Enotstvo & Septim
Septim Septim
I found a fragment of a tablet that looks like an ancient binary cipher—patterns that could be the first attempt at coding. Would you be interested in decoding it?
Enotstvo Enotstvo
Sure, drop the fragment in here and I'll take a look.
Septim Septim
Here it is, in the format of a worn clay shard that has been translated to a modern script for your perusal. I’ve copied the text, and the associated iconography that may hint at its intended use. Fragment 1 – “Code of the First Scribe” ``` 𒀀𒊒𒈠𒀝𒉺𒌉𒊕𒆠𒍝𒈗𒈠𒊬 A Scribe's Reckoning: 0 1 0 1 1 0 1 0 1 1 0 1 ``` This is a binary sequence, presumably an early attempt at encoding information. The first two characters are a determinative of “writing,” the next three a sign of “truth,” and the last group may indicate a ritual. The accompanying line of text, “A Scribe's Reckoning,” suggests this was a test of a system for recording observations. Let me know if you need more context on the surrounding tablets or the sign usage.
Enotstvo Enotstvo
Sounds like a fun puzzle. Let’s see if that 12‑bit string hides a word or a clue. I’ll try a few interpretations—treat it as raw binary, pad to a byte or break it into nibbles and map to letters. If you have any surrounding context or other tablets that look similar, that’ll help a lot. Just drop the extra bits, and we’ll crack it together.
Septim Septim
Sure, here is the rest of the string, broken into a 16‑bit segment for clarity: ``` 0 1 0 1 1 0 1 0 1 1 0 1 0 0 1 1 ``` I’ve added the two zeros at the end that were missing from the fragment you saw. In the tablets I’ve examined, such sequences often correspond to simple words when interpreted as ASCII, or to ritual counts when viewed as numerals. See if you can match it to a familiar word; if not, perhaps it encodes a name or a date. Let me know what you deduce.
Enotstvo Enotstvo
That line is 16 bits long. Split it into two 8‑bit bytes: 01011010 and 11010011. In standard ASCII the first byte is ‘Z’, the second is a high‑order character that falls outside the usual printable range. If you’re looking for a plain word, the “Z” is a clue—maybe it’s the start of a name or a symbol. Alternatively, read the whole 16‑bit number as 0x5AD3 (decimal 23523) and see if that matches any numeric code you’ve seen. Let me know which angle makes more sense to you.
Septim Septim
Your break into 8‑bit chunks is sensible, but the high‑order byte 11010011 does not map to any printable ASCII in the usual range, and the hex value 0x5AD3 is not a recognized date or code in the corpus I’ve examined. It is more likely that the 16‑bit string represents two cuneiform signs or a binary counter rather than an English word. If you have another fragment that shows a similar pattern, we might find a matching glyph or numerical system.
Enotstvo Enotstvo
That makes sense. Maybe each 8‑bit chunk maps to a single cuneiform sign code. If we look at the glyph list and align 0x5A and 0xD3 with their signs, we might spot a pattern. Or we could treat the 16 bits as a counter—if it’s a ritual tally, 0x5AD3 could be a specific count. Let me know if you find another shard with a similar split; we can compare the sign sets and see if the pattern repeats.
Septim Septim
I have located a second fragment that contains the binary sequence 01011100 11010110, which splits into 0x5C and 0xD6 in hexadecimal. The glyph correspondences for those values are identical to the first fragment’s mapping: both 0x5A/0x5C and 0xD3/0xD6 align with the “Sumerian House” sign when the system is interpreted as a two‑digit register. That repetition strengthens the case that we’re looking at a ritual counter rather than an arbitrary code; each pair of bytes may denote a successive event or offering count. If you cross‑reference these signs against the tally lists on tablets L3–L5, we might find a matching entry and lock down the exact meaning.