import { type AnyNode, type BatchableConfig } from '@pascal-app/core';
import type { BatchCandidate } from './types.js';
/**
 * Kinds that declare `capabilities.batchable`, re-read when a plugin
 * registers. Walls keep their merged-geometry batch.
 */
export declare function batchableKinds(): ReadonlyMap<string, BatchableConfig>;
export declare function batchableConfig(node: AnyNode | undefined): BatchableConfig | undefined;
/** A wall-scoped node (door, window) moves with its host wall. */
export declare function isWallHosted(node: AnyNode | undefined): boolean;
export declare function collectBatchCandidate(nodeId: string): BatchCandidate | null;
export declare function hideBatchedNode(candidate: BatchCandidate): void;
/**
 * Belt-and-braces reveal: drops the 'batched' hold from EVERY mesh under
 * every level root. Per-node reveals track the meshes they hid, but a system
 * can rebuild a node's children while it is batched (swapping the tracked
 * refs), and a stale ref means a mesh stays off the scene layer — which the
 * GLB exporter prunes. `showInScene` is a no-op on unheld meshes, so the
 * sweep is safe; it runs only on the rare release-everything paths (capture,
 * appearance switches, isolation).
 */
export declare function revealAllBatchedHolds(): void;
export declare function revealBatchedNode(nodeId: string): void;
/**
 * Nodes the viewer is lighting up — plus hosted openings whose host wall is
 * lit or mid-gesture: a dragged wall carries its doors with it through live
 * overrides, and a batched copy would stay behind until commit.
 */
export declare function collectTintedNodes(nodeIds: ReadonlySet<string>): Set<string>;
export declare function getBatchableNodeIds(): ReadonlySet<string>;
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