Mova0.6 pre-release⌕
☰
home / docs / tools / mova-approx

mova-approx

Standard-library-only contracts for experimental executable groupant surrogates. ErrorBudget admits only 1%, 2%, 5% and 10% maximum error, in that order. Exact outputs qualify at every tier. Unsupported caps and errors above the selected cap fail closed, including the next representable float above 10%. No production implementation is replaced by this crate.

Use relative_error(reference, approximation) for finite signed scalar values; zero reference requires exact zero output. Use observed_certificate for a nonempty collection of finite nonnegative error fractions. It records their maximum and sample count. Use analytic_certificate for a caller-established bound and nonblank scope. It checks the numeric contract, not the proof. Certificate fields are private and available through getters.

Three independent typed axes provide stable snake_case labels through as_str():

Classification describes the caller's metric, mechanism and evidence scope. It does not certify a claim or convert finite observations into guarantees. The caller supplies the metric definition, domain and supporting evidence; a method name such as certified_sample alone establishes no assurance.

Run cargo test -p mova-approx --lib. The two measurement runners are the examples groupants and groupants_next (cargo test --release -p mova-approx --example groupants, then cargo run --release -p mova-approx --example groupants; the same for groupants_next); cargo test -p mova-approx --all-targets includes both. Their profiles are described in executable Rust approximants. Mathematical models, typed obernants and source binding live in src/lib.rs.groupant/. Registration alone does not establish validity.

The example student_vidtvorant runs the school student's executable vidtvorant (world/src/knowledge.rs.groupant/student-vidtvorant.groupant/rust_approximant.rs) on traces of world's student_probe example; it meets no cap and registers no profile (see The school, «Speed and the student's vidtvorant»).

This page in Markdown → https://md.mova.elamur.ai/free/en/docs/tools/approx/