import { BlockMaskBuffer } from './block-mask-buffer';
import type { Bounds } from '../data-table';
import { GpuVoxelization } from '../gpu';
import { type GaussianBVH } from '../spatial';
/**
 * GPU-accelerated voxelization of Gaussian splat data into a block mask buffer.
 *
 * Uses double-buffered pipelining: the CPU prepares the next mega-dispatch
 * (BVH queries + index copying) while the GPU executes the current one.
 *
 * @param bvh - Gaussian bounding volume hierarchy for spatial queries.
 * @param gpuVoxelization - GPU voxelization pipeline with Gaussians already uploaded.
 * @param gridBounds - Block-aligned grid bounds to voxelize within.
 * @param voxelResolution - Size of each voxel in world units.
 * @param opacityCutoff - Opacity threshold for solid voxels.
 * @returns Block mask buffer containing voxelization results.
 */
declare const voxelizeToBuffer: (bvh: GaussianBVH, gpuVoxelization: GpuVoxelization, gridBounds: Bounds, voxelResolution: number, opacityCutoff: number) => Promise<BlockMaskBuffer>;
/**
 * Align bounds to 4x4x4 block boundaries.
 *
 * @param minX - Scene minimum X
 * @param minY - Scene minimum Y
 * @param minZ - Scene minimum Z
 * @param maxX - Scene maximum X
 * @param maxY - Scene maximum Y
 * @param maxZ - Scene maximum Z
 * @param voxelResolution - Size of each voxel
 * @returns Aligned bounds
 */
declare function alignGridBounds(minX: number, minY: number, minZ: number, maxX: number, maxY: number, maxZ: number, voxelResolution: number): Bounds;
export { voxelizeToBuffer, alignGridBounds };