Brep#

import { Brep } from '@huukhanhnguyen/geometry'

Brep.analyticSection(json: string, first_face: number, second_face: number, seed_region: Float64Array): Float64Array

Brep.analyzeTolerances(json: string): Float64Array

Brep.boundingBox(json: string): Float64Array

Brep.boundingSphere(json: string): Float64Array

Brep.box(dx: number, dy: number, dz: number): string

Brep.centerOfMass(json: string): Float64Array

Brep.chamfer(json: string, edge_indices: Uint32Array, distance1: number, distance2: number): string

Brep.chamferReportJson(json: string, edge_indices: Uint32Array, distance1: number, distance2: number): string

Brep.checkBsplineRestrictions(json: string, max_degree: number, max_segments: number, tolerance: number): number

Brep.circularPattern(json: string, axis_x: number, axis_y: number, axis_z: number, center_x: number, center_y: number, center_z: number, count: number): string

Brep.classifyPoint(json: string, x: number, y: number, z: number, tolerance: number): number

Brep.classifyShells(documents: string[]): string[]

Brep.clone(json: string): string

Brep.collapseCollinearDefaultTolerance(): number

Brep.collapseCollinearVertices(json: string, tolerance: number): string

Brep.cone(bottom_radius: number, top_radius: number, height: number): string

Brep.containsPoint(json: string, x: number, y: number, z: number, include_boundary: boolean): boolean

Brep.convertDefaultTolerance(): number

Brep.convertEdgesToElementary(json: string, tolerance: number): string

Brep.convertToBspline(json: string): string

Brep.convertToElementary(json: string, tolerance: number): string

Brep.cornerChamfer(json: string, vertex_index: number, distance: number): string

Brep.cornerFillet(json: string, vertex_index: number, radius: number, sphere_center_mode: number): string

Brep.crossSection(json: string, first_face: number, second_face: number, seed_region: Float64Array): Float64Array

Brep.crossSectionCurves(json: string, first_face: number, second_face: number, seed_region: Float64Array): string

Brep.cylinder(radius: number, height: number): string

Brep.distanceTo(json: string, x: number, y: number, z: number): Float64Array

Brep.draftFaces(json: string, face_indices: Uint32Array, pull_x: number, pull_y: number, pull_z: number, angle: number, neutral_x: number, neutral_y: number, neutral_z: number): string

Brep.edgeForms(json: string): string

Brep.edgeFormsJson(json: string): string

Brep.edgeInteriorPointsJson(json: string): string

Brep.edgeRange(json: string, edge_index: number): Float64Array

Brep.edgeRangesJson(json: string): string

Brep.edgeToFaceMap(json: string): Uint32Array

Brep.edgeValue(json: string, edge_index: number, t: number): Float64Array

Brep.entityCounts(json: string): Uint32Array

Brep.eulerCharacteristic(json: string): number

Brep.extrude(outer: Float64Array, holes_json: string, dx: number, dy: number, dz: number): string

Brep.extrudeProfile(profile_json: string, holes_json: string, dx: number, dy: number, dz: number): string

Brep.faceArea(json: string, face_index: number, eps: number): number

Brep.faceCentroid(json: string, face_index: number): Float64Array

Brep.faceContainsPoint(json: string, face_index: number, x: number, y: number, z: number, tolerance: number, include_boundary: boolean): boolean

Brep.faceDomain(json: string, face_index: number): Float64Array

Brep.faceForms(json: string): string

Brep.faceFormsJson(json: string): string

Brep.faceFromLoop(points: Float64Array, holes_json: string, tolerance: number): string

Brep.faceFromSurface(surface_json: string, bounds: Float64Array, reversed: boolean, tolerance: number): string

Brep.faceFromSurfaceWithLoops(surface_json: string, loops_json: string, reversed: boolean, tolerance: number): string

Brep.faceLoopPoints(json: string): string

Brep.faceModifyShape(json: string, face_index: number, constraints_json: string): string

Brep.faceOffset(json: string, face_index: number, distance: number, tolerance: number): string

Brep.faceOutwardNormal(json: string, face_index: number, u: number, v: number): Float64Array

Brep.facePlanar(points: Float64Array, tolerance: number): string

Brep.facePlanarWithHoles(points: Float64Array, holes_json: string, tolerance: number): string

Brep.faceProject(json: string, face_index: number, x: number, y: number, z: number): Float64Array

Brep.faceRectangle(width: number, height: number, tolerance: number): string

Brep.faceSplitByLoops(json: string, loops_json: string, tolerance: number): string

Brep.faceSummary(json: string): Uint32Array

Brep.faceThicken(json: string, face_index: number, thickness: number, symmetric: boolean): string

Brep.faceTrim(json: string, face_index: number, tool_json: string, tool_face_index: number, side: boolean): string

Brep.faceTrimByLoop(json: string, face_index: number, loop_points: Float64Array, side: boolean, tolerance: number): string

Brep.faceValue(json: string, face_index: number, u: number, v: number): Float64Array

Brep.fillet(json: string, edge_indices: Uint32Array, law_kind: number, law_params: Float64Array): string

Brep.filletReportJson(json: string, edge_indices: Uint32Array, law_kind: number, law_params: Float64Array): string

Brep.filterCircularEdges(json: string): Uint32Array

Brep.filterConcaveEdges(json: string): Uint32Array

Brep.filterConvexEdges(json: string): Uint32Array

Brep.filterLinearEdges(json: string): Uint32Array

Brep.fix(json: string, config: string): Float64Array

Brep.fixSplitCommonVertex(json: string): string

Brep.fixWireframe(json: string, tolerance: number): string

Brep.freeEdgeCount(json: string): number

Brep.gridPattern(json: string, x_axis: Float64Array, y_axis: Float64Array, spacing_x: number, spacing_y: number, count_x: number, count_y: number): string

Brep.helix(outer: Float64Array, holes_json: string, radius: number, pitch: number, turns: number, clockwise: boolean, origin: Float64Array, axis: Float64Array, segments_per_turn: number): string

Brep.imprint(json_a: string, json_b: string): string

Brep.intersect(json_a: string, json_b: string): string

Brep.isClosed(json: string): boolean

Brep.isValidCheap(json: string): boolean

Brep.linearPattern(json: string, dx: number, dy: number, dz: number, spacing: number, count: number): string

Brep.loft(profiles_json: string, ruled: boolean, closed: boolean): string

Brep.loopRegularPolygon(radius: number, sides: number): Float64Array

Brep.massProperties(json: string, eps: number): Float64Array

Brep.measurementDefaultEps(): number

Brep.measurementDeflection(json: string): number

Brep.mirror(json: string, normal_x: number, normal_y: number, normal_z: number, point_x: number, point_y: number, point_z: number): string

Brep.normalizeEdgeParameterFlags(json: string): string

Brep.offset(json: string, distance: number): string

Brep.outerShellDocument(json: string): string

Brep.pipe(outer: Float64Array, holes_json: string, path_json: string, guide_json: string): string

Brep.pullFace(json: string, face_index: number, distance: number): string

Brep.recognizeHoles(json: string): Float64Array

Brep.removeInternalLoops(json: string): string

Brep.restrictionDefaultOptions(): Float64Array

Brep.reverse(json: string): string

Brep.revolve(outer: Float64Array, holes_json: string, axis_point: Float64Array, axis_direction: Float64Array, angle: number): string

Brep.section(json: string, normal_x: number, normal_y: number, normal_z: number, point_x: number, point_y: number, point_z: number): string

Brep.sew(json: string, tolerance: number): string

Brep.shell(json: string, thickness: number, open_face_indices: Uint32Array): string

Brep.signedVolume(json: string, eps: number): number

Brep.solidEntityCounts(json: string): Uint32Array

Brep.sphere(radius: number): string

Brep.splitByPlane(json: string, normal_x: number, normal_y: number, normal_z: number, point_x: number, point_y: number, point_z: number): string

Brep.splitSelfIntersectingInnerLoops(json: string): string

Brep.subtract(json_a: string, json_b: string): string

Brep.surfaceArea(json: string, eps: number): number

Brep.surfaceCross(first_json: string, second_json: string, seed_region: Float64Array): string

Brep.surfaceCrossCurves(first_json: string, second_json: string, seed_region: Float64Array): string

Brep.sweep(outer: Float64Array, holes_json: string, path_json: string, ruled: boolean, segments: number): string

Brep.sweepProfile(profile_json: string, holes_json: string, path_json: string, ruled: boolean, segments: number): string

Brep.thickOffset(json: string, distance: number, excluded_face_indices: Uint32Array): string

Brep.torus(major_radius: number, minor_radius: number): string

Brep.transform(json: string, matrix: Float64Array): string

Brep.translate(json: string, dx: number, dy: number, dz: number): string

Brep.unifyDefaultOptions(): Float64Array

Brep.unifySameDomain(json: string, unify_faces: boolean, unify_edges: boolean, linear_tolerance: number, angular_tolerance: number): string

Brep.union(json_a: string, json_b: string): string

Brep.validate(json: string, tolerance_scale: number, disabled: string): string

Brep.validateOuterShell(json: string, tolerance_scale: number, disabled: string): string

Brep.vertexPositions(json: string): Float64Array

Brep.voidShellDocuments(json: string): string

Brep.volume(json: string, eps: number): number