nikonyrh

Does that take into account the efficiency of transforming the gas to electricity first? Ah, well we have other power sources as well. But if you were to use gas, it doesn't seem to make much difference (if the gas power plant doesn't utilize the extra heat for district heating etc.).

At least in Finland's Nordea bank you can order a physical code calculator, they used to be small enough to keep on your wallet but the new one is the size of an old small phone. It even has a QR scanner. So I just keep it at home.

Wood / metal working, MTB and Factorio. Or did you mean within the IT sector? Well ML is interesting ;)

AMD already has Composable Kernels[1], and supports for example Triton[2]. Then there is also HIP[3], and there are tools to automatically convert from from CUDA to HIP. But since CUDA is the de-facto standard, there is always friction to use something else (unless you need to support also AMD stack).

Making something just CUDA-compatible is non-trivial, and since Nvidia decides its direction and new features then the alternatives would always be lagging behind. Currently there are also major hardware differences between Nvidia and AMD, which may make highly optimized CUDA code inefficient or even buggy.

  [1] https://github.com/ROCm/composable_kernel?tab=readme-ov-file#composable-kernel
  [2] https://github.com/triton-lang/triton?tab=readme-ov-file#triton
  [3] https://github.com/ROCm/HIP?tab=readme-ov-file#what-is-this-repository-for

He should have asked what is the price for 1 MB, or 1000 kB. 2 cents, right? insert meme here

I don't think the distinction between indoors or outdoors usage is relevant, in the end we are still talking about the volume of drinkable water people use. Whether they use it for drinking, cooking, washing, or watering the lawn.

I always found it interesting that you cannot have a domain name without publishing your address and phone number, or paying for an extra service.

This reminds me of the meme where you read up instructions of good sleep, at 4am before getting ready to go to bed.

"In a notebook, you can go back and edit and run individual lines of the notebook without re-running the whole notebook from the start and without re-computing everything that depends on what you just edited."

Isn't this a standard on REPLs as well? You can select the code you wish to run, and press Ctrl+Enter or what ever. I must admit, I've programmed Python for about 10 years in Spyder and VS Code now, but I haven't used notebooks at any point. Just either ad-hoc scripts or actual source files.

My definition of a "notebook" is an ad-hoc script, split into individual "cells" which are typically run as a whole. On my workflow, I just select the code I wish to run. Sometimes it is one expression, one line, 100 lines or 1000 lines depending what I've changed on the script.

I bought Unihertz Pocket Titan, at least it was different! Quite thick and heavy, but the battery lasts about 6 days even without any power-saving mode.

- Photo editor

- In-memory database

- Data compression algorithm

- 2D or 3D physics engine / game

- Game engines in general

Aah that makes sense, thanks!

I'm not familiar with this library, how does `text("(now())")` evaluate and why there are extra parentheses? And should that be a lambda expression as well, so that `create_date` isn't just the timestamp when the python process was started?