After like 3 hours of searching, I've narrowed the problem down to a constraint on a self.attribute

Alright so who ever want's the fix to this, the rule that recognises movement, HAS to be on a timer otherwise it will constantly check therefore constantly lowering the affected attribute. ALSO the ru

I have a countdown timer and when it stops I want to save only the greater timer, but it keeps saving all, dont`t what I am doing wrong here...

constrain attribute self.Position.Y to self.y

You can't reference or destroy one actor from within another. Probably best is to create a Game attribute, for example Z. Then in Actor X have a rule" When Pressed Set Game.Z to true&quo

IF attribute Game.moving is false

Thanks, but my actor don't have permanent position. So, how can I get Y position? Have I to constrain Y position to some attribute and then use it?

I saw a tutorial from Tshirtbooth when he making health bar he fix this, but my actors are moving, so I can't constrain Y position...Is there any way how to do this?

IF attribute self.motion.linearY is > then 0

the game attributes (use change attribute not constrain). Put this actor as the lowest actor in the layers list so that GS will load it first.

1)Create an integer attribute self.MyTime

I set up a self state integer attribute that is referenced by rules to play animations to play different animations. Then use rules to change the self state and find this good way to manage animations

Hi gariantroll; try putting a boolean attribute in the Rule:

Create a integer game attribute called bestlap

boolean attribute: Juggle

make new Attribute called timer set it 600

If jump is True with a boolean attribute

attribute Self.motion.linearY > 0 change attribute "monster" to true

random(1,9).."+"..random(1,9).."=" doesn't work with attributes because the value of my attribute is 0 ...

have made many, many attempts to model this with attributes. I have an attribute saying if all is good, move onto the next step, next step, next step, however if it is bad go back to an earlier step