Speak in your language. Hear it back in another — in text and in sound.
LSA — the sister of VSA
Optional — she works fully right here in your browser. The icon just gives her a home on your phone.
What is this? A translator that works both ways — in words and in sound. Speak or type in your language; hear it back in another, in a friendly voice. Your own voice comes back to you in your own sound, exactly as you spoke it. Twenty-five languages — and Punjabi twice over: in its own Gurmukhi script, and in Roman letters, the way it is written in texts and chats. Free, forever — recordings you keep stay on your device. When you speak to type, your browser's own online speech service turns your voice into words; nothing is sent to a Jelkal server.
The signal family — each one in its own room, and each one standing on the main page below as well.
Speak, or type. Music and anything else you want translated can be typed or pasted in v1; listening to files arrives in v2.
Your voice, drawn live as you speak — her sister's wave, visiting.
Your sentence, evaluated and carried across.
Both ways, as designed: read it, and hear it.
A little someone to practise on. Say hello — she talks back, in the language you pick above under “Translate to.”
Speak it in, or type it in — it comes back in Morse: written out, and sent by light.
Everything the Morse is saying, gathered into one whole message — not letter by letter, but all together, as it reads. However it came in — typed, spoken, or brought in from a file — it stands whole here, and the instrument will read it out to you.
Nothing gathered yet.
A picture of Morse, a PDF, a text file — whatever form the message is in, bring it in here. Pictures are read by the instrument's own Morse reader, here on this device. What it finds stands whole in the readout above, and in the writing box, ready to send.
One dot = 90 ms
Clean, straight Morse reads best. A tilted or dim photo may read rough — the words it finds stand below, so a wrong letter can be seen.
Every letter, in every language of signal — the poster, redrawn in the instrument’s colours, verified cell by cell against NATO’s standard (2018).
Sign language — the hand signs for every letter.
One sign = 800 ms
Sing it or speak it into this box, and the hands sign your words as they come. The words it hears stand in the box — it signs what it can make out, and a sung line is harder for the hearer than a spoken one.
Everything the signing is saying, gathered into one whole message — not letter by letter, but all together, standing in sign. However it came in — written and signed, heard in the voice box, or brought in from a file — it stands whole here, and the instrument will read it out to you.
Nothing gathered yet.
A picture, a PDF, a text file — whatever form the message is in, bring it in here. What it finds stands whole in the readout above, in sign, and in the writing box, ready to sign.
These signs spell words letter by letter — the fingerspelling of the chart below. Sign language is a full language of its own; this is its alphabet, put to work.
Translate physical braille into plain text or teach braille literacy using mobile devices
Use side lighting: position a light source from the side to cast shadows on the raised dots so the software can detect them clearly.
Reading Braille from a picture happens on this device. Translating into another language uses the same translation road as Language Spectral Analysis.
Clean, straight, side-lit Braille reads best. A tilted or dim photo may read rough — the text it finds stands below, so a wrong letter can be seen.
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Psalms 46:10
Type your words — they come back written in Aramaic, and the button plays them in Aramaic. Type Aramaic — it comes back written and spoken in your language.
This converter writes letter for letter from the verified alphabet above — it spells words in Aramaic letters; it does not translate their meaning. The ancient script writes the consonants: A rides on Alaph, I on Yodh, O and U on Waw, and E is not written, as the old letters did not write it. When it plays, it speaks the letters’ sounds spelled out in your language — a true Aramaic voice does not exist on any phone yet. It grows here, reading by reading.
The first line, word by word. Tap a word: see it in Aramaic, hear it played, and spell it letter by letter.
Tap any letter: see it large, and hear its name and its sound.
“In the beginning was the Word, and the Word was with God, and the Word was God.”
JOHN 1:1
ALL GLORY BE TO GOD
How this works, plainly: listening uses your browser’s speech service — in Chrome,
your speech is processed online to become text. Translation is provided by the free MyMemory
service, which has daily limits. The spoken playback uses voices that live on your device.
This is the translation sister. The healing instrument is VSA.
© Jelkal (Angela Hodge) — Language Spectral Analysis (LSA). All rights reserved.
Speak it in, or type it in — it comes back in Morse: written out, and sent by light.
Write your words, or speak them, and the instrument sends them back in Morse code — the oldest electric language of signal. Pick any letter in the grid below to see that letter alone, sent by light.
Everything the Morse is saying, gathered into one whole message — not letter by letter, but all together, as it reads. However it came in — typed, spoken, or brought in from a file — it stands whole here, and the instrument will read it out to you.
Nothing gathered yet.
A picture of Morse, a PDF, a text file — whatever form the message is in, bring it in here. Pictures are read by the instrument's own Morse reader, here on this device. What it finds stands whole in the readout above, and in the writing box, ready to send.
One dot = 90 ms
Tap the key for a dot, hold it for a dash. Pause, and the letter is read; pause longer, and a new word begins.
Tap any box to send that one letter by light.
Clean, straight Morse reads best. A tilted or dim photo may read rough — the words it finds stand below, so a wrong letter can be seen.
Over the centuries, humans have come up with various methods that could be used over some distance. Native Americans reportedly used smoke signals, those from other cultures made similar use of signal fires, but such efforts were very limited in terms of extent and complexity of message. Others used bells, whistles, horns and a variety of other "noise makers", with similar limitations. At some point, written messages carried by runners, horsemen and pigeons began to be used and improved the quality of communication.
Before around ww-1 there were 2 kinds of morse code, us and international with some marked differences. International morse code is used nowadays exclusively, although I am curious te know whether any hams experiment with us morse code.
The first morse code operators, working for railway companies, used only numbers that were looked up in a code book. Letters in morse code were added later.
Some of these numbercodes still survive among ham cw operators (like me). The well known "73" for "bye" (at the close of a qso (contact)) and "88" for "love and kisses" are 2 examples of this. chracters if a cw ham contact are usually two dots, like two "e"s, but too widely spaced to be recorgnised as letters.
Morse code is very much alive, just tune into the lower ends of the shortwave ham bands . A contact in cw is very often possible when, due to weak signals, interference or noise, an ssb (speech) contact would be impossible.
Every letter, in every language of signal — the poster, redrawn in the instrument’s colours, verified cell by cell against NATO’s standard (2018).
Sign language — the hand signs for every letter.
One sign = 800 ms
Sing it or speak it into this box, and the hands sign your words as they come. The words it hears stand in the box — it signs what it can make out, and a sung line is harder for the hearer than a spoken one.
Everything the signing is saying, gathered into one whole message — not letter by letter, but all together, standing in sign. However it came in — written and signed, heard in the voice box, or brought in from a file — it stands whole here, and the instrument will read it out to you.
Nothing gathered yet.
A picture, a PDF, a text file — whatever form the message is in, bring it in here. What it finds stands whole in the readout above, in sign, and in the writing box, ready to sign.
These signs spell words letter by letter — the fingerspelling of the chart below. Sign language is a full language of its own; this is its alphabet, put to work.
Translate physical braille into plain text or teach braille literacy using mobile devices
Use side lighting: position a light source from the side to cast shadows on the raised dots so the software can detect them clearly.
Reading Braille from a picture happens on this device. Translating into another language uses the same translation road as Language Spectral Analysis.
Clean, straight, side-lit Braille reads best. A tilted or dim photo may read rough — the text it finds stands below, so a wrong letter can be seen.
Type your words — they come back written in Aramaic, and the button plays them in Aramaic. Type Aramaic — it comes back written and spoken in your language.
This converter writes letter for letter from the verified alphabet above — it spells words in Aramaic letters; it does not translate their meaning. The ancient script writes the consonants: A rides on Alaph, I on Yodh, O and U on Waw, and E is not written, as the old letters did not write it. When it plays, it speaks the letters’ sounds spelled out in your language — a true Aramaic voice does not exist on any phone yet. It grows here, reading by reading.
The first line, word by word. Tap a word: see it in Aramaic, hear it played, and spell it letter by letter.
Tap any letter: see it large, and hear its name and its sound.