प्रेम, संवेदना और छिपे प्रकाश की भाषाCREATED BY M. DANGI

ECLIPSORAN LANGUAGE ACADEMY / frequency lab

ध्वनि प्रयोगशाला

Explore the physical properties of speech through recording, pitch and frequency analysis.

ACOUSTIC FREQUENCY · Hz

Make sound visible.

Local analysis

Record a vowel or short expression. Your audio stays in this browser.

Ready

— HzEstimated fundamental pitch
— dBFSDigital recording level
— sRecording duration
— HzSample rate

Vowels & rhythm

Experimental formant candidates: No reliable candidates available.

Energy pulses: —

Formant candidates use a linear predictive spectral envelope on a short, loud segment. They may be inaccurate with music, noise or changing vowels. Energy pulses are a rough rhythm aid, not a verified syllable count. Pitch may be unavailable for unvoiced speech or silence.

Compare a reference recording

Upload a trusted pronunciation recording to compare measured pitch and duration. Differences do not establish pronunciation correctness.

Measurements depend on the microphone, recording and algorithm. dBFS is a digital level, not calibrated sound pressure. Symbolic mantra frequencies are listed separately and are not measured properties or evidence of healing effects.

Words, letters & glyphs

Counts are textual occurrences, separate from acoustic frequency in Hz.

2word tokens
2unique words
12Latin letter references
Aru: 2Iris: 1Kiva: 1Luma: 1Mira: 1Nora: 1Oria: 2Riva: 2Unae: 1

Exact source glyph strings: No exact multi-line glyph strings found.

Letter counts use Latin spelling; glyph counts require an exact source sketch string including its spacing and line breaks.