PolyCurve2d#

import { PolyCurve2d } from '@huukhanhnguyen/geometry'

PolyCurve2d.add(composite_json: string, segment_json: string): string

PolyCurve2d.domain(_composite_json: string): Float64Array

PolyCurve2d.empty(): string

PolyCurve2d.end(composite_json: string): Float64Array

PolyCurve2d.fromPoints(points: Float64Array, closed: boolean): string

PolyCurve2d.fromSegments(segments_json: string): string

PolyCurve2d.isArc(composite_json: string): boolean

PolyCurve2d.isClosed(composite_json: string): boolean

PolyCurve2d.isEllipse(composite_json: string): boolean

PolyCurve2d.isLine(composite_json: string): boolean

PolyCurve2d.isNurbs(composite_json: string): boolean

PolyCurve2d.isPolyline(composite_json: string): boolean

PolyCurve2d.isSingleSegment(composite_json: string): boolean

PolyCurve2d.length(composite_json: string): number

PolyCurve2d.lengthAt(composite_json: string, t: number): number

PolyCurve2d.paramAtLength(composite_json: string, s: number): number

PolyCurve2d.pointAt(composite_json: string, t: number): Float64Array

PolyCurve2d.reverse(composite_json: string): string

PolyCurve2d.segmentCount(composite_json: string): number

PolyCurve2d.segments(composite_json: string): string

PolyCurve2d.start(composite_json: string): Float64Array

PolyCurve2d.tangentAt(composite_json: string, t: number): Float64Array

PolyCurve2d.tessellate(composite_json: string, tolerance: number): Float64Array

PolyCurve2d.transform(composite_json: string, elements: Float64Array): string