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AI USE CASES

How to tell a real recording from a code-made sound with earshot

Score files for realness and compare them to reference recordings or each other.

Who it is forAudio-minded builder checking whether a sound in a project reads as a real recording or an obvious synthesis

The problemIt is hard to tell, without careful listening, whether a sound will pass as real or give itself away.

The outcomeA real versus synthesized verdict with evidence and per-window scores, plus a plain-words A/B of two sounds.

What you need first

  • Python
  • CPU only, no GPU needed
  • Local models load on first call (about 20 to 40 seconds per CLI call)
  • No account or paid key for core features
  • Optional Gemini key only for the `llm` command
  • Reference recordings for `forge --refset` are not in the repo; bring your own with `--refs DIR`

Steps

  1. Run earshot realness FILE... on the files you want to check.
  2. Run earshot ab A B to compare two sounds or two trims in words.
  3. Run earshot compare FILE --refs DIR to see the nearest reference recordings.
  4. Use the findings to decide which sound to rework.

Prompt for your agent

Use earshot realness on <files> and earshot ab on the two closest candidates, then tell me which one reads as most real and why. Verify with a listening check, since the realness model can be fooled.

Caveat. The README warns the realness model is easy to fool (a modal resonator plus a room and noise floor reads as real), so do not treat the verdict as proof.

About earshot

Gives coding agents ears: they can listen to audio, review it and generate sound. Runs on a plain CPU and is open source. View Leonxlnx/earshot on GitHub.

More with earshot

See all use cases for Leonxlnx/earshot

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