import { CellComplex } from '../geometry/cell-complex.js';
import { type CompiledPolytope } from '../geometry/compile-lattice.js';
export interface Cell120Options {
    /** Circumradius (distance from center to each vertex). Default 1. */
    radius?: number;
}
/**
 * Builds the 120-cell — 600 vertices, 1200 edges, 720 pentagonal faces,
 * 120 dodecahedral cells — as the dual of the 600-cell:
 *
 * - vertices are the 600-cell's cell centroids, normalized to the radius;
 * - edges connect centroids of cells sharing a triangular face (exact
 *   combinatorial duality, no distance thresholds);
 * - each dodecahedral cell is the star of a 600-cell vertex (the 20 cells
 *   containing it), and each of its 12 pentagonal faces is the star of a
 *   600-cell edge (the 5 cells containing it).
 *
 * The full incidence structure is assembled as a `FaceLattice` and
 * compiled generically: pentagons fan-triangulate once globally and cone
 * to per-cell centroid helpers (12 pentagons × 3 triangles × 120 cells =
 * 4320 tetrahedra, cell-major with exact `tetToCell` provenance).
 */
export declare function create120Cell(options?: Cell120Options): CellComplex;
/**
 * The 120-cell with its canonical face lattice and provenance retained.
 *
 * @param options - Circumradius of the compiled realization.
 */
export declare function create120CellCompiled(options?: Cell120Options): CompiledPolytope;
//# sourceMappingURL=cell120.d.ts.map