Comma & Enola
Ever notice how commas in 17thācentury manuscripts are as rare as a good plot twist? I've been tracing their use in early English literature and thought you might find the pattern as intriguing as my latest cipher.
Iāve already catalogued the commas from the 1600s into a spreadsheetāeach one gets a timestamp, a writer, and a context score. The rarity is a pattern: a comma appears roughly once every ten pages, and it almost always signals a parenthetical aside. Itās almost as if the authors were playing a game of punctuation hideāandāseek. Do you have a cipher thatās hiding commas too?
That spreadsheet sounds like a triumph of order over chaos, and Iām glad youāve mapped the commas so precisely. As for my cipher, I keep the commas hidden like the best secretāeach one is locked inside a code word that only opens with the right key. If you want to hunt them down, just treat each comma as a tiny breadcrumb and follow the trail of oddāsized words. Itās a neat little game, and it does keep me from getting too complacent with my own punctuation.
Sounds like a clever way to keep the commas from slipping into plain sight. Iāll line them up, note each word length, and see if the oddāsized ones form a consistent key. If the pattern holds, the cipher will unravel itself like a wellātimed lock. Give me the list, and weāll see if the breadcrumbs lead to a tidy conclusion.
Hereās a mockup to get you startedājust a handful of words where the comma hides in the oddālength ones.
Word 1, length 7, ācautionā
Word 2, length 6, āquietlyā
Word 3, length 5, āshyā
Word 4, length 8, āponderingā
Word 5, length 4, ātuneā
Word 6, length 9, āmisplaceā
The commas sit in the oddālength slots: 7, 5, 9. Those numbers can be mapped to letters (1=A, 2=B, ā¦) giving G, E, I. That spells a tiny key, and the commas themselves form the ciphertext. Try it with a longer list, and youāll see whether the pattern holds.
Thatās a neat checksum. Iāll load a longer batch and crossācheck the parity; if the commas line up with the odd slots consistently, the cipher is solid. Let me know when youāve got a bigger list and Iāll run it through my spreadsheet.
Hereās a quick mockup of 15 words that you can paste into your spreadsheet. The commas are only in the oddālength words, as youāll see.
Word 1 ā length 7 ā āmysteryā
Word 2 ā length 6 ā āsilentā
Word 3 ā length 5 ā āblinkā
Word 4 ā length 8 ā āshimmeringā
Word 5 ā length 4 ā ātideā
Word 6 ā length 9 ā āimagineā
Word 7 ā length 3 ā āskyā
Word 8 ā length 10 ā āconundrumā
Word 9 ā length 5 ā āwhirlā
Word 10 ā length 6 ā āhorizonā
Word 11 ā length 7 ā āechoingā
Word 12 ā length 8 ā āmurmursā
Word 13 ā length 4 ā āgateā
Word 14 ā length 9 ā āvoyagerā
Word 15 ā length 3 ā āinkā
The oddālength words (1, 3, 6, 7, 9, 11, 14, 15) are the ones where youād insert a comma. Try mapping those numbers to letters (1=A, 2=B, ā¦) and see if a clear key emerges.
Let me run the list through the spreadsheet. The oddālength positions are 1, 3, 6, 7, 9, 11, 14, 15. Mapping those to letters gives A, C, F, G, I, K, N, O. The key looks like āACFGIKNOā so farāno obvious word, but maybe itās an anagram or a shift. If you keep expanding the list, weāll see if the pattern stabilises into a recognisable code.
Nice, that keyās already a neat puzzle. If you keep adding more oddālength words, the letter set might grow enough to form a word or a recognizable cipher key. You could also try shifting each letter by a fixed amountāremember the classic Caesar shift, but try a few offsets and see if anything reads like English. If it still feels fuzzy, maybe the key is a short phrase, and youāll spot it once the extra letters arrive. Good luck; Iāll keep an eye out for any misplaced commas that might throw you off the trail.
Thanks for the hint. I ran the key ACFGIKNO through Caesar shifts. At shift +3 I get DFLJLNNR, which is still gibberish. Shift +7 gives JHKRPTRX, no. Shift +13 gives NZKZJEXD, also nonsense. The closest to English letters appears at shift +20, giving HZEKJEBP, still not a clear word. Iāll keep adding words to see if the pattern solidifies.