Window-event concern extracted from input/input-handler.ts.
Owns the three window/document-level event handlers the viewer
registers on the global scope:
resize (window) → forward to SceneManager.updateSize() and
kick the animation loop.
wheel (window) → orbit-controls own the actual zoom math, so
this handler only intercepts Ctrl/Meta+wheel for FOV control
and pokes the rendering-controls UI to switch its preset to
"Custom" so the slider value reflects the new FOV.
fullscreenchange (document) → toggle fullscreen-fitting
inline styles on the canvas, then on the next frame run
updateSize() once (modern browsers fire this event AFTER the
viewport transition completes, so a single rAF is enough).
The class registers its listeners via attach(cleanups) and
pushes the unregistration thunks (plus one that cancels a pending
fullscreen resize frame) onto the caller's cleanup array,
matching the InputHandler's existing eventListeners ownership
model. There's no separate dispose() — the InputHandler runs the
cleanup array on its own dispose path.
The global wheel listener applies rendering behavior only to events from the
scene canvas, while still suppressing modifier-wheel page zoom over viewer UI.
Window-event concern extracted from
input/input-handler.ts.Owns the three window/document-level event handlers the viewer registers on the global scope:
resize(window) → forward toSceneManager.updateSize()and kick the animation loop.wheel(window) → orbit-controls own the actual zoom math, so this handler only intercepts Ctrl/Meta+wheel for FOV control and pokes the rendering-controls UI to switch its preset to "Custom" so the slider value reflects the new FOV.fullscreenchange(document) → toggle fullscreen-fitting inline styles on the canvas, then on the next frame runupdateSize()once (modern browsers fire this event AFTER the viewport transition completes, so a single rAF is enough).The class registers its listeners via
attach(cleanups)and pushes the unregistration thunks (plus one that cancels a pending fullscreen resize frame) onto the caller's cleanup array, matching the InputHandler's existingeventListenersownership model. There's no separatedispose()— the InputHandler runs the cleanup array on its own dispose path.The global wheel listener applies rendering behavior only to events from the scene canvas, while still suppressing modifier-wheel page zoom over viewer UI.