traversal-system

Game traversal system design separates world facts, traversal verbs, stamina or momentum economy, and controller execution into clean responsibilities to maintain world readability and player intent. This architecture prevents inconsistent movement behavior and progression balance issues.

Forbidden geometry climbing occurs when traversal systems lack proper surface probing and readability cues. Defining specific climbable surfaces, volumes, and anchors with authored or systemic constraints prevents players from exploiting unintended traversal paths.

Motion warping and IK presentation address seam flicker by ensuring accurate limb placement during climbing traversal. Proper mantle and vault detection combined with controller-owned movement execution creates smooth transitions between traversal states.

Stamina and momentum policies for traversal systems should be designed as a distinct economy layer separate from movement verbs and execution. This separation ensures balanced progression rules and prevents edge cases like stamina trivializing content or breaking game difficulty.

Wall-running and grapples require controller-owned movement execution with proper networking considerations to maintain synchronization. Implementing these traversal verbs through a Mover-based execution model ensures consistent state replication across authored and systemic traversal interactions.

Traversal architecture design applies to both authored and systemic movement styles across climbing, parkour, gliding, swimming, grappling, and vehicle route design. Typed requests and outcome validation ensure reliable behavior regardless of whether traversal paths are hand-crafted or procedurally generated.