transport-belts

Implement transport belt logic by using a structured mental model for spawning, placement, removal, and item motion. This approach adheres to data-only components and declarative system design to ensure consistency and maintainability in your client-side architecture.

Structure conveyor belt topology by applying a declarative system design pattern within an ECS architecture. This provides structural guidance for belt traversal and network connectivity, ensuring carried-item movement is managed efficiently and consistently.

A data-only component architecture handles transport belt placement by separating state from logic. It uses declarative systems to manage spawning, removal, and topology updates, ensuring the client-side transport belt implementation remains modular and testable.

Yes, you can use this transport belt model to update item motion systems for curved belts. It provides the necessary structural guidance for modifying how items move along conveyor belts and how individual belt segments connect.

You need a declarative system design for transport belt utilities and tests when modifying core client-side logic like item motion or belt topology. It ensures that helpers, constants, and test suites are developed and maintained effectively without behavioral side effects.

Using an ECS approach for conveyor belt systems separates data-only components from declarative logic processing. This manages complex belt networks and item traversal efficiently, preventing tangled client-side code and maintaining scalable transport belt architecture.