v2.1.0 — Math on the Wire #11
Holberg7
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OSMP encodes instructions. EML encodes mathematics. Both ship in the same package.
This release adds the EML evaluator — a companion math-on-the-wire layer — across Python, Go, and TypeScript, plus two new MCP tools. Purely additive; no breaking changes.
What's new
EML across three languages (
sdk/python/osmp/eml.py,sdk/go/osmp/eml/,sdk/typescript/src/eml.ts)Based on Odrzywołek (2026, arXiv:2603.21852): a single binary operator
eml(x, y) = exp(x) − ln(y), together with the constant1, generates the standard calculator function basis — exp, ln, sin, cos, sqrt, arithmetic, and more — as compact expression trees. A full sin(x) or sqrt(x) approximation fits in fewer than 100 bytes on the wire.Cross-language byte-exact determinism
All three language implementations produce the identical SHA-256 corpus fingerprint:
Every platform, every runtime, every deployment — identical bits out of the same encoded chain.
Dual-mode precision
Contact
ack@octid.iofor precision-mode access — see PATENT-NOTICE.md.Two new MCP tools (total now 19, up from 17)
osmp_eml_evaluate(chain_name, values)— evaluate a pre-built EML chain at input value(s)osmp_eml_corpus_lookup(chain_name)— list or inspect the 20 pre-verified chainsInstall
Full changelog: CHANGELOG.md.
Attribution
Built on the universal binary operator
eml(x, y) = exp(x) − ln(y)introduced by Andrzej Odrzywołek (Jagiellonian University, arXiv:2603.21852, March 2026). The operator itself is not claimed; the present work covers the transmission, encoding, and apparatus layer distinct from the operator.Commercial services
Three request-gated services are available under commercial license (see PATENT-NOTICE.md):
Contact
ack@octid.io.This discussion was created from the release v2.1.0 — Math on the Wire.
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