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Upon restart, you can shuffle the array with: <Code Omitted>

Now I can see why the animation might freeze when "x" and either "a" or "d" are held down. They both run the image animation. The absolute freezing is due to the fact that your image timer is using 2 as its limiting value. Changing it to an odd number might allow something to happen; but, still, it probably will not be what is wanted either. You already have 3 image sets competing with each other to be the animation of the actor (the normal moving left and right animations and the attacking animation). You probably have individual attacking left and attacking right sets as well. Without

The scenario I suggested is only slow in HTML5 (on the site) not in regular Greenfoot. Yours is slow in the IDE (according to what you say) unlike Busch's (your code is also more complicated).

I am so sorry - that I did not see this - please excuse wasting your time - thank you for your help.

Add an actor into world to display the countdown. Use while loop that controls what it displays and changes its image when needed. Use Greenfoot.delay(int) using an appropriate int value for display time for each image. Remove the actor when time of last image is expired. Use the condition that that actor is in the world to stay in the loop.

You have this: <Code Omitted>replacing 'this.', which again you cannot do.

Looks like you have an extra angle bracket, <, before the dollar sign, $, in the head section.

and the scenario is not stopping (or getting paused)?

Thank you so much!!

Line 24 should be where line 34 is (where direction is set to one) and line 34 should be where direction is set to negative one.

You can optimize the other methods also it will just be more work (for one of us).

Never mind about that last post, I figured out where it goes and what to do after that, thanks for all your help!

Line 18 did not add one into the world -- that is what line 47 does. The problem is that the Frog object which is created on line 18 is not the Frog object that line 47 adds into the world.

*sigh* Thats what i thought. All right thanks for clarifying danpost. I truly appreciate it. :)

What do you think an addedToWorld(World) method would look like (see Actor class API documentation for clues)?