Posted by c249709 3 days ago
This would probably be a hard case for it! But would be cool to see how well it works.
But I wonder about an app that can count things automatically, plus maybe also work out counts of 3D shapes by counting visible things and making estimates about packing ratios. A sort of "how many M&Ms are in the jar calculator" app. That'd be neat (and would ruin a fun game).
Ok, that's pretty a pretty good marketing line, I have to admit.
"If your parachute fails, your next jump is free!"
Oh really? Is that what it says? Let's take a look:
> All I wanted was a way to click on things in a photo and have the number go up.
Those are the requirements. That's what the app is supposed to do.
I don't see "a tool for counting red dots" anywhere. The closest thing is this passage:
> It's stupidly simple: upload an image, click to drop a dot, and it tells you how many you've placed[…] But somehow, nothing like it existed.
You linked to an app that places its own markers (by way of ML) and then gives you a count of those—not a count of the ones that you put down. That so obviously fails the requirements.
Pass in your image with red dots, and the red dots will be counted by the ML-counting thing just fine. It's a minor variation in approach to solving the problem, and that's OK: When confronted with a problem, people often jump to specific solutions too quickly, and miss out on better or more general approaches. This is quite pertinent in this specific case, as well - you can ask the ML-counting thing to count the rectangles instead of the dots, and perhaps save yourself all the clicking in the first place.
> This is quite pertinent in this specific case, as well - you can ask the ML-counting thing to count the rectangles instead of the dots, and perhaps save yourself all the clicking in the first place.
Are you just dead set on totally missing the point of what the author of this post is doing? You keep leaving comments that suggest you don't understand the requirements at all. Let's put that aside. Here's a dead simple question:
Have you successfully used the app to do the thing that you're saying that it will do when you try to use it?
Hilarious and well written exercise, regardless. Kudos!
us dollar size: Width: 6.14 inches (155.956 mm) Height: 2.61 inches (66.294 mm) Thick x100: 0.43 inches (10.922 mm)
How close over a million dollars can you make this cube?
The exhibit picked a cube ~50 inches. 8 wide = 49.1 inch 19 tall = 49.6 inch.
But this assumes that having a perfect "cube" of bills was the artistic vision.
Though having an app handy might make sense sometimes.
Once you realise that the error bars are small (and it was mostly intuitive for me, probably looking at counting up to a hundred, so a few percent off is not a big deal), you stop worrying about the uncertainty as much ;-)
Of course the tracking of this information down to that level would be pretty pointless. The moment someone breaks a 20 the connection to the recorded transaction is lost, and there's no one who can prove you didn't break a 20.
Maybe pretty pointfull tracking shadow economy. When Bob sells moonlight stuff his clients will more often than not simply go to the ATM, withdraw the sum and hand it to him. Bob will then buy at shop with big bill. Shop owner will deposit bill at bank..
Imagine them opening up the cube and seeing the Styrofoam in the center... I'd be like; "Typical Fed behavior! Fractional reserve banking... Ladies and gentlemen of the jury, this is exactly the same thing they've been doing with your paychecks."
I think where the metaphor falls apart is the part where they bribe the jury into delivering a guilty verdict; offering them jobs at Goldman Sachs and JP Morgan, each earning $500k per year.