AutoOpenCurve (Rhino.Scripting.Fsharp) | Rhino.Scripting.Fsharp

Rhino.Scripting.Fsharp

AutoOpenCurve Module

Namespace: Rhino.Scripting.FSharp
Assembly: Rhino.Scripting.FSharp.dll

This module provides functions to create or manipulate Rhino Curves This module is automatically opened when Rhino.Scripting.FSharp namespace is opened. These type extensions are only visible in F#.

Type extensions

Type extension	Description
`RhinoScriptSyntax.FilletArc(prevPt, midPt, nextPt, radius)` Full Usage: `RhinoScriptSyntax.FilletArc(prevPt, midPt, nextPt, radius)` Parameters: prevPt : `Point3d` - (Point3d) The first point of polyline midPt : `Point3d` - (Point3d) The middle point of polyline, that will get the fillet nextPt : `Point3d` - (Point3d) The last (or third) point of polyline radius : `float` - (float) The radius of the fillet to attempt to create Returns: `Arc` (Arc) An Arc geometry.	Returns the fillet arc if it fits within three points describing two connected lines (= a polyline). Fails otherwise. Extended Type: `RhinoScriptSyntax` prevPt : `Point3d` (Point3d) The first point of polyline midPt : `Point3d` (Point3d) The middle point of polyline, that will get the fillet nextPt : `Point3d` (Point3d) The last (or third) point of polyline radius : `float` (float) The radius of the fillet to attempt to create Returns: `Arc` (Arc) An Arc geometry.
`RhinoScriptSyntax.FilletPolyline(fillets, polyline)` Full Usage: `RhinoScriptSyntax.FilletPolyline(fillets, polyline)` Parameters: fillets : `IDictionary<int, float>` - (IDictionary) The index of the corners to fillet and the fillet radius polyline : `IList<Point3d>` - (IList) The Polyline as point-list Returns: `PolyCurve` (PolyCurve) A PolyCurve object.	Fillet some corners of a polyline. Extended Type: `RhinoScriptSyntax` fillets : `IDictionary<int, float>` (IDictionary) The index of the corners to fillet and the fillet radius polyline : `IList<Point3d>` (IList) The Polyline as point-list Returns: `PolyCurve` (PolyCurve) A PolyCurve object.
`this.Points` Full Usage: `this.Points` Parameters: () : `unit` Returns: `Point3d seq`	Gets a lazy seq (= IEnumerable) of the points that make up the Polyline. Extended Type: `PolylineCurve` () : `unit` Returns: `Point3d seq`
`RhinoScriptSyntax.curveClosestParameter curveId point` Full Usage: `RhinoScriptSyntax.curveClosestParameter curveId point` Parameters: curveId : `Guid` - (Guid) Identifier of a Curve object point : `Point3d` - (Point3d) Sampling point Returns: `float` (float) The parameter of the closest point on the Curve.	Returns parameter of the point on a Curve that is closest to a test point. Extended Type: `RhinoScriptSyntax` curveId : `Guid` (Guid) Identifier of a Curve object point : `Point3d` (Point3d) Sampling point Returns: `float` (float) The parameter of the closest point on the Curve.
`RhinoScriptSyntax.curveClosestPoint curveId point` Full Usage: `RhinoScriptSyntax.curveClosestPoint curveId point` Parameters: curveId : `Guid` - (Guid) Identifier of a Curve object point : `Point3d` - (Point3d) Sampling point Returns: `Point3d` (Point3d) The closest point on the Curve.	Returns the point on a Curve that is closest to a test point. Extended Type: `RhinoScriptSyntax` curveId : `Guid` (Guid) Identifier of a Curve object point : `Point3d` (Point3d) Sampling point Returns: `Point3d` (Point3d) The closest point on the Curve.
`RhinoScriptSyntax.curveGeoClosestParameter curve point` Full Usage: `RhinoScriptSyntax.curveGeoClosestParameter curve point` Parameters: curve : `Curve` - (Geometry.Curve) A Curve geometry object point : `Point3d` - (Point3d) Sampling point Returns: `float` (float) The parameter of the closest point on the Curve.	Returns parameter of the point on a Curve that is closest to a test point. Extended Type: `RhinoScriptSyntax` curve : `Curve` (Geometry.Curve) A Curve geometry object point : `Point3d` (Point3d) Sampling point Returns: `float` (float) The parameter of the closest point on the Curve.
`RhinoScriptSyntax.curveGeoClosestPoint curve point` Full Usage: `RhinoScriptSyntax.curveGeoClosestPoint curve point` Parameters: curve : `Curve` - (Geometry.Curve) A Curve geometry object point : `Point3d` - (Point3d) Sampling point Returns: `Point3d` (Point3d) The closest point on the Curve.	Returns the point on a Curve that is closest to a test point. Extended Type: `RhinoScriptSyntax` curve : `Curve` (Geometry.Curve) A Curve geometry object point : `Point3d` (Point3d) Sampling point Returns: `Point3d` (Point3d) The closest point on the Curve.
`RhinoScriptSyntax.filletSkewLines makeSCurve radius direction lineA lineB` Full Usage: `RhinoScriptSyntax.filletSkewLines makeSCurve radius direction lineA lineB` Parameters: makeSCurve : `bool` - (bool) Only relevant if curves are skew: make S-curve if true or kink if false radius : `float` - (float) Radius of filleting cylinder direction : `Vector3d` - (Vector3d) Direction of filleting cylinder, usually the intersection of the two planes to fillet; this might be the cross product of the two lines, but the lines might also be skew lineA : `Line` - (Line) First line to fillet, must not be perpendicular to direction; the lines might also be skew lineB : `Line` - (Line) Second line to fillet, must not be perpendicular to direction or first line; the lines might also be skew Returns: `NurbsCurve * Arc * Point3d` (NurbsCurveArcPoint3d) Fillet curve geometry, the true fillet arc on cylinder (wrong ends), the point where fillet would be at radius 0 (same plane as arc).	Creates a fillet curve between two lines, the fillet might be an ellipse or free form but it always lies on the surface of a cylinder with the given direction and radius. Extended Type: `RhinoScriptSyntax` makeSCurve : `bool` (bool) Only relevant if curves are skew: make S-curve if true or kink if false radius : `float` (float) Radius of filleting cylinder direction : `Vector3d` (Vector3d) Direction of filleting cylinder, usually the intersection of the two planes to fillet; this might be the cross product of the two lines, but the lines might also be skew lineA : `Line` (Line) First line to fillet, must not be perpendicular to direction; the lines might also be skew lineB : `Line` (Line) Second line to fillet, must not be perpendicular to direction or first line; the lines might also be skew Returns: `NurbsCurve * Arc * Point3d` (NurbsCurveArcPoint3d) Fillet curve geometry, the true fillet arc on cylinder (wrong ends), the point where fillet would be at radius 0 (same plane as arc).
`RhinoScriptSyntax.filletSkewLinesTrims radius direction lineA lineB` Full Usage: `RhinoScriptSyntax.filletSkewLinesTrims radius direction lineA lineB` Parameters: radius : `float` - (float) Radius of filleting cylinder direction : `Vector3d` - (Vector3d) Direction of filleting cylinder, usually the intersection of the two planes to fillet; this might be the cross product of the two lines, but the lines might also be skew lineA : `Line` - (Line) First line to fillet, must not be perpendicular to direction; the lines might also be skew lineB : `Line` - (Line) Second line to fillet, must not be perpendicular to direction or first line; the lines might also be skew Returns: `float` (float) The needed trimming of two planar surfaces in order to fit a fillet of given radius. The lines can be anywhere on the plane (except parallel to axis).	Returns the needed trimming of two planar surfaces in order to fit a fillet of given radius. The lines can be anywhere on the plane (except parallel to axis). Extended Type: `RhinoScriptSyntax` radius : `float` (float) Radius of filleting cylinder direction : `Vector3d` (Vector3d) Direction of filleting cylinder, usually the intersection of the two planes to fillet; this might be the cross product of the two lines, but the lines might also be skew lineA : `Line` (Line) First line to fillet, must not be perpendicular to direction; the lines might also be skew lineB : `Line` (Line) Second line to fillet, must not be perpendicular to direction or first line; the lines might also be skew Returns: `float` (float) The needed trimming of two planar surfaces in order to fit a fillet of given radius. The lines can be anywhere on the plane (except parallel to axis).