Purpose
MSI-NUM establishes a consistent framework for numerical representation across standards, software systems, records, and scientific models. It separates numerical meaning from formatting, localization, or implementation-specific assumptions.
A standard is only real when systems can exchange it. MSI-NUM defines the notation for coordinates, time, motion, height, epochs, drift vectors, orientation, and metadata — consistent everywhere.
Different teams can agree on physics but still fail to interoperate if formats differ. MSI-NUM is the glue: it defines how MSI is written, stored, exchanged, and labeled — so machines and humans always agree.
Most system failures don’t come from physics — they come from ambiguity. Different formats, missing epochs, silent assumptions. MSI-NUM eliminates interpretation; it defines how other MSI standards are encoded and exchanged.
MSI-NUM establishes a consistent framework for numerical representation across standards, software systems, records, and scientific models. It separates numerical meaning from formatting, localization, or implementation-specific assumptions.
MSI-NUM applies to identifiers, counts, measurements, indices, and ordered references used throughout MSI standards. It does not mandate a single numeric base or encoding, but defines rules for equivalence and interoperability.
MSI-NUM underpins all quantitative MSI standards, including MSI-TIME, MSI-CAL, MSI-ZERO, MSI-TRF, and MSI-DRIFT. It ensures numerical consistency across coordinate systems, epochs, and reference frames.
The examples below are illustrative placeholders — the page is for look-and-feel.
This mini-app will validate a payload (JSON/CSV/text) and confirm whether required MSI metadata is present (frame, epoch, model versions).