download the compiled version of the program and run it.
The compiled version is a jar file named cellauto.

You should now see a window with it's title saying
"frank's java cellular automaton program" and its version number.
Open the color box by going to view->show color box from the menu
and click on the color yellow in the color box.
Open the tool box by going to view->show tool box from the menu
and click on the pencil in the tool box.
Now draw this pattern on the main window with a grid.

*	*	*
*
	*

That pattern is glider that moves 1 space diagonal every 4 generations.
Turn off the caps lock.
Press the x key to save the current generation on to the undo stack.
Press the z key to undo and go back to the last generation saved.
Press the v key to redo and go back to current generation.
Use the arrow keys to move around.

Now press the n key several times to advance a certain number of generations.

You see that the pattern called a glider moves 1 space diagonal every 4 generations.

Now try copying and pasting the glider. Click on the square made out of dash lines in the tool box.
The status bar should say "tool: select" somewhere.
Now make a selection by pressing, moving and releasing the mouse.
The glider should be in the selection.
Go to edit->copy then
Go to edit->paste you should
see a copy of the glider.
You can move it around with the move tool or the select tool.
Now you saw gliders let's try a rectangle of made out of random cells.

Go to file->new in the menu.
You should see a new window.
You can choose the board size.
The bigger the board the more memory and cpu it takes up.

You can choose the size of the rectangle that is made out of random cells and its seed.
The same seed value generate same rectangle of random cells.

Choose 0 for offset x and offset y
Choose 10 for width and height where it says rectangle of random cells

Click on apply.

Use the arrow keys to move around and to look for the rectangle.

You should find a rectangle made out of random cells.

Now press the n key to advance each generation.

Now you are seeing it changing each generation and that's all for now.