building-mechanics

Spatial indexing uses spatial hash grids or octrees to efficiently query and manage large numbers of player-constructed structures. This Skill provides spatial indexing patterns that enable fast lookups for collision detection, neighbor queries, and structural validation across thousands of building pieces without performance degradation.

This Skill supports three structural physics modes: arcade (permissive, gameplay-focused), heuristic (balance between realism and performance), and realistic (full physics simulation). Choose based on your game's design goals and server capacity.

Real-time multiplayer synchronization uses delta compression to minimize bandwidth, client-side prediction to reduce perceived latency, and conflict resolution to handle simultaneous placement attempts. This Skill provides the patterns for coordinating building state across clients and server.

Yes. This Skill is designed for survival games and sandbox builders requiring large-scale base construction. It handles dynamic chunk streaming to load only relevant building data and spatial management to support persistent, player-built structures across expansive game worlds.

You need a 3D engine or framework like Three.js, a multiplayer networking layer, and understanding of spatial data structures. This Skill provides the architecture; you supply the rendering stack and network transport.

Realistic physics mode has higher computational cost than arcade. Chunk streaming introduces latency in edge cases. Delta compression effectiveness depends on update frequency. Test at your target player count and structure density to confirm performance meets your requirements.