| Original Letter | Look-Alike(s) |
|---|---|
| a | а ạ ą ä à á ą |
| c | с ƈ ċ |
| d | ԁ ɗ |
| e | е ẹ ė é è |
| g | ġ |
| h | һ |
| { | |
| "a": ["\ud835\udf70", "a", "\uff41", "\ud835\udc4e", "\ud835\uddee", "\ud835\udd52", "\ud835\udd86", "\ud835\udcea", "\ud835\ude8a", "\ud835\udfaa", "\u0430", "\u0251", "\u03b1", "\ud835\udd1e", "\ud835\udc82", "\ud835\ude22", "\ud835\udec2", "\u237a", "\ud835\udcb6", "\ud835\ude56", "\ud835\udf36", "\ud835\udefc", "\ud835\udc1a", "\ud835\uddba"], | |
| "A": ["\ud835\ude70", "A", "\ud835\udc34", "\u15c5", "\ud835\udc68", "\ud835\udea8", "\ud835\udd6c", "\ud835\udda0", "\u0410", "\u0391", "\ud835\udee2", "\ud835\udf56", "\ud835\udc9c", "\ud835\udf1c", "\ud81b\udf40", "\ud835\udcd0", "\ud835\udf90", "\uff21", "\ud835\uddd4", "\ud835\ude08", "\u13aa", "\ua4ee", "\ud835\udc00", "\ud835\udd04", "\ud835\udd38", "\ud800\udea0", "\ud835\ude3c"], | |
| "b": ["\ud835\udc4f", "\ud835\uddef", "b", "\u0184", "\ud835\udd53", "\ud835\udd87", "\u042c", "\ud835\udceb", "\ud835\ude8b", "\u13cf", "\u15af", "\ud835\udd1f", "\u1472", "\ud835\udc83", "\ud835\ude23", "\ud835\udcb7", "\ud835\ude57", "\ud835\udc1b", "\ud835\uddbb"] |
Docker compose has nice support for GPUs, K8s has moved their cluster-wide GPU scheduler from experimental to stable status. Docker swarm has yet to support the device option used in docker compose so the mechanisms for supporting GPUs on swarm are a bit more open-ended.
- NVIDIA container runtime for docker. The runtime is no longer required to run GPU support with the docker cli or compose; however, it appears necessary so that one can set
Default Runtime: nvidiafor swarm mode. - docker compose GPU support
- Good GitHub Gist Reference for an overview on Swarm with GPUs. It is a bit dated, but has good links and conversation.
- [Miscellaneous Opt
Add yourself to the docker group to be able to run containers as non-root (see Post-install steps for Linux).
The documentation 6.2.9.4. "Asynchronous generator-iterator methods" is phrased really ambiguously. To make matters worse, typing.AsyncGenerator is not specified fully correctly.
Here, I attempt to more clearly capture the actual interface contract, based on what I've read and observed. See also PEP 492 -- Coroutines with async and await syntax and PEP 525 -- Asynchronous Generators.
This might be useful to implement lower-level behaviors than you can with async for, like sending values into the generator function.
TSend = TypeVar('TSend', contravariant=True)| /** | |
| * A simple theme for reveal.js presentations, derived from serif.css | |
| * It's in the spirit of the Metropolis theme for beamer https://github.com/matze/mtheme | |
| * | |
| * This theme is Copyright (C) 2016 Vince Hodges, http://sourdoughlabs.com - it is MIT licensed. | |
| */ | |
| @import url('https://fonts.googleapis.com/css?family=Fira+Sans'); | |
| .reveal a { |
| import pyaudio | |
| import numpy as np | |
| import matplotlib.pyplot as plt | |
| from scipy.fftpack import fft | |
| import matplotlib.animation as animation | |
| CHUNK = 1024 # signal is split into CHUNK number of frames | |
| FORMAT = pyaudio.paInt16 |