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2. Add the Constrain Attribute behavior and set the Y position (self.Position.Y) to 160.

Multiple actors: You could have multiple actors that represent each side of the ship. When each one collides with an object, you would set one of several game(global) attributes showing where the col

1. Create a game attribute that keeps track of how many enemies have been spawned. 'TotalEnemy'

When it is all the way off the screen(i.e. its centerpoint is offset from the edge of the scene by half the width(or height) of the actor, then change the attribute value of the X position to the othe

-> change attribute : The X position is set to its X position plus the width of the actor plus the width of the scene.

Since we don't have tables yet, you will need game attributes that will keep track of which numbers have been chosen.

Make 2 attributes: randomSpawn (integer) and doSpawn (boolean)

It appears that when I constrain the Y position, the X position gets stuck. For example, this actor is supposed to move left and right, and always be constrained to a certain height, but when it gets

Every second it changes the attribute self.chance to a number between 1 and 5. after that, in the same timer, there is a rule that checks to see if self.chance is a one. If it is, it spawns an actor.

% is the math symbol for modulus. So with your boolean attribute sneaking it adds 1 to the current value then gives the remainder when dividing by 2.

Change Attribute: 'sneaking' => ('sneaking' +1)%2

is the gas on attribute a boolean, or integer?

Change Attribute: 'sneaking' => ('sneaking' +1)%2

Change Attribute: 'sneaking' => ('sneaking' +1)%2

>Change Attribute: Sneak Mode to True [When this is True, it calls up the separate Sneak move rules and anims that only work when the Sneak Mode attribute is True]

make a attribute "gas_on" and set it to 0.

and the direction you are moving to do a Change Attribute on the X position to move it to the other end of screen at an exact point so it would look endless.

as reference, save the start time in an actor attribute, and save the end time when you collide with the finish line, then take the difference.

We are hoping to add more math functions later so you could use the Constrain Attribute function on the Rotation with a value determined by coordinates. i.e. arcsine, arccosine