Roman numeral / coordinate-based decryption
Roman numeral / coordinate-based decryption using sculpture position data
In plain English: Roman numeral / coordinate-based decryption using sculpture position data — using a method based on non-standard or physically-inspired methods. Every possible combination was tested (10 thousand configurations) — none produced a valid solution.
This approach is ruled out within the tested scope.
NOISE
Tier 2
How to read this record
- Verdict – NOISE (no better than random guessing), INTERESTING (slightly above random, almost certainly coincidence), SIGNAL (statistically unusual, warrants investigation), or FULL MATCH (all 24 known letters correct).
- Confidence Tier – Tier 1 = mathematical proof (permanent). Tier 2 = every possibility tested. Tier 3 = partially tested. Tier 4 = not yet tested.
- Configs Tested – How many different key/parameter combinations were tried.
- Best Score – How many of the 24 known plaintext letters the best attempt matched (out of 24).
- Keystream Consistency (Bean) – Whether the key values at different positions are mathematically consistent with each other.
- Scope Limitations – What this elimination does not rule out.
- Configs Tested
- 10,000
- Best Score
- 4 / 24 known letters matched · no better than random guessing (random guess would score: 0.0)
- Keystream Consistency (Bean)
-
FAIL
Checks whether the key values at different positions are mathematically consistent with each other. - Confidence
- Tier 2: Exhaustive search under stated assumptions. Does not eliminate multi-layer variants.
- Date Tested
- 2026-02-13
- Script
scripts/_uncategorized/e_roman_01_comprehensive.py
Scope Limitations
This elimination does not rule out:
- Only tests specific coordinate-to-key mappings. Does not eliminate all positional ciphers.
Assumptions
- Roman numerals on sculpture encode key positions or values
Reproduce
PYTHONPATH=src python3 -u scripts/_uncategorized/e_roman_01_comprehensive.py
Requires the kryptos repo, Python 3.11+, PYTHONPATH=src.
Found an error? Report on GitHub