AutoOpenMesh (Rhino.Scripting.Fsharp) | Rhino.Scripting.Fsharp

Rhino.Scripting.Fsharp

AutoOpenMesh Module

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

This module provides functions to create or manipulate Rhino Meshes 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.MeshAddHexaFace(m, a, b, c, d, e, f)` Full Usage: `RhinoScriptSyntax.MeshAddHexaFace(m, a, b, c, d, e, f)` Parameters: m : `Mesh` a : `Point3d` b : `Point3d` c : `Point3d` d : `Point3d` e : `Point3d` f : `Point3d`	Adds two welded quad faces to simulate a hexagon. Call Mesh.Normals.ComputeNormals() and Mesh.Compact() after adding the faces. Obsolete? Use built-in Ngons instead? Extended Type: `RhinoScriptSyntax` m : `Mesh` a : `Point3d` b : `Point3d` c : `Point3d` d : `Point3d` e : `Point3d` f : `Point3d`
`RhinoScriptSyntax.MeshAddLoopUnWelded(m, lns)` Full Usage: `RhinoScriptSyntax.MeshAddLoopUnWelded(m, lns)` Parameters: m : `Mesh` lns : `ResizeArray<Line>`	Makes a closed loop of NOT welded quads. Last line is ignored; it is considered the same as the first one (e.g. coming from closed Polyline). Extended Type: `RhinoScriptSyntax` m : `Mesh` lns : `ResizeArray<Line>`
`RhinoScriptSyntax.MeshAddLoopWelded(m, lns)` Full Usage: `RhinoScriptSyntax.MeshAddLoopWelded(m, lns)` Parameters: m : `Mesh` lns : `ResizeArray<Line>`	Makes a closed loop of welded quads. Last line is ignored; it is considered the same as the first one (e.g. coming from closed Polyline). Extended Type: `RhinoScriptSyntax` m : `Mesh` lns : `ResizeArray<Line>`
`RhinoScriptSyntax.MeshAddPentaFace(m, a, b, c, d, e)` Full Usage: `RhinoScriptSyntax.MeshAddPentaFace(m, a, b, c, d, e)` Parameters: m : `Mesh` a : `Point3d` b : `Point3d` c : `Point3d` d : `Point3d` e : `Point3d`	Adds a welded quad and triangle face to simulate a pentagon. Call Mesh.Normals.ComputeNormals() and Mesh.Compact() after adding the faces. Obsolete? Use built-in Ngons instead? Extended Type: `RhinoScriptSyntax` m : `Mesh` a : `Point3d` b : `Point3d` c : `Point3d` d : `Point3d` e : `Point3d`
`RhinoScriptSyntax.MeshAddQuadFace(m, a, b, c, d)` Full Usage: `RhinoScriptSyntax.MeshAddQuadFace(m, a, b, c, d)` Parameters: m : `Mesh` a : `Point3f` b : `Point3f` c : `Point3f` d : `Point3f`	Call Mesh.Normals.ComputeNormals() and Mesh.Compact() after adding the faces. Sort points counterclockwise. Extended Type: `RhinoScriptSyntax` m : `Mesh` a : `Point3f` b : `Point3f` c : `Point3f` d : `Point3f`
`RhinoScriptSyntax.MeshAddQuadFace(m, a, b, c, d)` Full Usage: `RhinoScriptSyntax.MeshAddQuadFace(m, a, b, c, d)` Parameters: m : `Mesh` a : `Point3d` b : `Point3d` c : `Point3d` d : `Point3d`	Call Mesh.Normals.ComputeNormals() and Mesh.Compact() after adding the faces. Sort points counterclockwise. Extended Type: `RhinoScriptSyntax` m : `Mesh` a : `Point3d` b : `Point3d` c : `Point3d` d : `Point3d`
`RhinoScriptSyntax.MeshAddQuadFace(m, l, ll)` Full Usage: `RhinoScriptSyntax.MeshAddQuadFace(m, l, ll)` Parameters: m : `Mesh` l : `Line` ll : `Line`	Call Mesh.Normals.ComputeNormals() and Mesh.Compact() after adding the faces ?? Extended Type: `RhinoScriptSyntax` m : `Mesh` l : `Line` ll : `Line`
`RhinoScriptSyntax.MeshAddQuadFaceToLastTwo(m, a, b)` Full Usage: `RhinoScriptSyntax.MeshAddQuadFaceToLastTwo(m, a, b)` Parameters: m : `Mesh` a : `Point3d` b : `Point3d`	Appends a welded Quad to last 2 vertices. Call Mesh.Normals.ComputeNormals() and Mesh.Compact() after adding the faces. Extended Type: `RhinoScriptSyntax` m : `Mesh` a : `Point3d` b : `Point3d`
`RhinoScriptSyntax.MeshAddQuadFaceToLastTwo(m, l)` Full Usage: `RhinoScriptSyntax.MeshAddQuadFaceToLastTwo(m, l)` Parameters: m : `Mesh` l : `Line`	Appends a welded quad to last 2 vertices. Call Mesh.Normals.ComputeNormals() and Mesh.Compact() after adding the faces. Extended Type: `RhinoScriptSyntax` m : `Mesh` l : `Line`
`RhinoScriptSyntax.MeshAddTriaFace(m, a, b, c)` Full Usage: `RhinoScriptSyntax.MeshAddTriaFace(m, a, b, c)` Parameters: m : `Mesh` a : `Point3f` b : `Point3f` c : `Point3f`	Call Mesh.Normals.ComputeNormals() and Mesh.Compact() after adding the faces. Sort points counterclockwise. Extended Type: `RhinoScriptSyntax` m : `Mesh` a : `Point3f` b : `Point3f` c : `Point3f`
`RhinoScriptSyntax.MeshAddTriaFace(m, a, b, c)` Full Usage: `RhinoScriptSyntax.MeshAddTriaFace(m, a, b, c)` Parameters: m : `Mesh` a : `Point3d` b : `Point3d` c : `Point3d`	Call Mesh.Normals.ComputeNormals() and Mesh.Compact() after adding the faces. Sort points counterclockwise. Extended Type: `RhinoScriptSyntax` m : `Mesh` a : `Point3d` b : `Point3d` c : `Point3d`