Realized-pair matching

`pyvoro2.powerfit.realize`

Realized-boundary matching for resolved pairwise separator constraints.

`RealizedPairDiagnostics` `dataclass`

Diagnostics for matching candidate constraints to realized boundaries.

`to_records(constraints, *, use_ids=False)`

Return one plain-Python record per candidate pair.

`to_report(constraints, *, use_ids=False)`

Return a JSON-friendly report for realized-boundary matching.

`unaccounted_records(*, ids=None)`

Return one record per realized-but-unaccounted unordered pair.

`UnaccountedRealizedPair` `dataclass`

One realized internal boundary whose unordered pair was not supplied.

`to_record(*, ids=None)`

Return a plain-Python record for the unaccounted pair.

`UnaccountedRealizedPairError`

Bases: ValueError

Raised when unaccounted_pair_check='raise' finds absent pairs.

`match_realized_pairs(points, *, domain, radii, constraints, return_boundary_measure=False, return_cells=False, return_tessellation_diagnostics=False, tessellation_check='diagnose', unaccounted_pair_check='diagnose')`

Determine which resolved pair constraints correspond to realized boundaries.

The matching is purely geometric: each requested ordered pair (i, j, shift) is checked against the set of realized cell boundaries in the power tessellation, including explicit periodic image shifts.

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Realized-pair matching

pyvoro2.powerfit.realize

RealizedPairDiagnostics dataclass

to_records(constraints, *, use_ids=False)

to_report(constraints, *, use_ids=False)

unaccounted_records(*, ids=None)

UnaccountedRealizedPair dataclass

to_record(*, ids=None)

UnaccountedRealizedPairError

match_realized_pairs(points, *, domain, radii, constraints, return_boundary_measure=False, return_cells=False, return_tessellation_diagnostics=False, tessellation_check='diagnose', unaccounted_pair_check='diagnose')