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- Complete public-facing documentation - API frozen and versioned for stability - Ready for final testing and validation before 1.0
No due date- Native validation and serialization for dimensioned quantities - Enables safe configuration in data models and APIs - Bridges `ucon`’s algebraic model with modern Python typing ecosystems
No due date- Reliable, developer-friendly foundation - Consistent runtime behavior and output clarity - Prepares API for public documentation and 1.0 freeze
No due date- Support for function-based (nonlinear) physical conversions - Unified algebraic framework across all conversion types - Rich, semantically meaningful representation of dimensionless quantities - Enables acoustics (dB), geometry (rad, sr), statistics (probability), and fractional scales (%, ppm)
No due dateWill have achieved these outcomes: - Registry-based extensibility for domain-specific systems - Dynamic unit registration and discovery - Groundwork for plugin-style system extensions
No due date•4/4 issues closedWill have achieved these outcomes: - Unified conversion taxonomy - Reversible, dimension-checked conversions - Forms the basis for nonlinear and domain-specific conversion families
No due date•5/5 issues closedWill have achieved these outcomes: - All units acquire explicit dimensional semantics - Enables composable and type-safe dimensional operations - Establishes the mathematical foundation for future conversions - Unified algebraic foundation for all scaling and magnitude operations - Precise, reversible cross-base math (`2ⁿ ↔ 10ᵐ`) - Simplified, consistent `Scale` and `Number` behavior - Ready for integration into the conversion engine (`ucon.conversions`)
No due date•27/27 issues closed