All types|All members

RT.Modeling
- RT.Modeling
  - AutoNormal
  - LooseModels
  - Md
    - arccos(x)
    - arcsin(x)
    - BevelFromCurve(points, radius, revSteps, normal)
    - BevelFromCurve(points, radiusOut, radiusDown, revSteps, normal)
    - Bézier(start, control1, control2, end, steps)
    - Bézier(start, control1, control2, end, steps)
    - BézierPatch(controlPoints, steps)
    - BézierPatch(p00, p10, p20, p30, p01, p11, p21, p31, p02, p12, p22, p32, p03, p13, p23, p33, steps)
    - cos(x)
    - CreateMesh(closedX, closedY, pts)
    - CreateMesh(closedX, closedY, pts, flatNormals)
    - DoubleSidedFlatNormals(polygon)
    - Extrude(polygon, depth, includeBackFace, flatSideNormals)
    - Extrude(polygons, depth, includeBackFace, flatSideNormals)
    - Extrude(pieces, depth, smoothness, includeBackFace)
    - FlatNormals(polygon)
    - GenerateObjFile(models, autoNormal, uniqueVertices)
    - GenerateObjFile(faces, objectName, autoNormal, uniqueVertices)
    - GenerateObjFile(faces, objectName, autoNormal, uniqueVertices)
    - Move(face, by)
    - Move(face, by)
    - Move(face, by)
    - Move(face, by)
    - Move(faces, by)
    - Move(faces, by)
    - Move(faces, by)
    - Move(faces, by)
    - Move(vi, x, y, z)
    - MoveX(face, x)
    - MoveX(face, x)
    - MoveX(face, x)
    - MoveX(face, x)
    - MoveX(faces, x)
    - MoveX(faces, x)
    - MoveX(faces, x)
    - MoveX(faces, x)
    - MoveY(face, y)
    - MoveY(face, y)
    - MoveY(face, y)
    - MoveY(face, y)
    - MoveY(faces, y)
    - MoveY(faces, y)
    - MoveY(faces, y)
    - MoveY(faces, y)
    - MoveZ(face, z)
    - MoveZ(face, z)
    - MoveZ(face, z)
    - MoveZ(face, z)
    - MoveZ(faces, z)
    - MoveZ(faces, z)
    - MoveZ(faces, z)
    - MoveZ(faces, z)
    - p(x, y)
    - ParseObjFile(syntax)
    - pow(x, y)
    - pt(x, y, z)
    - pt(x, y, z, normalOverride)
    - pt(x, y, z, befX, afX, befY, afY)
    - ptp(r, θ, y)
    - RemoveConsecutiveDuplicates<>(source, closed)
    - Rotate(face, axisStart, axisEnd, angle)
    - Rotate(faces, axisStart, axisEnd, angle)
    - Rotate(faces, axisStart, axisEnd, angle)
    - Rotate(faces, axisStart, axisEnd, angle)
    - Rotate(faces, axisStart, axisEnd, angle)
    - Rotate(vi, axisStart, axisEnd, angle)
    - Rotate(face, axisStart, axisEnd, angle)
    - Rotate(face, axisStart, axisEnd, angle)
    - Rotate(face, axisStart, axisEnd, angle)
    - RotateX(face, angle)
    - RotateX(faces, angle)
    - RotateX(faces, angle)
    - RotateX(faces, angle)
    - RotateX(faces, angle)
    - RotateX(p, angle)
    - RotateX(vi, angle)
    - RotateX(face, angle)
    - RotateX(face, angle)
    - RotateX(face, angle)
    - RotateY(face, angle)
    - RotateY(faces, angle)
    - RotateY(faces, angle)
    - RotateY(faces, angle)
    - RotateY(faces, angle)
    - RotateY(p, angle)
    - RotateY(vi, angle)
    - RotateY(face, angle)
    - RotateY(face, angle)
    - RotateY(face, angle)
    - RotateZ(face, angle)
    - RotateZ(faces, angle)
    - RotateZ(faces, angle)
    - RotateZ(faces, angle)
    - RotateZ(faces, angle)
    - RotateZ(p, angle)
    - RotateZ(vi, angle)
    - RotateZ(face, angle)
    - RotateZ(face, angle)
    - RotateZ(face, angle)
    - Scale(vi, by)
    - Scale(face, by)
    - Scale(face, by)
    - Scale(face, by)
    - Scale(face, by)
    - Scale(faces, by)
    - Scale(faces, by)
    - Scale(faces, by)
    - Scale(faces, by)
    - ScaleX(vi, x)
    - ScaleX(face, x)
    - ScaleX(face, x)
    - ScaleX(face, x)
    - ScaleX(face, x)
    - ScaleX(faces, x)
    - ScaleX(faces, x)
    - ScaleX(faces, x)
    - ScaleX(faces, x)
    - ScaleY(vi, y)
    - ScaleY(face, y)
    - ScaleY(face, y)
    - ScaleY(face, y)
    - ScaleY(face, y)
    - ScaleY(faces, y)
    - ScaleY(faces, y)
    - ScaleY(faces, y)
    - ScaleY(faces, y)
    - ScaleZ(vi, z)
    - ScaleZ(face, z)
    - ScaleZ(face, z)
    - ScaleZ(face, z)
    - ScaleZ(face, z)
    - ScaleZ(faces, z)
    - ScaleZ(faces, z)
    - ScaleZ(faces, z)
    - ScaleZ(faces, z)
    - Select<>(source, selector)
    - Select<>(source, selector)
    - SelectManyConsecutivePairs<>(source, closed, selector)
    - sin(x)
    - SmoothBézier(start, control1, control2, end, smoothness)
    - tan(x)
    - Texturize(model, baseY, rMult)
    - Triangulate(polygon)
    - Triangulate(polygons)
    - TubeFromCurve(points, radius, revSteps)
    - TubeFromCurveClosed(points, radius, revSteps)
    - π
  - MeshVertexInfo
  - Normal
  - Pt
  - VertexInfo
PropellerApi
PuzzleSolvers
RT.ArithmeticCoding
RT.BigInteger
RT.CommandLine
RT.Coordinates
RT.Dijkstra
RT.Generex
RT.Json
RT.Lingo
RT.Lingo.Base
RT.NUnitDirect
RT.PostBuild
RT.SelfService
RT.Serialization
RT.Serialization.Binary
RT.Serialization.Json
RT.Serialization.Xml
RT.Servers
RT.TagSoup
RT.Util
RT.Util.Core
RT.Util.Legacy

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Event

Field

Static method: IEnumerable<VertexInfo[]> TubeFromCurveClosed(IEnumerable<Pt>, double, int)

Declared in: RT.Modeling.Md

Declaration

public static IEnumerable<VertexInfo[]> TubeFromCurveClosed(
    IEnumerable<Pt> points,
    double radius,
    int revSteps
)

Summary

Generates a (solid, not hollow) tube from a set of 3D points defining a curve or a set of line segments. The tube is assumed to be a closed curve; the last point is connected back to the first.

Parameters

IEnumerable<Pt>	points	The points defining the radial centerpoints along the tube.
double	radius	The radius of the tube.
int	revSteps	Number of steps of revolution. Higher numbers make the model look smoother but generate more data.

Returns

A collection of faces.