uses:2	Used by:Timeline
Symbol 301 Text	Uses:77	Used by:Timeline
Symbol 302 Text	Uses:2	Used by:Timeline
Symbol 303 Text	Uses:2	Used by:Timeline
Symbol 304 Text	Uses:2	Used by:Timeline
Symbol 305 Text	Uses:2 77	Used by:Timeline
Symbol 306 Text	Uses:2	Used by:Timeline
Symbol 307 Text	Uses:2	Used by:Timeline
Symbol 308 Text	Uses:2	Used by:Timeline
Symbol 309 Text	Uses:2	Used by:Timeline
Symbol 310 Text	Uses:77 2	Used by:Timeline
Symbol 311 Text	Uses:2	Used by:Timeline
Symbol 312 EditableText	Uses:2	Used by:Timeline
Symbol 313 Text	Uses:2	Used by:Timeline
Symbol 314 Text	Uses:2	Used by:Timeline
Symbol 315 EditableText	Uses:2	Used by:Timeline
Symbol 316 Text	Uses:2 77	Used by:Timeline
Symbol 317 Graphic	Used by:Timeline
Symbol 318 Text	Uses:2	Used by:Timeline
Symbol 319 Text	Uses:2	Used by:Timeline
Symbol 320 Text	Uses:2	Used by:Timeline
Symbol 321 Text	Uses:2	Used by:Timeline
Symbol 322 Text	Uses:2	Used by:Timeline
Symbol 323 Text	Uses:2	Used by:Timeline
Symbol 324 Text	Uses:2	Used by:Timeline
Symbol 325 Text	Uses:2	Used by:Timeline
Symbol 326 Text	Uses:2	Used by:Timeline
Symbol 327 Text	Uses:2	Used by:Timeline
Symbol 328 Graphic	Used by:Timeline
Symbol 329 Text	Uses:2	Used by:Timeline
Symbol 330 Text	Uses:2	Used by:Timeline
Symbol 331 Graphic	Used by:Timeline
Symbol 332 Text	Uses:2	Used by:Timeline
Symbol 333 Graphic	Used by:Timeline
Symbol 334 Text	Uses:2	Used by:Timeline
Symbol 335 Text	Uses:2	Used by:Timeline
Symbol 336 Text	Uses:2	Used by:Timeline
Symbol 337 Text	Uses:2	Used by:Timeline
Symbol 338 Text	Uses:2	Used by:Timeline
Symbol 339 Graphic	Used by:Timeline
Symbol 340 Text	Uses:2	Used by:Timeline
Symbol 341 Text	Uses:2	Used by:Timeline
Symbol 342 Text	Uses:2	Used by:Timeline
Symbol 343 Text	Uses:2	Used by:Timeline
Symbol 344 Text	Uses:2	Used by:Timeline
Symbol 345 Text	Uses:2	Used by:Timeline
Symbol 346 Graphic	Used by:Timeline
Symbol 347 Text	Uses:2	Used by:Timeline
Symbol 348 Text	Uses:2	Used by:Timeline
Symbol 349 Text	Uses:2	Used by:Timeline
Symbol 350 Text	Uses:2	Used by:Timeline
Symbol 351 Text	Uses:2	Used by:Timeline
Symbol 352 Text	Uses:2	Used by:Timeline
Symbol 353 Text	Uses:2	Used by:Timeline
Symbol 354 Text	Uses:2	Used by:Timeline
Symbol 355 Text	Uses:2	Used by:Timeline
Symbol 356 Graphic	Used by:Timeline
Symbol 357 Text	Uses:2	Used by:Timeline
Symbol 358 Text	Uses:2	Used by:Timeline
Symbol 359 Text	Uses:2	Used by:Timeline
Symbol 360 Text	Uses:2	Used by:Timeline
Symbol 361 Text	Uses:2 77	Used by:Timeline
Symbol 362 Text	Uses:2	Used by:Timeline
Symbol 363 Text	Uses:2	Used by:Timeline
Symbol 364 Text	Uses:2	Used by:Timeline
Symbol 365 Graphic	Used by:Timeline
Symbol 366 Text	Uses:2	Used by:Timeline
Symbol 367 Text	Uses:2 77	Used by:Timeline
Symbol 368 Text	Uses:2 77	Used by:Timeline
Symbol 369 Text	Uses:2 77	Used by:Timeline
Symbol 370 Text	Uses:2	Used by:Timeline
Symbol 371 Text	Uses:2	Used by:Timeline
Symbol 372 EditableText	Uses:2	Used by:Timeline
Symbol 373 Text	Uses:2 77	Used by:Timeline
Symbol 374 EditableText	Uses:2	Used by:Timeline
Symbol 375 Text	Uses:2	Used by:Timeline
Symbol 376 EditableText	Uses:2	Used by:Timeline
Symbol 377 EditableText	Uses:2	Used by:Timeline
Symbol 378 EditableText	Uses:2	Used by:Timeline
Symbol 379 EditableText	Uses:2	Used by:Timeline
Symbol 380 EditableText	Uses:2	Used by:Timeline
Symbol 381 Text	Uses:2	Used by:Timeline
Symbol 382 EditableText	Uses:2	Used by:Timeline
Symbol 383 Text	Uses:2	Used by:Timeline
Symbol 384 EditableText	Uses:2	Used by:Timeline
Symbol 385 Text	Uses:2	Used by:Timeline
Symbol 386 Graphic	Used by:387
Symbol 387 MovieClip	Uses:386	Used by:Timeline
Symbol 388 Graphic	Used by:389 390 443 444
Symbol 389 MovieClip	Uses:388	Used by:Timeline
Symbol 390 MovieClip	Uses:388	Used by:Timeline
Symbol 391 Text	Uses:2	Used by:Timeline
Symbol 392 Text	Uses:2	Used by:Timeline
Symbol 393 Text	Uses:2	Used by:Timeline
Symbol 394 Bitmap	Used by:397
Symbol 395 Bitmap	Used by:397
Symbol 396 Bitmap	Used by:397
Symbol 397 Graphic	Uses:394 395 396	Used by:Timeline
Symbol 398 Text	Uses:2	Used by:Timeline
Symbol 399 EditableText	Uses:2	Used by:Timeline
Symbol 400 Text	Uses:2	Used by:Timeline
Symbol 401 Text	Uses:2	Used by:Timeline
Symbol 402 Text	Uses:2	Used by:Timeline
Symbol 403 Text	Uses:2	Used by:Timeline
Symbol 404 Bitmap	Used by:406
Symbol 405 Bitmap	Used by:406
Symbol 406 Graphic	Uses:404 405	Used by:Timeline
Symbol 407 Text	Uses:2	Used by:Timeline
Symbol 408 EditableText	Uses:2	Used by:Timeline
Symbol 409 Text	Uses:2	Used by:Timeline
Symbol 410 EditableText	Uses:2	Used by:Timeline
Symbol 411 Text	Uses:2	Used by:Timeline
Symbol 412 Text	Uses:2	Used by:Timeline
Symbol 413 EditableText	Uses:2	Used by:Timeline
Symbol 414 Text	Uses:2	Used by:Timeline
Symbol 415 EditableText	Uses:2	Used by:Timeline
Symbol 416 Text	Uses:2	Used by:Timeline
Symbol 417 EditableText	Uses:2	Used by:Timeline
Symbol 418 Text	Uses:2	Used by:Timeline
Symbol 419 EditableText	Uses:2	Used by:Timeline
Symbol 420 Text	Uses:2	Used by:Timeline
Symbol 421 EditableText	Uses:2	Used by:Timeline
Symbol 422 Text	Uses:2	Used by:Timeline
Symbol 423 Text	Uses:2	Used by:Timeline
Symbol 424 EditableText	Uses:2	Used by:Timeline
Symbol 425 Text	Uses:2	Used by:Timeline
Symbol 426 Text	Uses:2	Used by:Timeline
Symbol 427 MovieClip	Uses:251	Used by:Timeline
Symbol 428 MovieClip	Uses:253	Used by:Timeline
Symbol 429 MovieClip	Uses:255	Used by:Timeline
Symbol 430 MovieClip	Uses:257	Used by:Timeline
Symbol 431 MovieClip	Uses:259	Used by:Timeline
Symbol 432 MovieClip	Uses:257	Used by:Timeline
Symbol 433 MovieClip	Uses:262	Used by:Timeline
Symbol 434 MovieClip	Uses:262	Used by:Timeline
Symbol 435 MovieClip	Uses:262	Used by:Timeline
Symbol 436 MovieClip	Uses:266	Used by:Timeline
Symbol 437 MovieClip	Uses:268	Used by:Timeline
Symbol 438 MovieClip	Uses:270	Used by:Timeline
Symbol 439 MovieClip	Uses:92	Used by:Timeline
Symbol 440 MovieClip	Uses:208	Used by:Timeline
Symbol 441 Graphic	Used by:442
Symbol 442 MovieClip	Uses:441	Used by:Timeline
Symbol 443 MovieClip	Uses:388	Used by:Timeline
Symbol 444 MovieClip	Uses:388	Used by:Timeline
Symbol 445 Text	Uses:2	Used by:Timeline
Symbol 446 Text	Uses:2	Used by:Timeline
Symbol 447 EditableText	Uses:2	Used by:Timeline
Symbol 448 EditableText	Uses:2	Used by:Timeline
Symbol 449 Graphic	Used by:450
Symbol 450 MovieClip	Uses:449	Used by:Timeline
Symbol 451 Graphic	Used by:452
Symbol 452 MovieClip	Uses:451	Used by:Timeline
Symbol 453 Graphic	Used by:454
Symbol 454 MovieClip	Uses:453	Used by:Timeline
Symbol 455 Graphic	Used by:456
Symbol 456 MovieClip	Uses:455	Used by:Timeline
Symbol 457 Graphic	Used by:458
Symbol 458 MovieClip	Uses:457	Used by:Timeline
Symbol 459 Text	Uses:2	Used by:Timeline
Symbol 460 Text	Uses:2	Used by:Timeline
Symbol 461 Text	Uses:2	Used by:Timeline
Symbol 462 Graphic	Used by:463
Symbol 463 MovieClip	Uses:462	Used by:Timeline
Symbol 464 Text	Uses:2	Used by:Timeline
Symbol 465 Graphic	Used by:466
Symbol 466 MovieClip	Uses:465	Used by:Timeline
Symbol 467 Text	Uses:2	Used by:Timeline
Symbol 468 Text	Uses:2	Used by:Timeline
Symbol 469 Text	Uses:2	Used by:Timeline
Symbol 470 Bitmap	Used by:471
Symbol 471 Graphic	Uses:470	Used by:Timeline
Symbol 472 Graphic	Used by:Timeline
Symbol 473 Text	Uses:2	Used by:Timeline
Symbol 474 Text	Uses:2	Used by:Timeline
Symbol 475 Text	Uses:2	Used by:Timeline
Symbol 476 Text	Uses:2	Used by:Timeline
Symbol 477 Bitmap	Used by:479
Symbol 478 Bitmap	Used by:479
Symbol 479 Graphic	Uses:477 478	Used by:Timeline
Symbol 480 Graphic	Used by:Timeline
Symbol 481 Text	Uses:2	Used by:Timeline
Symbol 482 Text	Uses:2	Used by:Timeline
Symbol 483 Text	Uses:2	Used by:Timeline
Symbol 484 Text	Uses:2	Used by:Timeline
Symbol 485 Text	Uses:2	Used by:Timeline
Symbol 486 Text	Uses:2	Used by:Timeline
Symbol 487 Graphic	Used by:Timeline
Symbol 488 Text	Uses:2	Used by:Timeline
Symbol 489 Text	Uses:2	Used by:Timeline
Symbol 490 Text	Uses:2	Used by:Timeline
Symbol 491 Text	Uses:2	Used by:Timeline
Symbol 492 Text	Uses:2	Used by:Timeline
Symbol 493 Text	Uses:2 77	Used by:Timeline
Symbol 494 Text	Uses:2	Used by:Timeline
Symbol 495 EditableText	Uses:2	Used by:Timeline
Symbol 496 Text	Uses:2	Used by:Timeline
Symbol 497 EditableText	Uses:2	Used by:Timeline
Symbol 498 EditableText	Uses:2	Used by:Timeline
Symbol 499 EditableText	Uses:2	Used by:Timeline
Symbol 500 Text	Uses:2	Used by:Timeline
Symbol 501 Text	Uses:2	Used by:Timeline
Symbol 502 Text	Uses:2	Used by:Timeline
Symbol 503 Text	Uses:2	Used by:Timeline
Symbol 504 Text	Uses:2	Used by:Timeline
Symbol 505 Text	Uses:2	Used by:Timeline
Symbol 506 Text	Uses:2	Used by:Timeline

Instance Names

"ball"	Frame 38	Symbol 207 MovieClip
"block"	Frame 38	Symbol 209 MovieClip
"ball"	Frame 49	Symbol 207 MovieClip
"block"	Frame 49	Symbol 209 MovieClip
"ball"	Frame 74	Symbol 207 MovieClip
"block"	Frame 74	Symbol 209 MovieClip
"node1"	Frame 74	Symbol 389 MovieClip
"node2"	Frame 74	Symbol 390 MovieClip
"ball"	Frame 81	Symbol 439 MovieClip
"block"	Frame 81	Symbol 440 MovieClip
"node1"	Frame 81	Symbol 443 MovieClip
"node2"	Frame 81	Symbol 444 MovieClip
"sx"	Frame 81	Symbol 447 EditableText
"sy"	Frame 81	Symbol 448 EditableText
"block"	Frame 83	Symbol 209 MovieClip
"node1"	Frame 83	Symbol 389 MovieClip
"node2"	Frame 83	Symbol 390 MovieClip
"ball"	Frame 83	Symbol 463 MovieClip
"ball"	Frame 84	Symbol 466 MovieClip
"ball"	Frame 95	Symbol 439 MovieClip
"block"	Frame 95	Symbol 440 MovieClip
"node1"	Frame 95	Symbol 443 MovieClip
"node2"	Frame 95	Symbol 444 MovieClip
"sx"	Frame 95	Symbol 498 EditableText
"sy"	Frame 95	Symbol 499 EditableText
"shade"	Symbol 13 MovieClip Frame 1	Symbol 7 MovieClip
"black"	Symbol 13 MovieClip Frame 1	Symbol 9 MovieClip

Special Tags

FileAttributes (69)

Timeline Frame 1

Access local files only, Metadata not present, AS1/AS2.

Labels

"load"

Frame 1

Dynamic Text Variables

percent	Symbol 5 EditableText	""
sx	Symbol 447 EditableText	""
sy	Symbol 448 EditableText	""
sx	Symbol 498 EditableText	""
sy	Symbol 499 EditableText	""