Fuze Team

@waldron No worries dude. Always here for help if you need!

@waldron The important part is to make sure that you abide by that structure:

loop
     c = controls(0)
     
     // any and all controller checking MUST be between these two lines.

     oldc = c
repeat

Feel free to share the program with me privately if you have trouble figuring out the problem.

@waldron I think this will help. I use this in every single one of my programs, whether or not I even plan to use it right away, because it always ends up being useful.

I see examples of people using their own structures to store the old button states - this is unnecessary, you simply need to store the whole controls struct.

Start with these two as global variables:

c = controls(0)
oldc = c

Then in your main loop:

loop
    clear()
    c = controls(0) // read the new state of the controls and store it into the c variable before you do any control checking

    // game stuff    

    oldc = c   // right before you end your loop, store the state of the controls for that frame into the oldc variable
    update()
repeat

With this set up, you can just do this:

if c.a and !oldc.a then
    // throw dagger
    daggernum -= 1
endif

The if statement reads: If the A button is pressed, AND it was NOT being pressed on the previous frame, then...

This means your daggernum variable will only ever decrease by 1 per A button press.

@waldron Well you certainly do capture some of that magic here without a doubt.

In terms of the old button states - is there anything I can help with? Any particular troubles?

Awesome. I see you've used your lovely custom UI overlay too - very nice. This is going to be such a cool project!!

For bouncing off the map, try something like this:

// Collide your sprite with the map
collisions = collideMap(my_sprite)

// If there's a collision...
if len(collisions) > 0 then
	// Get the collision resolution (a vector representing how your sprite was pushed out of the map)
	res = normalize(collisions[0].resolution_a)
	
	// Get the current speed of your sprite
	speed = getSpriteSpeed(my_sprite)
	
	// Use reflect on it to determine the new speed, and multiply it by 0.9 so it'll stop bouncing eventually
	speed = reflect(speed, res) * 0.9
	
	// Set the new speed of your sprite
	setSpriteSpeed(my_sprite, speed)
endif

Gravity would probably look something like this:

my_sprite.y_speed += deltaTime() * 30 // You might have to play around with the number here to get the kind of feel you want

Hope that's able to help!

Thanks for the report- We're aware of various issues like this, and I've put this in the log for reference. The short answer is that it has to do with how the drawing instructions for each frame are processed internally, which are not necessarily synchronized with what the program is doing.

Such style. Such class.

Thank you for reporting this. We're aware of a couple other problems with the new Ansimuz assets.

@jonny_online Some of these programs probably need some minor adjustments to work with the latest patch