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BentPlateGeometrySolverAddLeg Method (ConnectiveGeometry, Contour, Double, Double)

Joins a polygon section to this ConnectiveGeometry, using the specified radius and aperture for the conical connection.

Namespace: Tekla.Structures.Model
Assembly: Tekla.Structures.Model (in Tekla.Structures.Model.dll) Version: 2023.0.1

Syntax

Copy

public ConnectiveGeometry AddLeg(
	ConnectiveGeometry geometry,
	Contour polygon,
	double largestRadius,
	double halfAperture
)

Public Function AddLeg ( 
	geometry As ConnectiveGeometry,
	polygon As Contour,
	largestRadius As Double,
	halfAperture As Double
) As ConnectiveGeometry

Parameters

geometry: Type: Tekla.Structures.ModelConnectiveGeometry
ConnectiveGeometry used to create a connection with.
polygon: Type: Tekla.Structures.ModelContour
the polygonal contour to add to this geometry
largestRadius: Type: SystemDouble
The specified largest radius for the connecting conical section.
halfAperture: Type: SystemDouble
The angle between the cone generatrix and any of its generator lines.

Return Value

Type: ConnectiveGeometry
Modified ConnectiveGeometry if command succeeded or geometry otherwise.

Exceptions

Exception	Condition
ConnectiveGeometryException	Thrown if could not create ConnectiveGeometry instance.
ArgumentException	Thrown when geometry is a stand-alone bend geometry, meaning that the first GeometrySection is a BendSurfaceNode.

Reference

BentPlateGeometrySolver Class

AddLeg Overload

Tekla.Structures.Model Namespace

API Reference

BentPlateGeometrySolverAddLanguageSpecificTextSet("LSTF4B4DFE3_0?cpp=::|nu=.");AddLeg Method (ConnectiveGeometry, Contour, Double, Double)

Parameters

Return Value

Reference

BentPlateGeometrySolverAddLeg Method (ConnectiveGeometry, Contour, Double, Double)