Can confirm. I only had a bit of trouble with the last frame but was able to translate perfectly from context.

Using two or more adjectives doesn’t imply conflation.

The sentence “You can have a regular apple or a big green apple” doesn’t imply that green apples are big, or that big apples are green. It also doesn’t imply that big green apples are irregular outside of this local phrasing context.

It just implies that the set of ‘regular apples’ being referenced does not include the instance of ‘a big green apple’

I can see where the confusion is coming from, this is tricky to explain clearly.

I uninstalled the YT app on my phone and use the desktop site exclusively now. Can’t stand watching without ad block and sponsor block. I also blocked shorts.

Its pretty clear that Mark and Micheal Reeves don’t focus as much on design and iteration so much as the ideas behind their creations. The content formula for their videos is different from the other youtube creators you mentioned. If that style of video isn’t your cup of tea, thats ok.

As for the inventions themselves, I have to disagree. I think some of Mark’s creations are fairly well designed, such as the later versions of the glitter bombs.

Unity actually gives any class with the name GameManager a special gear icon. You cant just forgo the cool gear icon!

(Its not too terrible from an organizational standpoint because most of the scripts are attached to game objects. MonoBehavior is a component of GameObject. For instance, you’d never have player movement in the GameManager class, you would put it in the component class attached to the player character GameObject.)

I occasionally use semicolons. They can help with parsing; finding a semicolon instead of a period may signify that the next expression is a continuation and expansion of the previous statement.

You guys are talking about two different things. Random integer vs random float

Bit hacker 2 is really fascinating. It uses a bit mask of all 1s (-1) or all 0s (0) and takes advantage of the fact that y ^ (x ^ y) = x and y ^ 0 = y