Viewing profile — foobarqux

This is like 2x realtime on M1 vs 60x on fluidaudio with parakeet.

There is a pre-existing transcription CLI app with the same name. https://github.com/finnvoor/yap

You seem to be saying that you would upvote an empty article (or a gibberish article) with the title "Jacobian Conjecture Counterexample", is that right?

In what way is it interesting compared to the myriad of other posts on this topic that has content you can understand?

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The rush project page on Github itself says it is only "slightly" faster.

But bashenumerate doesn't do that? The parent is saying you should zsh shortloops instead of bashenumerate not zsh shortloops instead of xargs.

Yes that's the obvious thing to do and why straightforward variants of known tests would also be treated as contaminated by anyone being even somewhat rigorous. I don't know why th…

Thanks! I use fluidaudiocli and it's unfortunate that it doesn't support streaming (e.g. from a named pipe); that would have been an easy workaround to both the pipelining problem …

The difference using an mp3 seems to be smaller: yap seems to use about the same time but fluidaudio seems to take twice as long. Do you happen to know why?

Thanks, I didn't see vanch007 version at first (only ~30 downloads), I usually look at mlx-community. For the size I was looking at the wrong model (TTS not transcribe-diarize), th…

If you want to use this on the CLI: https://github.com/finnvoor/yap . Supports SRT/TXT/VTT or JSON-with-optional-word-level-timestamps output and progress meter. Also it can transc…

Just tried test using yap on a single ~1hr mp3: yap/Speechanalyzer is about 50% slower than fluidaudio on M1. yap interface is nicer though. https://github.com/finnvoor/yap

16GB! (edit: this is wrong, I was looking at TTS, the transcribe model is 1.7GB). Compared to Parakeet 2.3GB (but no diarization). Also doesn't seem to be tailored to Apple hardwar…

Fluidaudio implements Parakeet on ANE. I'd like to know how SpeechAnalyzer compares in speed. https://github.com/FluidInference/FluidAudio

108 dB is the proposed FAA allowable pressure at the surface of the earth. They didn't come up with this number arbitrarily they did it with consultation with the supersonic plane …

Obviously it is assumed we are talking about frequencies in the range of the audio spectrum (which a sonic boom is). Your point has nothing to do with the dB scale.

Where is this claim?

They are in fact the same. 108dB loud.

The initial boom is less than a second but it's like standing right next to the leafblower (not across the street) and is accompanied a lasting thundering-noise which is also extre…

There is a substantial noise beyond the initial boom which is very loud even relative to the main boom. But even just a half second of a car horn going off right next to you every …

> It’s not accurate to convert .1 psf to dB because it’s an impulsive shape, not a continuous tone. And human loudness perception depends on how smooth (low frequency) the shape is…

The proposed limit is around the level of standing right next to a leaf blower.

0.11 pound per square foot is what is being proposed. That's 108 decibels. Which is between standing next to a lawn mower and standing next to a car horn. I don't see how anyone wi…

What is Rogue-like about this?