terrain-forge-api

To compose procedural terrain generation pipelines in Rust, use sequential pipelines and layered generators to combine algorithms like BSP and cellular automata, then apply ops pipelines for effects. This multi-step composition standardizes map interactions and ensures deterministic seeded outputs.

Yes, you can combine algorithms like BSP, WFC, and drunkard walk for tile-based terrain in Rust. The algorithm registry and direct instantiation guidance support composing these algorithms sequentially or in layered generators to refine generated maps.

To ensure deterministic seeded outputs across a terrain generation pipeline, use the provided deterministic seeding guidance and Rng type. This maintains consistent generation results when composing multi-step generators and applying spatial constraints.

To serialize and place prefabs in a generated terrain map, use the prefab library utilities and serialization examples. This allows inserting prefab structures like treasure rooms into generated maps and extracting semantic markers for game placement.

To validate spatial constraints and connectivity in procedurally generated terrain, use the spatial analysis, graph and Delaunay analysis, and constraint validation utilities. These functions verify that generated maps meet required connectivity and spatial rules.