dusty | Docker-powered development environments | Continuous Deployment library

This was a confirmed bug with transition: { when: "afterChildren" } and has been fixed in framer-motion@3.5.3.

When calculating the checksum, you use scenery_item_list[2] * (key + 2). That will get an error if scenery_item_list has less than 3 elements, and one of the items is just [1, 1].

If it's correct that some of the items can have fewer elements, you shouldn't hard-code the indexes in that calculation. Change it to loop over the list.

Both are true

• functions are objects: do a dir(f) on a function to view its attributes
• objects can be used as functions: just add __call__(self, ...) method and use the object like a function.

In general things that can be called using a syntax like whatever(x, y, z) are called callables.

What the example is trying to show is that methods are just object attributes that are also callables. Just like you can write obj.x = 5, you can also write obj.f = some_function.

Take a look at the joining column's data.

The prompt_init() static method doesn't instantiate any property instance, just prompts the user for inputs and returns a dictionary of attributes that can be used for instantiating new instances.

As an example:

From what I understand from your question is that you would like to know what implementation of a basic RPG is 'better'. Of course better is something subjective, but I would prefer the second implementation.

The way they separate the code from the data of the rooms is nicely done. This makes it easier to expand your project and would even make it possible to load a level from an external source in the future as long as your code captures all edge cases.

Something you could improve yourself is the lack of printing the messages about the environment. You could add the functionality to print an explanation of the room that someone just entered, and it's lacking the description of which direction someone can walk towards.

Only thing I would change in the way it's currently stored is moving all directions into a new dict called directions. This would make it easier to print the possible directions for a user.

If you want to take this project to the next level you would go ahead and create a class called Room with certain general functionality. And you would go ahead and create new classes for each separate room to add special functionalities to the game.

In case you prefer to follow a tutorial, checkout this awesome guide!

In this example B would have worked the same if it was defined as you say (point 1) and C is as is (and there is no other use of it).

As for point 2: A call to constructor of super() would indeed fail as indicated, if there were still keyword arguments left, e.g.:

You could organize all your rooms in a dict, where the key would be the 2-tuple (xpos, ypos). Then, depending on your exits, you could exit into different rooms.

Add pointer-events: none; to the .section::after rules.