structural-physics

Three.js structural validation uses a support graph to determine valid block placements and required supports. It registers modular pieces, checks connectivity, and calculates stability scores to ensure structures respond realistically to damage and cascading collapses during gameplay.

Cascading collapse and damage propagation are simulated using a state-based damage system. When a support fails, the system evaluates connected blocks, propagates damage through the support graph, and triggers state-based visual updates to reflect progressive structural failures.

Yes, structural validation integrates with existing Three.js codebases by importing the validator and damage system components. You register modular pieces, trigger placement validation during gameplay, and apply optional physics modes to balance performance and realism within your current environment.

Structural stability simulation balances performance and realism through optional physics modes: arcade, heuristic, and realistic. These modes allow you to adjust the fidelity of stability calculations and damage models, scaling physics behavior to match your game's performance requirements.

Yes, a lightweight physics engine provides heuristic stability calculations for modular blocks. This approach uses a heuristic validator to compute support graphs and evaluate structural integrity without the performance overhead of a full rigid body physics simulation environment.

Placed blocks collapse without feedback when a damage system with state-based visuals is missing. Implementing a damage propagation model ensures structural failures trigger visual state changes, showing players exactly how and where cascading collapses occur across connected supports.