import { Bound3DObject } from "./bound_3D_object.js";
import { CurveObject } from "./curve_object.js";
import { GeometryCollection } from "./geometry_collection.js";
import { GeometryObject } from "./geometry_object.js";
import { MaterialObject } from "./material_object.js";
import { ParamsGetLoop } from "./parameters/params_get_loop.js";
import { StdVector } from "./std_vector.js";
import { ParamsAddFaceToGeometry } from "./parameters/params_add_face_to_geometry.js";
import { ParamsAddFaceToGeometrySimple } from "./parameters/params_add_face_to_geometry_simple.js";
import { ParamsCartesianTransformationOperator3D } from "./parameters/params_cartesian_transform_operator_3D.js";
import { ProfileObject } from "./profile_object.js";
import { ParamsTransformProfile } from "./parameters/params_transform_profile.js";
import { ParamsGetPolyCurve } from "./parameters/params_get_poly_curve.js";
import { ParamsPolygonalFaceSet } from "./parameters/params_polygonal_face_set.js";
import { ParamsGetTriangulatedFaceSetGeometry } from "./parameters/params_get_triangulated_face_set_geometry.js";
import { ParamsGetCShapeCurve } from "./parameters/params_get_c_shape_curve.js";
import { ParamsGetIShapeCurve } from "./parameters/params_get_i_shape_curve.js";
import { ParamsGetLShapeCurve } from "./parameters/params_get_l_shape_curve.js";
import { ParamsGetTShapeCurve } from "./parameters/params_get_t_shape_curve.js";
import { ParamsGetUShapeCurve } from "./parameters/params_get_u_shape_curve.js";
import { ParamsGetZShapeCurve } from "./parameters/params_get_z_shape_curve.js";
import { ParamsGetIfcCircle } from "./parameters/params_get_ifc_circle.js";
import { ParamsGetIfcLine } from "./parameters/params_get_ifc_line.js";
import { ParamsGetBSplineCurve } from "./parameters/params_get_bspline_curve.js";
import { ParamsGetIfcIndexedPolyCurve, ParamsGetIfcIndexedPolyCurve3D } from "./parameters/params_get_ifc_indexed_poly_curve.js";
import { ParamsGetCircleCurve } from "./parameters/params_get_circle_curve.js";
import { ParamsGetEllipseCurve } from "./parameters/params_get_ellipse_curve.js";
import { ParamsCreateNativeIfcProfile } from "./parameters/params_create_native_ifc_profile.js";
import { ParamsCreateBound3D } from "./parameters/params_create_bound_3D.js";
import { ParamsGetHalfspaceSolid } from "./parameters/params_get_half_space_solid.js";
import { ParamsGetRectangleProfileCurve } from "./parameters/params_get_rectangle_profile_curve.js";
import { ParamsGetPolygonalBoundedHalfspace } from "./parameters/params_get_polygonal_bounded_halfspace.js";
import { ParamsGetExtrudedAreaSolid } from "./parameters/params_get_extruded_area_solid.js";
import { ParamsGetRevolvedAreaSolid } from "./parameters/params_get_revolved_area_solid.js";
import { ParamsGetBooleanResult } from "./parameters/params_get_boolean_result.js";
import { ParamsRelVoidSubtract } from "./parameters/params_rel_void_subtract.js";
import { NativeTransform3x3, NativeTransform4x4 } from "./native_transform.js";
import { ResultsGltf } from "./results_gltf.js";
import { ParamsAxis1Placement3D } from "./parameters/params_axis_1_placement_3D.js";
import { ParamsGetAxis2Placement2D } from "./parameters/params_get_axis_2_placement_2D.js";
import { ParamsAxis2Placement3D } from "./parameters/params_axis_2_placement_3D.js";
import { ParamsLocalPlacement } from "./parameters/params_local_placement.js";
import { ParamsGetSweptDiskSolid } from "./parameters/params_get_swept_disk_solid.js";
import { ParseBuffer } from "./parse_buffer.js";
import { ParamsGetBlock } from "./parameters/params_get_block.js";
export declare let wasmType: string;
declare let ConwayGeomWasm: any;
/**
 * Sets a non default prefix for the wasm module.
 *
 * @param to The new prefix.
 */
export declare function setModulePrefix(to: string): void;
export default ConwayGeomWasm;
export type ConwayGeometryWasm = typeof ConwayGeomWasm;
export type FileHandlerFunction = (path: string, prefix: string) => string;
/**
 * Internal interface for wasm module, geometry processing
 * OBJ + GLTF + GLB (Draco) Conversions
 */
export declare class ConwayGeometry {
    wasmModule?: ConwayGeometryWasm;
    initialized: boolean;
    private parseBuffers_;
    /**
     *
     * @param wasmModule_ - Pass loaded wasm module to this function if it's already loaded
     */
    constructor(wasmModule_?: ConwayGeometryWasm);
    /**
     *
     * @param initialSize number - initial size of the vector (optional)
     * @return {StdVector< GeometryObject >} - a native std::vector<GeometryObject> from the
     * wasm module
     */
    nativeVectorGeometry(initialSize?: number): StdVector<GeometryObject>;
    /**
     *
     * @return {GeometryObject} - an empty native geometry object
     */
    nativeGeometry(initialSize?: number): GeometryObject;
    /**
     *
     *
     * @return {ParseBuffer} - a parse buffer
     */
    nativeParseBuffer(): ParseBuffer;
    /**
     * Get a slice of 32bit float elements from the wasm heap
     *
     * @param pointer The pointer (in bytes, 4 byte aligned)
     * @param size The number of elements (in floats)
     * @return {Float32Array} A view of the wasm heap representing the slice.
     */
    floatHeapSlice(pointer: number, size: number): Float32Array;
    /**
     * Get a slice of 32bit unsigned int elements from the wasm heap
     *
     * @param pointer The pointer (in bytes, 4 byte aligned)
     * @param size The number of elements (in floats)
     * @return {Uint32Array} A view of the wasm heap representing the slice.
     */
    uint32HeapSlice(pointer: number, size: number): Uint32Array;
    /**
     *
     *
     * @param buffer The parse buffer to free
     */
    freeParseBuffer(buffer: ParseBuffer): void;
    /**
     * Allocate a native vector of vectors of doubles.
     *
     * @return {StdVector< GeometryObject >} - a native std::vector<GeometryObject> from the
     * wasm module
     */
    nativeVectorVectorDouble(): StdVector<StdVector<number>>;
    /**
     * Allocate a native vector of doubles.
     *
     * @param initialSize number - initial size of the vector (optional)
     * @return {StdVector< GeometryObject >} - a native std::vector<GeometryObject> from the
     * wasm module
     */
    nativeVectorDouble(initialSize?: number): StdVector<number>;
    /**
     * Create a native geometry collection.
     *
     * @return {GeometryCollection}
     */
    nativeGeometryCollection(): GeometryCollection;
    /**
     *
     * @return {StdVector< GeometryObject >} - a native std::vector<GeometryObject> from the
     * wasm module
     */
    nativeVectorGeometryCollection(): StdVector<GeometryCollection>;
    /**
     *
     * @param initialSize number - initial size of the vector (optional)
     * @return {StdVector< MaterialObject >} - a native std::vector<MaterialObject> from the
     * wasm module
     */
    nativeVectorMaterial(initialSize?: number): StdVector<MaterialObject>;
    /**
     * Initialize the conway geometry wasm submodule.
     *
     * @param fileHandler - File handler function (optional),
     * used to load the wasm module in non-web environments
     * that need custom loading.
     *
     * @return {Promise<boolean>} - initialization status
     */
    initialize(fileHandler?: FileHandlerFunction): Promise<boolean>;
    /**
     *
     * @param parameters ParamsGetLoop parsed from data model
     * @return {CurveObject}
     */
    getLoop(parameters: ParamsGetLoop): CurveObject;
    /**
     *
     * @param parameters ParamsAddFaceToGeometry parsed from data model
     */
    addFaceToGeometry(parameters: ParamsAddFaceToGeometry, geometry: GeometryObject): void;
    /**
     *
     * @param parameters ParamsAddFaceToGeometrySimple parsed from data model
     */
    addFaceToGeometrySimple(parameters: ParamsAddFaceToGeometrySimple, geometry: GeometryObject): void;
    /**
     *
     * @param parameters - ParamsCartesianTransformationOperator3D parsed from data model
     * @return {GeometryObject} - Native geometry object
     */
    getCartesianTransformationOperator3D(parameters: ParamsCartesianTransformationOperator3D): any;
    /**
     *
     * @param parameters - ParamsTransformProfile parsed from data model
     * @return {ProfileObject} - Native Profile object
     */
    transformProfile(parameters: ParamsTransformProfile): ProfileObject;
    /**
     *
     * @param parameters - ParamsGetPolyCurve parsed from data model
     * @return {CurveObject} - Native Curve object
     */
    getPolyCurve(parameters: ParamsGetPolyCurve): CurveObject;
    /**
     *
     * @param parameters - ParamsPolygonalFaceSet parsed from data model
     * @return {GeometryObject} - Native geometry object
     */
    getPolygonalFaceSetGeometry(parameters: ParamsPolygonalFaceSet): GeometryObject;
    /**
     *
     * @param parameters ParamsGetPolygonalFaceSetGeometry parsed from data model
     * @return {GeometryObject} - Native Geometry Object
     */
    getTriangulatedFaceSetGeometry(parameters: ParamsGetTriangulatedFaceSetGeometry): GeometryObject;
    /**
     *
     * @param parameters ParamsGetCShapeCurve parsed from data model
     * @return {CurveObject}
     */
    getCShapeCurve(parameters: ParamsGetCShapeCurve): CurveObject;
    /**
     *
     * @param parameters ParamsGetIShapeCurve parsed from data model
     * @return {CurveObject}
     */
    getIShapeCurve(parameters: ParamsGetIShapeCurve): CurveObject;
    /**
     *
     * @param parameters ParamsGetLShapeCurve parsed from data model
     * @return {CurveObject}
     */
    getLShapeCurve(parameters: ParamsGetLShapeCurve): CurveObject;
    /**
     *
     * @param parameters ParamsGetTShapeCurve parsed from data model
     * @return {CurveObject}
     */
    getTShapeCurve(parameters: ParamsGetTShapeCurve): CurveObject;
    /**
     *
     * @param parameters ParamsGetUShapeCurve parsed from data model
     * @return {CurveObject}
     */
    getUShapeCurve(parameters: ParamsGetUShapeCurve): CurveObject;
    /**
     *
     * @param parameters ParamsGetZShapeCurve parsed from data model
     * @return {CurveObject}
     */
    getZShapeCurve(parameters: ParamsGetZShapeCurve): CurveObject;
    /**
     *
     * @param parameters
     * @return {CurveObject} - Native Curve Object
     */
    getIfcCircle(parameters: ParamsGetIfcCircle): CurveObject;
    /**
     *
     * @param parameters
     * @return {CurveObject} - Native Curve Object
     */
    getAP214Circle(parameters: ParamsGetIfcCircle): CurveObject;
    /**
     *
     * @param parameters
     * @return {CurveObject} - Native Curve Object
     */
    getIfcLine(parameters: ParamsGetIfcLine): CurveObject;
    /**
     * Get a B-Spline Curve
     *
     * @param parameters
     * @return {CurveObject} - The native curve object.
     */
    getBSplineCurve(parameters: ParamsGetBSplineCurve): CurveObject;
    /**
     *
     * @param parameters - ParamsGetIfcIndexedPolyCurve parsed from data model
     * @return {CurveObject}
     */
    getIndexedPolyCurve(parameters: ParamsGetIfcIndexedPolyCurve): CurveObject;
    /**
     *
     * @param parameters - ParamsGetIfcIndexedPolyCurve parsed from data model
     * @return {CurveObject}
     */
    getIndexedPolyCurve3D(parameters: ParamsGetIfcIndexedPolyCurve3D): CurveObject;
    /**
     *
     * @param parameters ParamsGetCircleCurve parsed from data model
     * @return {CurveObject}
     */
    getCircleCurve(parameters: ParamsGetCircleCurve): CurveObject;
    /**
     *
     * @param parameters ParamsGetCirlceCurve parsed from data model
     * @return {CurveObject}
     */
    getCircleHoleCurve(parameters: ParamsGetCircleCurve): CurveObject;
    /**
     *
     * @param parameters ParamsGetEllipseCurve parsed from data model
     * @return {CurveObject}
     */
    getEllipseCurve(parameters: ParamsGetEllipseCurve): CurveObject;
    /**
     *
     * @param parameters ParamsCreateNativeIfcProfile parsed from data model
     * @return {ProfileObject}
     */
    createNativeIfcProfile(parameters: ParamsCreateNativeIfcProfile): ProfileObject;
    /**
     *
     * @param parameters ParamsCreateBound3D parsed from data model
     * @return {Bound3DObject}
     */
    createBound3D(parameters: ParamsCreateBound3D): Bound3DObject;
    /**
     *
     * @param parameters ParamsGetHalfspaceSolid parsed from data model
     * @return {GeometryObject}
     */
    getHalfSpaceSolid(parameters: ParamsGetHalfspaceSolid): GeometryObject;
    /**
     *
     * @param parameters
     * @returns {GeometryObject}
     */
    getSweptDiskSolid(parameters: ParamsGetSweptDiskSolid): GeometryObject;
    /**
     *
     * @param parameters ParamsGetRectangleProfileCurve parsed from data model
     * @return {CurveObject}
     */
    getRectangleProfileCurve(parameters: ParamsGetRectangleProfileCurve): CurveObject;
    /**
     *
     * @param parameters ParamsGetRectangleProfileCurve parsed from data model
     * @return {CurveObject}
     */
    getRectangleHollowProfileHole(parameters: ParamsGetRectangleProfileCurve): CurveObject;
    /**
     *
     * @param parameters
     * @return {GeometryObject}
     */
    getPolygonalBoundedHalfspace(parameters: ParamsGetPolygonalBoundedHalfspace): GeometryObject;
    /**
     *
     * @param parameters ParamsGetExtrudedAreaSolid parsed from data model
     * @return {GeometryObject}
     */
    getExtrudedAreaSolid(parameters: ParamsGetExtrudedAreaSolid): GeometryObject;
    /**
   *
   * @param parameters ParamsGetRevolvedAreaSolid parsed from data model
   * @return {GeometryObject}
   */
    getRevolvedAreaSolid(parameters: ParamsGetRevolvedAreaSolid): GeometryObject;
    /**
     *
     * @param parameters ParamsGetBlock parsed from data model
     * @return {GeometryObject} - Native Geometry Object
     */
    getBlock(parameters: ParamsGetBlock): GeometryObject;
    /**
     *
     * @param parameters
     * @return {GeometryObject}
     */
    getBooleanResult(parameters: ParamsGetBooleanResult): GeometryObject;
    /**
     *
     * @param parameters
     * @return {GeometryObject}
     */
    relVoidSubtract(parameters: ParamsRelVoidSubtract): GeometryObject;
    /**
     * Convert geometry to gltf.
     *
     * @param mat1
     * @param mat2
     * @return {any} matrix result of the multiplication
     */
    multiplyNativeMatrices(mat1: NativeTransform4x4, mat2: NativeTransform4x4): NativeTransform4x4;
    /**
     *
     * @param geometry Vector of native geometry collection objects
     * @param materials Vector of native materials indexed by geometry
     * @param isGlb  boolean if the output should be a single GLB file
     * @param outputDraco boolean should the output use Draco compression
     * @param fileUri string of base name for output files
     * @param geometryOffset The offset into the geometry vector to use to start
     * @return {ResultsGltf} boolean success + buffers + file uris
     */
    toGltf(geometry: StdVector<GeometryCollection>, materials: StdVector<MaterialObject>, isGlb: boolean, outputDraco: boolean, fileUri: string, geometryOffset?: number, geometryCount?: number): ResultsGltf;
    /**
     *
     * @param parameters - ParamsGetAxis2Placement2D structure
     * @return {any} - native Axis2Placement2D structure
     */
    getAxis1Placement3D(parameters: ParamsAxis1Placement3D): NativeTransform4x4;
    /**
     *
     * @param parameters - ParamsGetAxis2Placement2D structure
     * @return {any} - native Axis2Placement2D structure
     */
    getAxis2Placement2D(parameters: ParamsGetAxis2Placement2D): NativeTransform3x3;
    /**
     *
     * @param parameters - ParamsAxis2Placement3D structure
     * @return {any} - native Axis2Placement3D structure
     */
    getAxis2Placement3D(parameters: ParamsAxis2Placement3D): NativeTransform4x4;
    /**
     *
     * @param parameters - ParamsLocalPlacement structure
     * @return {any} = native LocalPlacement structure
     */
    getLocalPlacement(parameters: ParamsLocalPlacement): NativeTransform4x4;
    /**
     *
     * @return {any} identity matrix
     */
    getIdentityTransform(): NativeTransform4x4;
    /**
     *
     * @param geometry - Native Geometry Object
     * @return {string} - containing OBJ file contents
     */
    toObj(geometry: GeometryObject): string;
    /**
     * Frees the geometry processor
     */
    destroy(): void;
}
//# sourceMappingURL=conway_geometry.d.ts.map