Even if you don’t know or remember the basics of combinatorics you can solve the problem with basic dynamic programming : start with the unit grid and then expend it.
I'm responsible for hiring junior C++ developers in a small company (first role). Let met tell you that almost all candidates are stating "medium" level in C++ in their resume but don't even know how to work with pointers or references, they don't even have the level of someone studying the language for half a day. And I don't even think it's related to AI. Whatever the reason, it's very easy to assert a candidate competency with a 30 minutes to an hour interview in person.
Today I have simply given up trying not to share my personal information. What I do instead is simply blocking all ads and don’t use apps/websites that can’t be used without ad blocking. They may have many personal details like my favorite ice cream flavor but I get zero ads so I don’t care that much (I would prefer no one having this information but I’m pragmatic in such terrible society).
There is a uBlock Origin Lite extension for Safari available in the App Store. Technically not as powerful (hence the “lite” in the name) but it’s perfectly blocking all ads for my usage.
I’m pretty confident that at least 95% of HN users use adblocking so clearly the users are not worth much to the ad companies. Today I have absolutely zero ads on my devices.
Wouldn’t a real live render approach work in this case? Have a live preview of your tool inside a rectangle. If the tool is light it should be optimal visually: it will respect browser rendering settings like accessibility parameters or custom addons.
I’m sure Android and iOS could add some AI feature to let some specific noises in the headset when needed (baby cries when enabled, smoke detector alarms, bike/car bells, etc). Simply stop the music for the duration of the specific noise and replay it. That would be a cool use of AI.
But I guess using the density distribution of floating points is rarely useful in a problem. Your actual distribution will almost surely be way different. Imo, the tool presented here should provide a way to manually provide a custom density function (with some common presets like uniform and normal distributions).