godot-runtime-arena

Runtime assembly in Godot uses a builder node to instantiate an arena from an ArenaLayout resource in _ready(), keeping scenes empty in the editor. Designers edit typed GDScript .tres files to generate level variants without manual scene editing.

Headless spatial validation is an audit pass that runs without rendering to report metrics like cover count, verticality, routes, and sightlines. It calibrates arena layouts by evaluating navigation-aware placement and spawn or fall-zone behavior.

Yes, you can define multiple ArenaLayout resources with footprints, pieces, lanes, and landmarks, then let the builder node assemble them at runtime. This resource-driven workflow allows rapid iteration across variants without scene editing.

Runtime arena assembly supports navigation-aware placement and validates spawn markers and fall zones. The headless audit pipeline reports spatial metrics to ensure level layouts meet gameplay requirements for cover and lanes.

Resource-driven arena assembly requires typed GDScript resources and a dedicated builder node, meaning it only suits opt-in game level workflows. It does not replace scene editing for static levels and needs a headless audit to validate spatial structure.

Yes, typed GDScript resources are required to define the ArenaLayout with its footprint, pieces, lanes, landmarks, and fall zones. The builder node reads these resources during _ready() to instantiate the arena and run validation metrics.