InterpolationCurve3d Class
Interpolating curve.
- Derive from ProxyCurve
- Use a BSplineCurve3d as the proxy
Extends
Methods
| Name | Description | |
|---|---|---|
| clone(): InterpolationCurve3d | Return a deep clone | |
| cloneProps(): InterpolationCurve3dProps | Clone the InterpolationCurve3dProps object in this InterpolationCurve3d | |
| copyFitPointsFloat64Array(): Float64Array | Return a (copy of) the defining points, packed as a Float64Array | |
| dispatchToGeometryHandler(handler: GeometryHandler): any | * "double dispatch" call pattern. | |
| isAlmostEqual(other: GeometryQuery): boolean | test for exact structure and nearly identical geometry. | |
| isSameGeometryClass(other: GeometryQuery): boolean | Test if other is also an InterpolationCurve3d |
|
| reverseInPlace(): void | Reverse the curve direction. | |
| toJSON(): any | Return json key-value pairs for for this InterpolationCurve3d. | |
| tryTransformInPlace(transform: Transform): boolean | Transform this InterpolationCurve3d and its defining data in place | |
| create(options: InterpolationCurve3dOptions | InterpolationCurve3dProps): undefined | InterpolationCurve3d Static | Create an InterpolationCurve3d based on points, knots, and other properties in the InterpolationCurve3dProps or InterpolationCurve3dOptions. | |
| createCapture(options: InterpolationCurve3dOptions): undefined | InterpolationCurve3d Static | Create an InterpolationCurve3d |
Inherited methods
| Name | Inherited from | Description |
|---|---|---|
| addMappedStrokesToLineString3D(map: StrokeCountMap, linestring: LineString3d): number | ProxyCurve | * evaluate strokes at fractions indicated in a StrokeCountMap. |
| announceClipIntervals(_clipper: Clipper, _announce?: AnnounceNumberNumberCurvePrimitive): boolean | ProxyCurve | Find intervals of this curvePrimitive that are interior to a clipper |
| appendPlaneIntersectionPoints(plane: PlaneAltitudeEvaluator, result: CurveLocationDetail[]): number | ProxyCurve | Compute intersections with a plane. |
| clonePartialCurve(fractionA: number, fractionB: number): undefined | CurvePrimitive | ProxyCurve | Implement by proxyCurve. |
| cloneTransformed(transform: Transform): undefined | ProxyCurve | ProxyCurve | Return a transformed clone. |
| closestPoint(spacePoint: Point3d, extend: VariantCurveExtendParameter): undefined | CurveLocationDetail | ProxyCurve | Search for the curve point that is closest to the spacePoint. |
| collectCurvePrimitives(collectorArray?: CurvePrimitive[], smallestPossiblePrimitives: boolean = false, explodeLinestrings: boolean = false): CurvePrimitive[] | ProxyCurve | Return an array containing only the curve primitives. |
| collectCurvePrimitivesGo(collectorArray: CurvePrimitive[], _smallestPossiblePrimitives: boolean, _explodeLinestrings: boolean = false): void | ProxyCurve | Return an array containing only the curve primitives. |
| computeAndAttachRecursiveStrokeCounts(options?: StrokeOptions, parentMap?: StrokeCountMap): void | ProxyCurve | attach StrokeCountMap structure to this primitive (and recursively to any children) |
| computeStrokeCountForOptions(options?: StrokeOptions): number | ProxyCurve | Implement by proxyCurve |
| constructOffsetXY(offsetDistanceOrOptions: number | OffsetOptions): undefined | CurvePrimitive | CurvePrimitive[] | ProxyCurve | Implement by proxyCurve |
| curveLength(): number | ProxyCurve | return the length of the curve. |
| curveLengthBetweenFractions(fraction0: number, fraction1: number): number | ProxyCurve | Returns a (high accuracy) length of the curve between fractional positions |
| curveLengthWithFixedIntervalCountQuadrature(fraction0: number, fraction1: number, numInterval: number, numGauss: number = 5): number | ProxyCurve | * Run an integration (with a default gaussian quadrature) with a fixed fractional step |
| emitStrokableParts(dest: IStrokeHandler, options?: StrokeOptions): void | ProxyCurve | Implement by proxyCurve |
| emitStrokes(dest: LineString3d, options?: StrokeOptions): void | ProxyCurve | Implement by proxyCurve |
| endPoint(result?: Point3d): Point3d | ProxyCurve | return the end point of the primitive. |
| extendRange(rangeToExtend: Range3d, transform?: Transform): void | ProxyCurve | Implement by proxyCurve |
| fractionAndDistanceToPointOnTangent(fraction: number, distance: number): Point3d | ProxyCurve | Construct a point extrapolated along tangent at fraction. |
| fractionToCurvature(fraction: number): undefined | number | ProxyCurve | Returns the (absolute) curvature magnitude. |
| fractionToFrenetFrame(fraction: number, result?: Transform): undefined | Transform | ProxyCurve | Construct a frenet frame: |
| fractionToPoint(fraction: number, result?: Point3d): Point3d | ProxyCurve | Implement by proxyCurve |
| fractionToPointAnd2Derivatives(fraction: number, result?: Plane3dByOriginAndVectors): undefined | Plane3dByOriginAndVectors | ProxyCurve | Implement by proxyCurve |
| fractionToPointAndDerivative(fraction: number, result?: Ray3d): Ray3d | ProxyCurve | Implement by proxyCurve |
| fractionToPointAndUnitTangent(fraction: number, result?: Ray3d): Ray3d | ProxyCurve | Returns a ray whose origin is the curve point and direction is the unit tangent. |
| fractionToSignedXYRadiusOfCurvature(fraction: number): number | ProxyCurve | Construct signed distance from a point on the curve to its center of curvature (in xy only). |
| getFractionToDistanceScale(): undefined | number | ProxyCurve | * If the curve primitive has distance-along-curve strictly proportional to curve fraction, return the scale factor. |
| isInPlane(plane: Plane3dByOriginAndUnitNormal): boolean | ProxyCurve | Implement by proxyCurve |
| moveSignedDistanceFromFraction(startFraction: number, signedDistance: number, allowExtension: boolean, result?: CurveLocationDetail): CurveLocationDetail | ProxyCurve | * (Attempt to) find a position on the curve at a signed distance from start fraction. |
| moveSignedDistanceFromFractionGeneric(startFraction: number, signedDistance: number, allowExtension: boolean, result?: CurveLocationDetail): CurveLocationDetail Protected | ProxyCurve | Generic algorithm to search for point at signed distance from a fractional startPoint. |
| projectedParameterRange(ray: Ray3d | Vector3d, lowHigh?: Range1d): undefined | Range1d | ProxyCurve | Implement by proxyCurve |
| quickLength(): number | ProxyCurve | Implement by proxyCurve |
| range(transform?: Transform, result?: Range3d): Range3d | ProxyCurve | Implement by proxyCurve |
| rangeBetweenFractions(fraction0: number, fraction1: number, transform?: Transform): Range3d | ProxyCurve | Returns a (high accuracy) range of the curve between fractional positions |
| rangeBetweenFractionsByClone(fraction0: number, fraction1: number, transform?: Transform): Range3d | ProxyCurve | Returns a (high accuracy) range of the curve between fractional positions |
| rangeBetweenFractionsByCount(fraction0: number, fraction1: number, count: number, transform?: Transform, extrapolationFactor: number = 0.0): Range3d | ProxyCurve | Returns an approximate range based on a fixed number of evaluations |
| startPoint(result?: Point3d): Point3d | ProxyCurve | return the startPoint of the primitive. |
| tryTranslateInPlace(dx: number, dy: number = 0.0, dz: number = 0.0): boolean | ProxyCurve | try to move the geometry by dx,dy,dz |
| areAlmostEqual(a: undefined | GeometryQuery, b: undefined | GeometryQuery): boolean Static | ProxyCurve | apply instance method isAlmostEqual if both are defined. |
| installStrokeCountMap(curve: CurvePrimitive, curveMap: StrokeCountMap, parentMap?: StrokeCountMap): void Static | ProxyCurve | final install step to save curveMap in curve. |
Properties
| Name | Type | Description | |
|---|---|---|---|
| curvePrimitiveType Readonly | "interpolationCurve" | String name for schema properties | |
| options Accessor ReadOnly | InterpolationCurve3dOptions | return the options pointer |
Inherited properties
| Name | Type | Inherited from | Description |
|---|---|---|---|
| _proxyCurve Protected | CurvePrimitive | ProxyCurve | |
| children Accessor ReadOnly | undefined | GeometryQuery[] | ProxyCurve | return GeometryQuery children for recursive queries. * leaf classes do not need to implement. |
| geometryCategory Readonly | "curvePrimitive" | ProxyCurve | String name for schema properties |
| isExtensibleFractionSpace Accessor ReadOnly | boolean | ProxyCurve | * Returns true if the curve's fraction queries extend beyond 0..1. * Base class default implementation returns false. * These class (and perhaps others in the future) will return true: * LineSegment3d * LineString3d * Arc3d |
| parent | undefined | any | ProxyCurve | data attached by various algorithms (e.g. |
| proxyCurve Accessor ReadOnly | CurvePrimitive | ProxyCurve | return the (pointer to) the proxy curve. |
| strokeData | undefined | StrokeCountMap | ProxyCurve | data attached during stroking for facets. |
Defined in
- bspline/InterpolationCurve3d.ts Line 242
Last Updated: 30 November, 2023