add-model

Adding new problem models to a Rust codebase involves a guided checklist that systematically gathers mathematical definitions, problem types, type parameters, and struct fields. This ensures comprehensive definition and integration of the new model into the existing framework.

Integrating an NP-hard problem definition involves capturing mathematical properties, feasibility checks, objective functions, and solving strategies. The process verifies associated reduction rules to ensure the new model connects correctly and prevents orphan nodes in the problem graph.

To ensure a new problem model is discoverable via the CLI, you must complete the model registration process after implementing its struct fields and configuration spaces. This registration step integrates the problem definition into the system for command-line access and testing.

Defining the mathematical properties of a new codebase problem requires gathering the mathematical definitions, type parameters, and configuration spaces. You must also specify feasibility checks, objective functions, and best-known algorithms to complete the comprehensive problem definition.

Verifying reduction rules when adding a problem model is necessary to prevent orphan nodes in the problem graph. This dependency verification ensures the newly defined problem integrates seamlessly with the existing problem reduction framework and maintains structural integrity.