vessel-entities

To define TypeScript data models for container vessel simulations, use schema-driven interfaces and factory helpers that establish canonical types for vessels, slots, and coordinate systems. This ensures consistent data representation across all simulation modules.

The best way to generate sample vessel data and default voyages for terminal simulation testing is using prebuilt factory helpers. These utilities instantiate canonical vessel models with default class dimensions, capacities, and performance metrics to validate integrations.

Yes, you can use these vessel data models for stowage logic and stability calculations. The canonical schemas, coordinate systems, and slot entities are explicitly designed to provide consistent, validated data across bay plan generation and stability computations.

Yes, this approach provides default dimensions and capacities for different vessel classes. It includes prebuilt defaulted object factories that supply default values for vessel class geometry, capacity metrics, and performance characteristics out of the box.

Vessel entities handle coordinate systems and stowage slots in TypeScript by implementing structured interfaces and generation utilities. These tools validate and instantiate slot geometries and related entities to maintain spatial consistency throughout the simulation.