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How it uses Jev

R2T2 streams recognized words and timestamps; alignment selects mismatched words for Jev. Jev judges whether each aligned word matches the reference (Noul), classifies mismatch type (Choice), and returns a raw 0–4 Score for sentence meaning, which code converts to a 1–5 display scale. Local arithmetic calculates omissions, insertions, pace, pauses, and the weighted total.

What Jev decides

Reading comparison requestExample answers · not a recorded Jev response · Source ↗
Question 1 · same 0
YOUR APP
INSTRUCTION

Did the reader pronounce the reference word despite this ASR substitution?

STATE

The shared state contains the reference sentence and committed ASR text. A substitution generates same_0; meaning is asked on every request.

JEV · NOUL
YesNo
Question 2 · meaning
YOUR APP
INSTRUCTION

Does the heard text preserve the reference sentence’s meaning?

STATE

The shared state contains the reference sentence and committed ASR text. A substitution generates same_0; meaning is asked on every request.

JEV · SCORE
04

App workflow

  1. Stream speech recognition

    Capture microphone audio and receive incremental R2T2 text with timestamps and stable prefixes.

  2. Align reference and transcript

    Compare recognized words with the source passage and select mismatches that need semantic judgment.

  3. Judge textual errors

    Ask Jev whether words match, classify mismatch kinds, and score whether the sentence meaning remains intact.

  4. Calculate and display results

    Compute omissions, extra words, timing, pace, and weighted score locally, then highlight words and show the summary.

Why it is interesting

The stable-prefix streaming transcript lets the app avoid revising already submitted words and limits model questions to alignment discrepancies. The README clearly excludes acoustic pronunciation, stress, and accent scoring because Jev receives text.