tutorial

Would you explain what you mean exactly? What kind of behaviour does the player use? What kind of control? mouse? touch? keyboard?

coffee machine

easiest way is to invert the mouse over condition.

Duplicate the event and right-click on the event. set to invert and sprite set frame to 0

The basics are pretty simple.

create a table. create balls. use physics. set gravity to 0.

Select ball and make a cue aiming at the ball. on mouse button released move cue towards ball and give the ball an impulse in the angle of the cue. To shoot harder or softer make the impuls bigger depending on how long the mouse has been pushed.

You would have to have different sprites for the grass and the track and then check if car is overlapping grass.

if the car is overlapping the grass accelerate -100(or other number)

make a variable grass-maximum-speed. If car speed is less or equal to grass maximum speed stop the negative acceleration. (you could also make the positive acceleration on grass less than on the track)

Your question is not really clear. What do you mean by box and what should be random about the box? The colour? the size? and what do you mean with every screen? every layout? every layer?

Set animation speed to 0

mouse cursor is over sprite - sprite set frame to mouseover

Hi,

Do you understand your event sheet already, or are you still letting others create "your" game?

As seen in th FAQ and easily found thought the search

there is no need to disable the plugin, just add a condition to touch events so they don't respond while the tutorial is running. You can do this by making a global variable. Easiest way would probably be to set groups of event to active and or inactive.

Sounds logic. So it seems you should learn to understand how it flies.

On the first page there is a link to a page that explains about trajectories and a link to a capx that calculates trajectories.

These will be very helpfull to learn what you need to learn.

You could also choose to create a custom movement, so you can make the trajectory simpler and the landing spot easier to calculate.