export class WorldClusters { constructor(device: any); /** @type {import('../../platform/graphics/texture.js').Texture} */ clusterTexture: import("../../platform/graphics/texture.js").Texture; device: any; name: string; reportCount: number; boundsMin: Vec3; boundsMax: Vec3; boundsDelta: Vec3; _cells: Vec3; _cellsLimit: Vec3; set cells(value: Vec3); get cells(): Vec3; set maxCellLightCount(count: any); get maxCellLightCount(): any; _maxAttenuation: number; _maxColorValue: number; _usedLights: ClusterLight[]; lightsBuffer: LightsBuffer; _maxCellLightCount: any; _cellsDirty: boolean; destroy(): void; releaseClusterTexture(): void; registerUniforms(device: any): void; _clusterSkipId: any; _clusterMaxCellsId: any; _clusterWorldTextureId: any; _clusterTextureSizeId: any; _clusterTextureSizeData: Float32Array; _clusterBoundsMinId: any; _clusterBoundsMinData: Float32Array; _clusterBoundsDeltaId: any; _clusterBoundsDeltaData: Float32Array; _clusterCellsCountByBoundsSizeId: any; _clusterCellsCountByBoundsSizeData: Float32Array; _clusterCellsDotId: any; _clusterCellsDotData: Float32Array; _clusterCellsMaxId: any; _clusterCellsMaxData: Float32Array; _clusterCompressionLimit0Id: any; _clusterCompressionLimit0Data: Float32Array; updateParams(lightingParams: any): void; updateCells(): void; clusters: Uint8ClampedArray; counts: Int32Array; uploadTextures(): void; updateUniforms(): void; evalLightCellMinMax(clusteredLight: any, min: any, max: any): void; collectLights(lights: any): void; evaluateBounds(): void; evaluateCompressionLimits(gammaCorrection: any): void; updateClusters(gammaCorrection: any): void; update(lights: any, gammaCorrection: any, lightingParams: any): void; activate(): void; } import { Vec3 } from '../../core/math/vec3.js'; declare class ClusterLight { light: any; min: Vec3; max: Vec3; } import { LightsBuffer } from './lights-buffer.js'; export {};