AutoOpenRhinoIntegration (Euclid.Rhino)

AutoOpenRhinoIntegration Module

Namespace: Euclid
Assembly: Euclid.Rhino.dll

If this module is opened then you can convert Rhino points and vectors and Euclid points and vectors to each other via new static and instance members on these types. Call setupEuclidDebugFunctions() to set the functions on the modules Euclid.Debug3D and Euclid.Debug2D to draw in Rhino.

Functions and values

Function or value	Description
`setupEuclidDebugFunctions ()` Full Usage: `setupEuclidDebugFunctions ()` Parameters: () : `unit`	Dependency injection for debugging in Rhino: The library Euclid has no reference to Rhino. However it has these mutable functions to display debug information in case of errors. By default these functions do nothing. Here, after calling setupEuclidDebugFunctions() in the Euclid.Rhino.dll they get replaced with implementations that use Rhino for drawing: () : `unit`

Type extensions

Type extension	Description
`this.BBox` Full Usage: `this.BBox` Parameters: () : `unit` Returns: `BBox`	Convert a Rhino.Geometry.BoundingBox to a Euclid bounding box. Reordering the bounding box minX, minY, minZ, maxX, maxY and maxZ if they are not in the increasing from min to max values. Rhino.Geometry.BoundingBoxes can be inverted. Euclid BBoxes not. Extended Type: `BoundingBox` () : `unit` Returns: `BBox`
`this.BBox` Full Usage: `this.BBox` Returns: `BBox`	Convert a Rhino.Geometry.BoundingBox to a Euclid bounding box. Reordering the bounding box minX, minY, minZ, maxX, maxY and maxZ if they are not in the increasing from min to max values. Rhino.Geometry.BoundingBoxes can be inverted. Euclid BBoxes not. Extended Type: `BoundingBox` Returns: `BBox`
`this.BoxEuclid` Full Usage: `this.BoxEuclid` Parameters: () : `unit` Returns: `Box`	Convert a Rhino.Geometry.Box to a Euclid box. Extended Type: `Box` () : `unit` Returns: `Box`
`this.BoxEuclid` Full Usage: `this.BoxEuclid` Returns: `Box`	Convert a Rhino.Geometry.Box to a Euclid box. Extended Type: `Box` Returns: `Box`
`this.Draw` Full Usage: `this.Draw` Parameters: () : `unit`	Draw the Euclid 2D point in Rhino on current layer. Extended Type: `Pt` () : `unit`
`this.Draw` Full Usage: `this.Draw` Parameters: layer : `string`	Draw the Euclid 2D point in Rhino on given layer. The Layer will be created if it does not exist. Extended Type: `Pt` layer : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: layer : `string` name : `string`	Draw the Euclid 2D point in Rhino on given layer with given name. The Layer will be created if it does not exist. Extended Type: `Pt` layer : `string` name : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: () : `unit`	Draw the Euclid 3D point in Rhino on current layer. The Layer will be created if it does not exist. Extended Type: `Pnt` () : `unit`
`this.Draw` Full Usage: `this.Draw` Parameters: layer : `string`	Draw the Euclid 3D point in Rhino on given layer. The Layer will be created if it does not exist. Extended Type: `Pnt` layer : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: layer : `string` name : `string`	Draw the Euclid 3D point in Rhino on given layer with given name. The Layer will be created if it does not exist. Extended Type: `Pnt` layer : `string` name : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pt` scale : `float` layer : `string` name : `string`	Draw the Euclid 2D vector in Rhino as line with Curve Arrow. Using given start point, scale, layer and name. The Layer will be created if it does not exist. Extended Type: `Vc` fromPt : `Pt` scale : `float` layer : `string` name : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pt` scale : `float` layer : `string`	Draw the Euclid 2D vector in Rhino as line with Curve Arrow. Using given start point, scale and layer. The Layer will be created if it does not exist. Extended Type: `Vc` fromPt : `Pt` scale : `float` layer : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pt` layer : `string`	Draw the Euclid 2D vector in Rhino as line with Curve Arrow. Using given start point and layer. The Layer will be created if it does not exist. Extended Type: `Vc` fromPt : `Pt` layer : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pt` scale : `float`	Draw the Euclid 2D vector in Rhino as line with Curve Arrow. Using given start point and scale. Extended Type: `Vc` fromPt : `Pt` scale : `float`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pt` scale : `float` layer : `string` name : `string`	Draw the Euclid 2D unit vector in Rhino as line with Curve Arrow. Using given start point, scale, layer and name. The Layer will be created if it does not exist. Extended Type: `UnitVc` fromPt : `Pt` scale : `float` layer : `string` name : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pt` scale : `float` layer : `string`	Draw the Euclid 2D unit vector in Rhino as line with Curve Arrow. Using given start point, scale and layer. The Layer will be created if it does not exist. Extended Type: `UnitVc` fromPt : `Pt` scale : `float` layer : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pt` layer : `string`	Draw the Euclid 2D unit vector in Rhino as line with Curve Arrow. Using given start point and layer. The Layer will be created if it does not exist. Extended Type: `UnitVc` fromPt : `Pt` layer : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pt` scale : `float`	Draw the Euclid 2D unit vector in Rhino as line with Curve Arrow. Using given start point and scale. Extended Type: `UnitVc` fromPt : `Pt` scale : `float`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pnt` scale : `float` layer : `string` name : `string`	Draw the Euclid 3D vector in Rhino with given start point, scale, layer and name. The Layer will be created if it does not exist. Extended Type: `Vec` fromPt : `Pnt` scale : `float` layer : `string` name : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pnt` scale : `float` layer : `string`	Draw the Euclid 3D vector in Rhino as line with Curve Arrow. Using given start point, scale and layer. The Layer will be created if it does not exist. Extended Type: `Vec` fromPt : `Pnt` scale : `float` layer : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pnt` layer : `string`	Draw the Euclid 3D vector in Rhino as line with Curve Arrow. Using given start point and layer. The Layer will be created if it does not exist. Extended Type: `Vec` fromPt : `Pnt` layer : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pnt` scale : `float`	Draw the Euclid 3D vector in Rhino as line with Curve Arrow. Using given start point and scale. Extended Type: `Vec` fromPt : `Pnt` scale : `float`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pt` scale : `float` layer : `string` name : `string`	Draw the Euclid 3D unit vector in Rhino as line with Curve Arrow. Using given start point, scale, layer and name. The Layer will be created if it does not exist. Extended Type: `UnitVec` fromPt : `Pt` scale : `float` layer : `string` name : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pt` scale : `float` layer : `string`	Draw the Euclid 3D unit vector in Rhino as line with Curve Arrow. Using given start point, scale and layer. The Layer will be created if it does not exist. Extended Type: `UnitVec` fromPt : `Pt` scale : `float` layer : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pt` layer : `string`	Draw the Euclid 3D unit vector in Rhino as line with Curve Arrow. Using given start point and layer. The Layer will be created if it does not exist. Extended Type: `UnitVec` fromPt : `Pt` layer : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: fromPt : `Pt` scale : `float`	Draw the Euclid 3D unit vector in Rhino as line with Curve Arrow. Using given start point and scale. Extended Type: `UnitVec` fromPt : `Pt` scale : `float`
`this.Draw` Full Usage: `this.Draw` Parameters: layer : `string` name : `string`	Draw the Euclid 3D Line in Rhino with given layer and name. The Layer will be created if it does not exist. Extended Type: `Line3D` layer : `string` name : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: layer : `string`	Draw the Euclid 3D Line in Rhino on given layer. The Layer will be created if it does not exist. Extended Type: `Line3D` layer : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: () : `unit`	Draw the Euclid 3D Line in Rhino on current layer. Extended Type: `Line3D` () : `unit`
`this.Draw` Full Usage: `this.Draw` Parameters: layer : `string` name : `string`	Draw the Euclid 2D Line in Rhino with given layer and name. The Layer will be created if it does not exist. Extended Type: `Line2D` layer : `string` name : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: layer : `string`	Draw the Euclid 2D Line in Rhino on given layer. The Layer will be created if it does not exist. Extended Type: `Line2D` layer : `string`
`this.Draw` Full Usage: `this.Draw` Parameters: () : `unit`	Draw the Euclid 2D Line in Rhino on current layer. Extended Type: `Line2D` () : `unit`
`this.Draw` Full Usage: `this.Draw` Parameters: axLength : `float` - The length of the drawn lines suffixInDot : `string` - Text to add to x TextDot label do of x axis. And y and z too. layer : `string` - Layer to draw plane on. The Layer will be created if it does not exist.	Draws the axes of the PPlane and adds TextDots to label them. Extended Type: `PPlane` axLength : `float` The length of the drawn lines suffixInDot : `string` Text to add to x TextDot label do of x axis. And y and z too. layer : `string` Layer to draw plane on. The Layer will be created if it does not exist.
`this.Draw` Full Usage: `this.Draw` Parameters: axLength : `float` - The length of the drawn lines suffixInDot : `string` - Text to add to x TextDot label do of x axis. And y and z too.	Draws the axes of the PPlane and adds TextDots to label them. Extended Type: `PPlane` axLength : `float` The length of the drawn lines suffixInDot : `string` Text to add to x TextDot label do of x axis. And y and z too.
`this.Draw` Full Usage: `this.Draw` Parameters: axLength : `float` - The length of the drawn lines	Draws the axes of the PPlane and adds TextDots to label them. Extended Type: `PPlane` axLength : `float` The length of the drawn lines
`this.Draw` Full Usage: `this.Draw` Parameters: () : `unit`	Draws the axes of the PPlane and adds TextDots to label them. Extended Type: `PPlane` () : `unit`
`this.DrawDot` Full Usage: `this.DrawDot` Parameters: msg : `string`	Draw the Euclid 2D point as RhinoTextDot with given message. Extended Type: `Pt` msg : `string`
`this.DrawDot` Full Usage: `this.DrawDot` Parameters: msg : `string` layer : `string`	Draw the Euclid 2D point as RhinoTextDot with given message and given layer. The Layer will be created if it does not exist. Extended Type: `Pt` msg : `string` layer : `string`
`this.DrawDot` Full Usage: `this.DrawDot` Parameters: msg : `string`	Draw the Euclid 3D point as RhinoTextDot with given message. Extended Type: `Pnt` msg : `string`
`this.DrawDot` Full Usage: `this.DrawDot` Parameters: msg : `string` layer : `string`	Draw the Euclid 3D point as RhinoTextDot with given message and given layer. The Layer will be created if it does not exist. Extended Type: `Pnt` msg : `string` layer : `string`
`this.Line2D` Full Usage: `this.Line2D` Parameters: () : `unit` Returns: `Line2D` Modifiers: inline	Convert a Rhino.Geometry.Line to a Euclid 2D line. Ignoring the Z component. Extended Type: `Line` () : `unit` Returns: `Line2D`
`this.Line2D` Full Usage: `this.Line2D` Returns: `Line2D` Modifiers: inline	Convert a Rhino.Geometry.Line to a Euclid 2D line. Ignoring the Z component. Extended Type: `Line` Returns: `Line2D`
`this.Line3D` Full Usage: `this.Line3D` Parameters: () : `unit` Returns: `Line3D` Modifiers: inline	Convert a Rhino.Geometry.Line to a Euclid 3D Line. Extended Type: `Line` () : `unit` Returns: `Line3D`
`this.Line3D` Full Usage: `this.Line3D` Returns: `Line3D` Modifiers: inline	Convert a Rhino.Geometry.Line to a Euclid 3D Line. Extended Type: `Line` Returns: `Line3D`
`this.PPlane` Full Usage: `this.PPlane` Parameters: () : `unit` Returns: `PPlane`	Convert a Rhino.Geometry.Plane to a Euclid parametrized plane. Extended Type: `Plane` () : `unit` Returns: `PPlane`
`this.PPlane` Full Usage: `this.PPlane` Returns: `PPlane`	Convert a Rhino.Geometry.Plane to a Euclid parametrized plane. Extended Type: `Plane` Returns: `PPlane`
`this.Pnt` Full Usage: `this.Pnt` Parameters: () : `unit` Returns: `Pnt` Modifiers: inline	Convert a Rhino.Geometry.Point3d to a Euclid 3D point. Extended Type: `Point3d` () : `unit` Returns: `Pnt`
`this.Pnt` Full Usage: `this.Pnt` Returns: `Pnt` Modifiers: inline	Convert a Rhino.Geometry.Point3d to a Euclid 3D point. Extended Type: `Point3d` Returns: `Pnt`
`this.Pnt` Full Usage: `this.Pnt` Parameters: () : `unit` Returns: `Pnt` Modifiers: inline	Convert a Rhino.Geometry.Point3f to a Euclid 3D point. Extended Type: `Point3f` () : `unit` Returns: `Pnt`
`this.Pnt` Full Usage: `this.Pnt` Returns: `Pnt` Modifiers: inline	Convert a Rhino.Geometry.Point3f to a Euclid 3D point. Extended Type: `Point3f` Returns: `Pnt`
`this.Polyline2D` Full Usage: `this.Polyline2D` Parameters: () : `unit` Returns: `Polyline2D`	Convert a Rhino.Geometry.Polyline to a Euclid 2D polyline. Ignoring the Z component. Extended Type: `Polyline` () : `unit` Returns: `Polyline2D`
`this.Polyline2D` Full Usage: `this.Polyline2D` Returns: `Polyline2D`	Convert a Rhino.Geometry.Polyline to a Euclid 2D polyline. Ignoring the Z component. Extended Type: `Polyline` Returns: `Polyline2D`
`this.Polyline3D` Full Usage: `this.Polyline3D` Parameters: () : `unit` Returns: `Polyline3D`	Convert a Rhino.Geometry.Polyline to a Euclid 3D polyline. Extended Type: `Polyline` () : `unit` Returns: `Polyline3D`
`this.Polyline3D` Full Usage: `this.Polyline3D` Returns: `Polyline3D`	Convert a Rhino.Geometry.Polyline to a Euclid 3D polyline. Extended Type: `Polyline` Returns: `Polyline3D`
`this.Pt` Full Usage: `this.Pt` Parameters: () : `unit` Returns: `Pt` Modifiers: inline	Convert a Rhino.Geometry.Point3d to a Euclid 2D point, ignoring the Z component. Extended Type: `Point3d` () : `unit` Returns: `Pt`
`this.Pt` Full Usage: `this.Pt` Returns: `Pt` Modifiers: inline	Convert a Rhino.Geometry.Point3d to a Euclid 2D point, ignoring the Z component. Extended Type: `Point3d` Returns: `Pt`
`this.Pt` Full Usage: `this.Pt` Parameters: () : `unit` Returns: `Pt` Modifiers: inline	Convert a Rhino.Geometry.Point3f to a Euclid 2D point, ignoring the Z component. Extended Type: `Point3f` () : `unit` Returns: `Pt`
`this.Pt` Full Usage: `this.Pt` Returns: `Pt` Modifiers: inline	Convert a Rhino.Geometry.Point3f to a Euclid 2D point, ignoring the Z component. Extended Type: `Point3f` Returns: `Pt`
`this.RhBBox` Full Usage: `this.RhBBox` Parameters: () : `unit` Returns: `BoundingBox`	Convert Euclid the 3D Bounding Box to a Rhino bounding box . Extended Type: `BBox` () : `unit` Returns: `BoundingBox`
`this.RhBBox` Full Usage: `this.RhBBox` Returns: `BoundingBox`	Convert Euclid the 3D Bounding Box to a Rhino bounding box . Extended Type: `BBox` Returns: `BoundingBox`
`this.RhBox` Full Usage: `this.RhBox` Parameters: () : `unit` Returns: `Box`	Convert Euclid 3D Box to a Rhino box . Extended Type: `Box` () : `unit` Returns: `Box`
`this.RhBox` Full Usage: `this.RhBox` Returns: `Box`	Convert Euclid 3D Box to a Rhino box . Extended Type: `Box` Returns: `Box`
`this.RhLine` Full Usage: `this.RhLine` Parameters: () : `unit` Returns: `Line` Modifiers: inline	Convert Euclid 3D Line to Rhino Line. Extended Type: `Line3D` () : `unit` Returns: `Line`
`this.RhLine` Full Usage: `this.RhLine` Returns: `Line` Modifiers: inline	Convert Euclid 3D Line to Rhino Line. Extended Type: `Line3D` Returns: `Line`
`this.RhLine` Full Usage: `this.RhLine` Parameters: () : `unit` Returns: `Line` Modifiers: inline	Convert Euclid 2D Line to Rhino Line. Using 0.0 as Z value. Extended Type: `Line2D` () : `unit` Returns: `Line`
`this.RhLine` Full Usage: `this.RhLine` Returns: `Line` Modifiers: inline	Convert Euclid 2D Line to Rhino Line. Using 0.0 as Z value. Extended Type: `Line2D` Returns: `Line`
`this.RhPlane` Full Usage: `this.RhPlane` Parameters: () : `unit` Returns: `Plane`	Convert Euclid PPlane to Rhino Plane. Extended Type: `PPlane` () : `unit` Returns: `Plane`
`this.RhPlane` Full Usage: `this.RhPlane` Returns: `Plane`	Convert Euclid PPlane to Rhino Plane. Extended Type: `PPlane` Returns: `Plane`
`this.RhPolyline` Full Usage: `this.RhPolyline` Parameters: () : `unit` Returns: `Polyline`	Convert Euclid 2D Bounding Rectangle to a closed Rhino Polyline. Extended Type: `BRect` () : `unit` Returns: `Polyline`
`this.RhPolyline` Full Usage: `this.RhPolyline` Returns: `Polyline`	Convert Euclid 2D Bounding Rectangle to a closed Rhino Polyline. Extended Type: `BRect` Returns: `Polyline`
`this.RhPolyline` Full Usage: `this.RhPolyline` Parameters: () : `unit` Returns: `Polyline`	Convert Euclid 3D Polyline to a Rhino Polyline . Extended Type: `Polyline3D` () : `unit` Returns: `Polyline`
`this.RhPolyline` Full Usage: `this.RhPolyline` Returns: `Polyline`	Convert Euclid 3D Polyline to a Rhino Polyline . Extended Type: `Polyline3D` Returns: `Polyline`
`this.RhPolyline` Full Usage: `this.RhPolyline` Parameters: () : `unit` Returns: `Polyline`	Convert Euclid 2D Polyline to a Rhino Polyline in World XY Plane. Extended Type: `Polyline2D` () : `unit` Returns: `Polyline`
`this.RhPolyline` Full Usage: `this.RhPolyline` Returns: `Polyline`	Convert Euclid 2D Polyline to a Rhino Polyline in World XY Plane. Extended Type: `Polyline2D` Returns: `Polyline`
`this.RhPolyline` Full Usage: `this.RhPolyline` Parameters: () : `unit` Returns: `Polyline`	Convert Euclid 3D Rectangle to a closed Rhino Polyline. Extended Type: `Rect3D` () : `unit` Returns: `Polyline`
`this.RhPolyline` Full Usage: `this.RhPolyline` Returns: `Polyline`	Convert Euclid 3D Rectangle to a closed Rhino Polyline. Extended Type: `Rect3D` Returns: `Polyline`
`this.RhPolyline` Full Usage: `this.RhPolyline` Parameters: () : `unit` Returns: `Polyline`	Convert Euclid 2D Rectangle to a closed Rhino Polyline in World XY Plane. Extended Type: `Rect2D` () : `unit` Returns: `Polyline`
`this.RhPolyline` Full Usage: `this.RhPolyline` Returns: `Polyline`	Convert Euclid 2D Rectangle to a closed Rhino Polyline in World XY Plane. Extended Type: `Rect2D` Returns: `Polyline`
`this.RhPolyline` Full Usage: `this.RhPolyline` Parameters: () : `unit` Returns: `Polyline`	Convert Euclid 2D Loop to a Rhino Polyline in World XY Plane. Extended Type: `Loop` () : `unit` Returns: `Polyline`
`this.RhPolyline` Full Usage: `this.RhPolyline` Returns: `Polyline`	Convert Euclid 2D Loop to a Rhino Polyline in World XY Plane. Extended Type: `Loop` Returns: `Polyline`
`this.RhPolylineCurve` Full Usage: `this.RhPolylineCurve` Parameters: () : `unit` Returns: `PolylineCurve`	Convert Euclid 3D Polyline to a Rhino Polyline . Extended Type: `Polyline3D` () : `unit` Returns: `PolylineCurve`
`this.RhPolylineCurve` Full Usage: `this.RhPolylineCurve` Returns: `PolylineCurve`	Convert Euclid 3D Polyline to a Rhino Polyline . Extended Type: `Polyline3D` Returns: `PolylineCurve`
`this.RhPolylineCurve` Full Usage: `this.RhPolylineCurve` Parameters: () : `unit` Returns: `PolylineCurve`	Convert Euclid 2D Polyline to a Rhino PolylineCurve in World XY Plane. Extended Type: `Polyline2D` () : `unit` Returns: `PolylineCurve`
`this.RhPolylineCurve` Full Usage: `this.RhPolylineCurve` Returns: `PolylineCurve`	Convert Euclid 2D Polyline to a Rhino PolylineCurve in World XY Plane. Extended Type: `Polyline2D` Returns: `PolylineCurve`
`this.RhPolylineCurve` Full Usage: `this.RhPolylineCurve` Parameters: () : `unit` Returns: `PolylineCurve`	Convert Euclid 2D Rectangle to a closed Rhino PolylineCurve. Extended Type: `Rect3D` () : `unit` Returns: `PolylineCurve`
`this.RhPolylineCurve` Full Usage: `this.RhPolylineCurve` Returns: `PolylineCurve`	Convert Euclid 2D Rectangle to a closed Rhino PolylineCurve. Extended Type: `Rect3D` Returns: `PolylineCurve`
`this.RhPolylineCurve` Full Usage: `this.RhPolylineCurve` Parameters: () : `unit` Returns: `PolylineCurve`	Convert Euclid 2D Rectangle to a closed Rhino PolylineCurve in World XY Plane. Extended Type: `Rect2D` () : `unit` Returns: `PolylineCurve`
`this.RhPolylineCurve` Full Usage: `this.RhPolylineCurve` Returns: `PolylineCurve`	Convert Euclid 2D Rectangle to a closed Rhino PolylineCurve in World XY Plane. Extended Type: `Rect2D` Returns: `PolylineCurve`
`this.RhPolylineZ` Full Usage: `this.RhPolylineZ` Parameters: z : `float` Returns: `Polyline`	Convert Euclid 2D Polyline to a Rhino Polyline at Given Z level. Extended Type: `Polyline2D` z : `float` Returns: `Polyline`
`this.RhPolylineZ` Full Usage: `this.RhPolylineZ` Parameters: z : `float` Returns: `Polyline`	Convert Euclid 2D Loop to a Rhino Polyline at Given Z level. Extended Type: `Loop` z : `float` Returns: `Polyline`
`this.RhPt` Full Usage: `this.RhPt` Parameters: () : `unit` Returns: `Point3d` Modifiers: inline	Convert Euclid 2D point to Rhino Point3d with Z value 0.0. Extended Type: `Pt` () : `unit` Returns: `Point3d`
`this.RhPt` Full Usage: `this.RhPt` Returns: `Point3d` Modifiers: inline	Convert Euclid 2D point to Rhino Point3d with Z value 0.0. Extended Type: `Pt` Returns: `Point3d`
`this.RhPt` Full Usage: `this.RhPt` Parameters: () : `unit` Returns: `Point3d` Modifiers: inline	Convert Euclid 3D point to Rhino Point3d. Extended Type: `Pnt` () : `unit` Returns: `Point3d`
`this.RhPt` Full Usage: `this.RhPt` Returns: `Point3d` Modifiers: inline	Convert Euclid 3D point to Rhino Point3d. Extended Type: `Pnt` Returns: `Point3d`
`this.RhPtZ` Full Usage: `this.RhPtZ` Parameters: z : `float` Returns: `Point3d` Modifiers: inline	Convert Euclid 2D point to Rhino Point3d with given Z value. Extended Type: `Pt` z : `float` Returns: `Point3d`
`this.RhSurface` Full Usage: `this.RhSurface` Parameters: () : `unit` Returns: `NurbsSurface`	Convert Euclid 2D Rectangle to a Rhino Surface. Extended Type: `Rect3D` () : `unit` Returns: `NurbsSurface`
`this.RhSurface` Full Usage: `this.RhSurface` Returns: `NurbsSurface`	Convert Euclid 2D Rectangle to a Rhino Surface. Extended Type: `Rect3D` Returns: `NurbsSurface`
`this.RhSurface` Full Usage: `this.RhSurface` Parameters: () : `unit` Returns: `NurbsSurface`	Convert Euclid 2D Rectangle to a Rhino Surface in World XY Plane. Extended Type: `Rect2D` () : `unit` Returns: `NurbsSurface`
`this.RhSurface` Full Usage: `this.RhSurface` Returns: `NurbsSurface`	Convert Euclid 2D Rectangle to a Rhino Surface in World XY Plane. Extended Type: `Rect2D` Returns: `NurbsSurface`
`this.RhVec` Full Usage: `this.RhVec` Parameters: () : `unit` Returns: `Vector3d` Modifiers: inline	Convert Euclid 2D vector to Rhino Vector3d with Z value 0.0. Extended Type: `Vc` () : `unit` Returns: `Vector3d`
`this.RhVec` Full Usage: `this.RhVec` Returns: `Vector3d` Modifiers: inline	Convert Euclid 2D vector to Rhino Vector3d with Z value 0.0. Extended Type: `Vc` Returns: `Vector3d`
`this.RhVec` Full Usage: `this.RhVec` Parameters: () : `unit` Returns: `Vector3d` Modifiers: inline	Convert Euclid 2D unit vector to Rhino Vector3d with Z value 0.0. Extended Type: `UnitVc` () : `unit` Returns: `Vector3d`
`this.RhVec` Full Usage: `this.RhVec` Returns: `Vector3d` Modifiers: inline	Convert Euclid 2D unit vector to Rhino Vector3d with Z value 0.0. Extended Type: `UnitVc` Returns: `Vector3d`
`this.RhVec` Full Usage: `this.RhVec` Parameters: () : `unit` Returns: `Vector3d` Modifiers: inline	Convert Euclid 3D vector to Rhino Vector3d. Extended Type: `Vec` () : `unit` Returns: `Vector3d`
`this.RhVec` Full Usage: `this.RhVec` Returns: `Vector3d` Modifiers: inline	Convert Euclid 3D vector to Rhino Vector3d. Extended Type: `Vec` Returns: `Vector3d`
`this.RhVec` Full Usage: `this.RhVec` Parameters: () : `unit` Returns: `Vector3d` Modifiers: inline	Convert Euclid 3D unit vector to Rhino Vector3d. Extended Type: `UnitVec` () : `unit` Returns: `Vector3d`
`this.RhVec` Full Usage: `this.RhVec` Returns: `Vector3d` Modifiers: inline	Convert Euclid 3D unit vector to Rhino Vector3d. Extended Type: `UnitVec` Returns: `Vector3d`
`this.UnitVc` Full Usage: `this.UnitVc` Parameters: () : `unit` Returns: `UnitVc` Modifiers: inline	Convert a Rhino.Geometry.Vector3d to a Euclid 2D unitized vector, ignoring the Z component. Extended Type: `Vector3d` () : `unit` Returns: `UnitVc`
`this.UnitVc` Full Usage: `this.UnitVc` Returns: `UnitVc` Modifiers: inline	Convert a Rhino.Geometry.Vector3d to a Euclid 2D unitized vector, ignoring the Z component. Extended Type: `Vector3d` Returns: `UnitVc`
`this.UnitVc` Full Usage: `this.UnitVc` Parameters: () : `unit` Returns: `UnitVc` Modifiers: inline	Convert a Rhino.Geometry.Vector3f to a Euclid 2D unitized vector, ignoring the Z component. Extended Type: `Vector3f` () : `unit` Returns: `UnitVc`
`this.UnitVc` Full Usage: `this.UnitVc` Returns: `UnitVc` Modifiers: inline	Convert a Rhino.Geometry.Vector3f to a Euclid 2D unitized vector, ignoring the Z component. Extended Type: `Vector3f` Returns: `UnitVc`
`this.UnitVec` Full Usage: `this.UnitVec` Parameters: () : `unit` Returns: `UnitVec` Modifiers: inline	Convert a Rhino.Geometry.Vector3d to a Euclid 3D unitized vector. Extended Type: `Vector3d` () : `unit` Returns: `UnitVec`
`this.UnitVec` Full Usage: `this.UnitVec` Returns: `UnitVec` Modifiers: inline	Convert a Rhino.Geometry.Vector3d to a Euclid 3D unitized vector. Extended Type: `Vector3d` Returns: `UnitVec`
`this.UnitVec` Full Usage: `this.UnitVec` Parameters: () : `unit` Returns: `UnitVec` Modifiers: inline	Convert a Rhino.Geometry.Vector3f to a Euclid 3D unitized vector. Extended Type: `Vector3f` () : `unit` Returns: `UnitVec`
`this.UnitVec` Full Usage: `this.UnitVec` Returns: `UnitVec` Modifiers: inline	Convert a Rhino.Geometry.Vector3f to a Euclid 3D unitized vector. Extended Type: `Vector3f` Returns: `UnitVec`
`this.Vc` Full Usage: `this.Vc` Parameters: () : `unit` Returns: `Vc` Modifiers: inline	Convert a Rhino.Geometry.Vector3d to a Euclid 2D vector, ignoring the Z component. Extended Type: `Vector3d` () : `unit` Returns: `Vc`
`this.Vc` Full Usage: `this.Vc` Returns: `Vc` Modifiers: inline	Convert a Rhino.Geometry.Vector3d to a Euclid 2D vector, ignoring the Z component. Extended Type: `Vector3d` Returns: `Vc`
`this.Vc` Full Usage: `this.Vc` Parameters: () : `unit` Returns: `Vc` Modifiers: inline	Convert a Rhino.Geometry.Vector3f to a Euclid 2D vector, ignoring the Z component. Extended Type: `Vector3f` () : `unit` Returns: `Vc`
`this.Vc` Full Usage: `this.Vc` Returns: `Vc` Modifiers: inline	Convert a Rhino.Geometry.Vector3f to a Euclid 2D vector, ignoring the Z component. Extended Type: `Vector3f` Returns: `Vc`
`this.Vec` Full Usage: `this.Vec` Parameters: () : `unit` Returns: `Vec` Modifiers: inline	Convert a Rhino.Geometry.Vector3d to a Euclid 3D vector. Extended Type: `Vector3d` () : `unit` Returns: `Vec`
`this.Vec` Full Usage: `this.Vec` Returns: `Vec` Modifiers: inline	Convert a Rhino.Geometry.Vector3d to a Euclid 3D vector. Extended Type: `Vector3d` Returns: `Vec`
`this.Vec` Full Usage: `this.Vec` Parameters: () : `unit` Returns: `Vec` Modifiers: inline	Convert a Rhino.Geometry.Vector3f to a Euclid 3D vector. Extended Type: `Vector3f` () : `unit` Returns: `Vec`
`this.Vec` Full Usage: `this.Vec` Returns: `Vec` Modifiers: inline	Convert a Rhino.Geometry.Vector3f to a Euclid 3D vector. Extended Type: `Vector3f` Returns: `Vec`
`Loop.createOfRhGuid minSegLen snapTol guid` Full Usage: `Loop.createOfRhGuid minSegLen snapTol guid` Parameters: minSegLen : `float` snapTol : `float` guid : `Guid` Returns: `Loop`	Try to create a Euclid Loop with minimum segment length and snapping tolerance from a Guid of a Rhino PolylineCurve. Extended Type: `Loop` minSegLen : `float` snapTol : `float` guid : `Guid` Returns: `Loop`
`Loop.createOfRhPoly minSegLen snapTol poly` Full Usage: `Loop.createOfRhPoly minSegLen snapTol poly` Parameters: minSegLen : `float` snapTol : `float` poly : `PolylineCurve` Returns: `Loop`	Try to create a Euclid Loop with minimum segment length and snapping tolerance from a Rhino PolylineCurve Geometry. Extended Type: `Loop` minSegLen : `float` snapTol : `float` poly : `PolylineCurve` Returns: `Loop`
`Pt.draw p` Full Usage: `Pt.draw p` Parameters: p : `Pt` Returns: `Guid`	Draw the Euclid 2D point in Rhino on current layer. Extended Type: `Pt` p : `Pt` Returns: `Guid`
`Pnt.draw p` Full Usage: `Pnt.draw p` Parameters: p : `Pnt` Returns: `Guid`	Draw the Euclid 3D point in Rhino on current layer. Extended Type: `Pnt` p : `Pnt` Returns: `Guid`
`Vc.draw scale fromPt v` Full Usage: `Vc.draw scale fromPt v` Parameters: scale : `float` fromPt : `Pt` v : `Vc` Returns: `Guid`	Draw the Euclid 2D vector in Rhino as line with Curve Arrow. Using given start point and scale. Extended Type: `Vc` scale : `float` fromPt : `Pt` v : `Vc` Returns: `Guid`
`UnitVc.draw scale fromPt v` Full Usage: `UnitVc.draw scale fromPt v` Parameters: scale : `float` fromPt : `Pt` v : `UnitVc` Returns: `Guid`	Draw the Euclid 2D unit vector in Rhino as line with Curve Arrow. Using given start point and scale. Extended Type: `UnitVc` scale : `float` fromPt : `Pt` v : `UnitVc` Returns: `Guid`
`Vec.draw scale fromPt v` Full Usage: `Vec.draw scale fromPt v` Parameters: scale : `float` fromPt : `Pt` v : `Vec` Returns: `Guid`	Draw the Euclid 3D vector in Rhino as line with Curve Arrow. Using given start point and scale. Extended Type: `Vec` scale : `float` fromPt : `Pt` v : `Vec` Returns: `Guid`
`UnitVec.draw scale fromPt v` Full Usage: `UnitVec.draw scale fromPt v` Parameters: scale : `float` fromPt : `Pt` v : `UnitVec` Returns: `Guid`	Draw the Euclid 3D unit vector in Rhino as line with Curve Arrow. Using given start point and scale. Extended Type: `UnitVec` scale : `float` fromPt : `Pt` v : `UnitVec` Returns: `Guid`
`Line3D.draw l` Full Usage: `Line3D.draw l` Parameters: l : `Line3D` Returns: `Guid`	Draw the Euclid 3D Line in Rhino on current layer. Extended Type: `Line3D` l : `Line3D` Returns: `Guid`
`Line2D.draw l` Full Usage: `Line2D.draw l` Parameters: l : `Line2D` Returns: `Guid`	Draw the Euclid 2D Line in Rhino on current layer. Extended Type: `Line2D` l : `Line2D` Returns: `Guid`
`PPlane.draw axLength plane` Full Usage: `PPlane.draw axLength plane` Parameters: axLength : `float` - The length of the drawn lines plane : `PPlane` - The plane to draw. Returns: `ResizeArray<Guid>` A Rarr of 6 Guids ( 3 Lines , 3 TextDots) added to Rhino	Draws the axes of the PPlane and adds TextDots to label them. Extended Type: `PPlane` axLength : `float` The length of the drawn lines plane : `PPlane` The plane to draw. Returns: `ResizeArray<Guid>` A Rarr of 6 Guids ( 3 Lines , 3 TextDots) added to Rhino
`Polyline3D.draw p` Full Usage: `Polyline3D.draw p` Parameters: p : `Polyline3D` Returns: `Guid`	Draw Euclid 3D Polyline in Rhino. Extended Type: `Polyline3D` p : `Polyline3D` Returns: `Guid`
`Polyline2D.draw p` Full Usage: `Polyline2D.draw p` Parameters: p : `Polyline2D` Returns: `Guid`	Draw Euclid 2D Polyline in Rhino in World XY Plane. Extended Type: `Polyline2D` p : `Polyline2D` Returns: `Guid`
`Loop.draw p` Full Usage: `Loop.draw p` Parameters: p : `Loop` Returns: `Guid`	Draw Euclid 2D Loop in Rhino in World XY Plane. Extended Type: `Loop` p : `Loop` Returns: `Guid`
`Pt.drawDot msg p` Full Usage: `Pt.drawDot msg p` Parameters: msg : `string` p : `Pt` Returns: `Guid`	Draw the Euclid 2D point as RhinoTextDot with given message. Extended Type: `Pt` msg : `string` p : `Pt` Returns: `Guid`
`Pnt.drawDot msg p` Full Usage: `Pnt.drawDot msg p` Parameters: msg : `string` p : `Pnt` Returns: `Guid`	Draw the Euclid 3D point as RhinoTextDot with given message. Extended Type: `Pnt` msg : `string` p : `Pnt` Returns: `Guid`
`BBox.drawMesh bbox` Full Usage: `BBox.drawMesh bbox` Parameters: bbox : `BBox` Returns: `Guid`	Draw the Euclid 3D Bounding Box in Rhino as Mesh on current layer. Extended Type: `BBox` bbox : `BBox` Returns: `Guid`
`Box.drawMesh box` Full Usage: `Box.drawMesh box` Parameters: box : `Box` Returns: `Guid`	Draw the Euclid 3D Box in Rhino as Mesh on current layer. Extended Type: `Box` box : `Box` Returns: `Guid`
`BRect.drawPolyLine rect` Full Usage: `BRect.drawPolyLine rect` Parameters: rect : `BRect` Returns: `Guid`	Draw the Euclid 2D Bounding Rectangle in Rhino as Polyline on current layer. Extended Type: `BRect` rect : `BRect` Returns: `Guid`
`BBox.drawPolyLine bbox` Full Usage: `BBox.drawPolyLine bbox` Parameters: bbox : `BBox` Returns: `Guid`	Draw the Euclid 3D Bounding Box in Rhino as Polyline with 10 vertices. Going from Point 0 to 1, 2, 3, again 0, 4, 5, 6, 7 and again 4. Z-Axis Y-Axis ^ / \| 7 / 6 MaxPt \| +---------------+ \| /\| / /\| \| / \| / / \| 4 \|/ \| / 5 / \| +---------------+ \| \| \|/ \| \| \| +-----------\|---+ \| / 3 \| / 2 \| / \| / \|/ \|/ +---------------+----> X-Axis 0 MinPt 1 Extended Type: `BBox` bbox : `BBox` Returns: `Guid`
`Box.drawPolyLine box` Full Usage: `Box.drawPolyLine box` Parameters: box : `Box` Returns: `Guid`	Draw the Euclid 3D Box in Rhino as Polyline with 10 vertices. Going from Point 0 to 1, 2, 3, again 0, 4, 5, 6, 7 and again 4. local local Z-Axis Y-Axis ^ / \| 7 / 6 \| +---------------+ \| /\| / /\| \| / \| / / \| 4 \|/ \| / 5 / \| +---------------+ \| \| \|/ \| \| \| +-----------\|---+ \| / 3 \| / 2 \| / \| / \|/ \|/ local +---------------+----> X-Axis 0 1 Extended Type: `Box` box : `Box` Returns: `Guid`
`Line2D.drawWithZ z l` Full Usage: `Line2D.drawWithZ z l` Parameters: z : `float` l : `Line2D` Returns: `Guid`	Draw the Euclid 2D Line at given Z level in Rhino on current layer. Extended Type: `Line2D` z : `float` l : `Line2D` Returns: `Guid`
`Polyline2D.drawZ z p` Full Usage: `Polyline2D.drawZ z p` Parameters: z : `float` p : `Polyline2D` Returns: `Guid`	Draw Euclid 2D Polyline in Rhino at Given Z level. Extended Type: `Polyline2D` z : `float` p : `Polyline2D` Returns: `Guid`
`Loop.drawZ z p` Full Usage: `Loop.drawZ z p` Parameters: z : `float` p : `Loop` Returns: `Guid`	Draw Euclid 2D Loop in Rhino at Given Z level. Extended Type: `Loop` z : `float` p : `Loop` Returns: `Guid`
`Line3D.ofRhLine l` Full Usage: `Line3D.ofRhLine l` Parameters: l : `Line` Returns: `Line3D` Modifiers: inline	Convert Rhino Line to Euclid 3D Line. Extended Type: `Line3D` l : `Line` Returns: `Line3D`
`Line2D.ofRhLine l` Full Usage: `Line2D.ofRhLine l` Parameters: l : `Line` Returns: `Line2D` Modifiers: inline	Convert Rhino Line to Euclid 2D Line. Ignoring Z value. Extended Type: `Line2D` l : `Line` Returns: `Line2D`
`PPlane.ofRhPlane p` Full Usage: `PPlane.ofRhPlane p` Parameters: p : `Plane` Returns: `PPlane` Modifiers: inline	Convert Rhino Plane to Euclid PPlane. Extended Type: `PPlane` p : `Plane` Returns: `PPlane`
`Polyline3D.ofRhPolyline p` Full Usage: `Polyline3D.ofRhPolyline p` Parameters: p : `Polyline` Returns: `Polyline3D` Modifiers: inline	Convert Rhino Polyline to Euclid 3D Polyline. Extended Type: `Polyline3D` p : `Polyline` Returns: `Polyline3D`
`Polyline2D.ofRhPolyline p` Full Usage: `Polyline2D.ofRhPolyline p` Parameters: p : `Polyline` Returns: `Polyline2D` Modifiers: inline	Convert Rhino Polyline to Euclid 2D Polyline ignoring Z values. Extended Type: `Polyline2D` p : `Polyline` Returns: `Polyline2D`
`Pt.ofRhPt p` Full Usage: `Pt.ofRhPt p` Parameters: p : `Point3d` Returns: `Pt` Modifiers: inline	Convert Rhino Point3d to Euclid 2D point, ignoring Z value. Extended Type: `Pt` p : `Point3d` Returns: `Pt`
`Pnt.ofRhPt p` Full Usage: `Pnt.ofRhPt p` Parameters: p : `Point3d` Returns: `Pnt` Modifiers: inline	Convert Rhino Point3d to Euclid 3D point. Extended Type: `Pnt` p : `Point3d` Returns: `Pnt`
`Vc.ofRhVec v` Full Usage: `Vc.ofRhVec v` Parameters: v : `Vector3d` Returns: `Vc` Modifiers: inline	Convert Rhino Vector3d to Euclid 2D vector, ignoring Z value. Extended Type: `Vc` v : `Vector3d` Returns: `Vc`
`UnitVc.ofRhVec v` Full Usage: `UnitVc.ofRhVec v` Parameters: v : `Vector3d` Returns: `UnitVc` Modifiers: inline	Unitize a Rhino Vector3d to Euclid 2D unit vector, ignoring Z value. Extended Type: `UnitVc` v : `Vector3d` Returns: `UnitVc`
`Vec.ofRhVec v` Full Usage: `Vec.ofRhVec v` Parameters: v : `Vector3d` Returns: `Vec` Modifiers: inline	Convert Rhino Vector3d to Euclid 3D vector. Extended Type: `Vec` v : `Vector3d` Returns: `Vec`
`UnitVec.ofRhVec v` Full Usage: `UnitVec.ofRhVec v` Parameters: v : `Vector3d` Returns: `UnitVec` Modifiers: inline	Unitize a Rhino Vector3d to Euclid 3D unit vector. Extended Type: `UnitVec` v : `Vector3d` Returns: `UnitVec`
`BoundingBox.toBBox b` Full Usage: `BoundingBox.toBBox b` Parameters: b : `BoundingBox` Returns: `BBox`	Convert a Rhino.Geometry.BoundingBox to a Euclid bounding box. Reordering the bounding box minX, minY, minZ, maxX, maxY and maxZ if they are not in the increasing from min to max values. Rhino.Geometry.BoundingBoxes can be inverted. Euclid BBoxes not. Extended Type: `BoundingBox` b : `BoundingBox` Returns: `BBox`
`Box.toBoxEuclid b` Full Usage: `Box.toBoxEuclid b` Parameters: b : `Box` Returns: `Box`	Convert a Rhino.Geometry.Box to a Euclid box. Extended Type: `Box` b : `Box` Returns: `Box`
`Line.toLine2D l` Full Usage: `Line.toLine2D l` Parameters: l : `Line` Returns: `Line2D` Modifiers: inline	Convert a Rhino.Geometry.Line to a Euclid 2D line. Ignoring the Z component. Extended Type: `Line` l : `Line` Returns: `Line2D`
`Line.toLine3D l` Full Usage: `Line.toLine3D l` Parameters: l : `Line` Returns: `Line3D` Modifiers: inline	Convert a Rhino.Geometry.Line to a Euclid 3D line. Extended Type: `Line` l : `Line` Returns: `Line3D`
`Plane.toPPlane p` Full Usage: `Plane.toPPlane p` Parameters: p : `Plane` Returns: `PPlane`	Convert a Rhino.Geometry.Plane to a Euclid parametrized plane. Extended Type: `Plane` p : `Plane` Returns: `PPlane`
`Point3d.toPnt p` Full Usage: `Point3d.toPnt p` Parameters: p : `Point3d` Returns: `Pnt` Modifiers: inline	Convert a Rhino.Geometry.Point3d to a Euclid 3D point. Extended Type: `Point3d` p : `Point3d` Returns: `Pnt`
`Point3f.toPnt p` Full Usage: `Point3f.toPnt p` Parameters: p : `Point3f` Returns: `Pnt` Modifiers: inline	Convert a Rhino.Geometry.Point3f to a Euclid 3D point. Extended Type: `Point3f` p : `Point3f` Returns: `Pnt`
`Polyline.toPolyline2D p` Full Usage: `Polyline.toPolyline2D p` Parameters: p : `Polyline` Returns: `Polyline2D`	Convert a Rhino.Geometry.Polyline to a Euclid 2D polyline. Ignoring the Z component. Extended Type: `Polyline` p : `Polyline` Returns: `Polyline2D`
`Polyline.toPolyline3D p` Full Usage: `Polyline.toPolyline3D p` Parameters: p : `Polyline` Returns: `Polyline3D`	Convert a Rhino.Geometry.Polyline to a Euclid 3D polyline. Extended Type: `Polyline` p : `Polyline` Returns: `Polyline3D`
`Point3d.toPt p` Full Usage: `Point3d.toPt p` Parameters: p : `Point3d` Returns: `Pt` Modifiers: inline	Convert a Rhino.Geometry.Point3d to a Euclid 2D point, ignoring the Z component. Extended Type: `Point3d` p : `Point3d` Returns: `Pt`
`Point3f.toPt p` Full Usage: `Point3f.toPt p` Parameters: p : `Point3f` Returns: `Pt` Modifiers: inline	Convert a Rhino.Geometry.Point3f to a Euclid 2D point, ignoring the Z component. Extended Type: `Point3f` p : `Point3f` Returns: `Pt`
`Line3D.toRhLine l` Full Usage: `Line3D.toRhLine l` Parameters: l : `Line3D` Returns: `Line` Modifiers: inline	Convert Euclid 3D Line to Rhino Line. Extended Type: `Line3D` l : `Line3D` Returns: `Line`
`Line2D.toRhLine l` Full Usage: `Line2D.toRhLine l` Parameters: l : `Line2D` Returns: `Line` Modifiers: inline	Convert Euclid 2D Line to Rhino Line. Using 0.0 as Z value. Extended Type: `Line2D` l : `Line2D` Returns: `Line`
`PPlane.toRhPlane p` Full Usage: `PPlane.toRhPlane p` Parameters: p : `PPlane` Returns: `Plane` Modifiers: inline	Convert Euclid PPlane to Rhino Plane. Extended Type: `PPlane` p : `PPlane` Returns: `Plane`
`Polyline3D.toRhPolyline p` Full Usage: `Polyline3D.toRhPolyline p` Parameters: p : `Polyline3D` Returns: `Polyline` Modifiers: inline	Convert Euclid 3D Polyline to a Rhino Polyline. Extended Type: `Polyline3D` p : `Polyline3D` Returns: `Polyline`
`Polyline2D.toRhPolyline p` Full Usage: `Polyline2D.toRhPolyline p` Parameters: p : `Polyline2D` Returns: `Polyline` Modifiers: inline	Convert Euclid 2D Polyline to a Rhino Polyline in World XY Plane. Extended Type: `Polyline2D` p : `Polyline2D` Returns: `Polyline`
`Polyline3D.toRhPolylineCurve p` Full Usage: `Polyline3D.toRhPolylineCurve p` Parameters: p : `Polyline3D` Returns: `PolylineCurve` Modifiers: inline	Convert Euclid 3D Polyline to a Rhino PolylineCurve. Extended Type: `Polyline3D` p : `Polyline3D` Returns: `PolylineCurve`
`Polyline2D.toRhPolylineCurve p` Full Usage: `Polyline2D.toRhPolylineCurve p` Parameters: p : `Polyline2D` Returns: `PolylineCurve` Modifiers: inline	Convert Euclid 2D Polyline to a Rhino PolylineCurve in World XY Plane. Extended Type: `Polyline2D` p : `Polyline2D` Returns: `PolylineCurve`
`Polyline2D.toRhPolylineZ z p` Full Usage: `Polyline2D.toRhPolylineZ z p` Parameters: z : `float` p : `Polyline2D` Returns: `Polyline` Modifiers: inline	Convert Euclid 2D Polyline to a Rhino Polyline at Given Z level. Extended Type: `Polyline2D` z : `float` p : `Polyline2D` Returns: `Polyline`
`Pt.toRhPt p` Full Usage: `Pt.toRhPt p` Parameters: p : `Pt` Returns: `Point3d` Modifiers: inline	Convert Euclid 2D point to Rhino Point3d with Z value 0.0. Extended Type: `Pt` p : `Pt` Returns: `Point3d`
`Pnt.toRhPt p` Full Usage: `Pnt.toRhPt p` Parameters: p : `Pnt` Returns: `Point3d` Modifiers: inline	Convert Euclid 3D point to Rhino Point3d. Extended Type: `Pnt` p : `Pnt` Returns: `Point3d`
`Pt.toRhPtZ z p` Full Usage: `Pt.toRhPtZ z p` Parameters: z : `float` p : `Pt` Returns: `Point3d` Modifiers: inline	Convert Euclid 2D point to Rhino Point3d with given Z value. Extended Type: `Pt` z : `float` p : `Pt` Returns: `Point3d`
`Vc.toRhVec v` Full Usage: `Vc.toRhVec v` Parameters: v : `Vc` Returns: `Vector3d` Modifiers: inline	Convert Euclid 2D vector to Rhino Vector3d with Z value 0.0. Extended Type: `Vc` v : `Vc` Returns: `Vector3d`
`UnitVc.toRhVec v` Full Usage: `UnitVc.toRhVec v` Parameters: v : `UnitVc` Returns: `Vector3d` Modifiers: inline	Convert Euclid 2D unit vector to Rhino Vector3d with Z value 0.0. Extended Type: `UnitVc` v : `UnitVc` Returns: `Vector3d`
`Vec.toRhVec v` Full Usage: `Vec.toRhVec v` Parameters: v : `Vec` Returns: `Vector3d` Modifiers: inline	Convert Euclid 3D vector to Rhino Vector3d. Extended Type: `Vec` v : `Vec` Returns: `Vector3d`
`UnitVec.toRhVec v` Full Usage: `UnitVec.toRhVec v` Parameters: v : `UnitVec` Returns: `Vector3d` Modifiers: inline	Convert Euclid 3D unit vector to Rhino Vector3d. Extended Type: `UnitVec` v : `UnitVec` Returns: `Vector3d`
`Vector3d.toVc v` Full Usage: `Vector3d.toVc v` Parameters: v : `Vector3d` Returns: `Vc` Modifiers: inline	Convert a Rhino.Geometry.Vector3d to a Euclid 2D vector, ignoring the Z component. Extended Type: `Vector3d` v : `Vector3d` Returns: `Vc`
`Vector3f.toVc v` Full Usage: `Vector3f.toVc v` Parameters: v : `Vector3f` Returns: `Vc` Modifiers: inline	Convert a Rhino.Geometry.Vector3f to a Euclid 2D vector, ignoring the Z component. Extended Type: `Vector3f` v : `Vector3f` Returns: `Vc`
`Vector3d.toVec v` Full Usage: `Vector3d.toVec v` Parameters: v : `Vector3d` Returns: `Vec` Modifiers: inline	Convert a Rhino.Geometry.Vector3d to a Euclid 3D vector. Extended Type: `Vector3d` v : `Vector3d` Returns: `Vec`
`Vector3f.toVec v` Full Usage: `Vector3f.toVec v` Parameters: v : `Vector3f` Returns: `Vec` Modifiers: inline	Convert a Rhino.Geometry.Vector3f to a Euclid 3D vector. Extended Type: `Vector3f` v : `Vector3f` Returns: `Vec`