I guess I didn’t read the problem properly.

Sounds like your typical game theory problem.

Not pulling the lever: Worst case: Your loved ones dies Best case: None

Pulling the lever: Worst case: Your loved ones dies Best case: Your loved ones survives

Edit: I just realised the question was recognising the name of the city, not recognising city based on a picture…

Probably Svolvær/Lofoten with a population of ~4700. It doesn’t have the official status of “City” in Norway though.

Warcraft 3 had helicopters and tanks, so cars aren’t all that crazy.

In case it’s a genuine a question, there isn’t an opposite side to odd-sided dice. Had it been a d326 it would have been 326+1 in total, if it were a d328 it would be 328+1

Edit: For those interested it’s Van Gogh - The Scream.

Is this some Swedish psyop meant to trigger Norwegians? The Scream was painted by Edvard Munch.

You also didn’t link to the actual painting.

Just one

Sounds like a nothingburger, sovereign wealth funds investment in a diverse set of industries. And especially industries their own economy isn’t big in.

I don’t see PIF here though 🤔

Sorry, my original comment was poorly written. While they do lead to earth, there is a mosfet in between each that receives a unique PWM signal. See the edit for more details.

By soldering the ends of the LED, do you mean the 4 earth connections? I should probably have clarified that the 4 “earth” connections only lead to earth when the mosfets connected to the LED is open. Each connection leading to earth is for either, R, G, B or W so they can’t be soldered together.

I haven’t noticed any difference in brightness between the first and last LED. Since the power is sent via PWM controlled mosfets, splitting the power wouldn’t work all that well since it inevitably have to connect the box (with the connectors) with the PWM circuitry.

I don’t know how aging affects the LED power draw, according to the manufacturer I shouldn’t expect more than 7.5A. When measuring peak power output, I get only get ~6A total though.

4 pins are for earth with each (measured) having ~1.5A going through them at peak brightness. The fifth pin must bear the total load of the four other pins.

Having 5 pins is of course not a strict requirement, it’s just the LED strip that has 5 connections.

Edit: I should have clarified that the 4 pins “leading to earth” are connected to mosfets controlled by PWM signals, so they aren’t directly connected to earth. Each of the 4 pins carries a unique amount of current. Their total current is flowing through the fifth pin. Sorry for missing out on that detail in the original statement.

A few meters LED strips.

According to the spec sheet only 7.5A should be necessary with a recommended 25% margin for a total 9.4A for the power supply. I rounded up to 10 for simplicity, and that’s the spec of the power supply I have.

Measuring max current at peak brightness is only at ~6A though, so 10A isn’t strictly necessary.

IP rating isn’t necessary, it should all fit into a small box with some circuitry for PWM signaling used inside a normal room.

Weird, they used the latest version of C++ at my university. Had to use Assembly and C in embedded though.

I don’t want to get into an Internet argument over pedantry. Linter is often used as a catch-all term for static analysis tools.

Wikipedia defines it as

Lint is the computer science term for a static code analysis tool used to flag programming errors, bugs, stylistic errors and suspicious constructs.

Catching type errors and attribute errors would fit under this description, if you use a different, more precise definition at your workplace, cool, then we just have different definitions for it. The point is that your IDE should automatically detect the errors regardless of what you call it.

OP suggested that linters for python won’t catch attribute errors, which they 100% will if you use type hints, as you should.

What happens at runtime is really relevant in this case.

class MyClass:
    def __init__(self, x: int):
        self.whatever: int = x

def foo(x: MyClass) -> int:
    return x.whatevr

Any decent IDE would give you an error for unresolved attribute. Likewise it would warn you of type error if the type of x.whatever didn’t match the return type of foo()

Once operational, the energy generated is cheap and will still be in demand