LineToBeamsolve(ListPoint3, ListLine3, Boolean, Boolean, Double, ListVector3, ListString, ListColor, ListCroSec, ListDouble, Boolean, ListPoint3, ListBuilderBeam, String) Method

public static void solve(
	List<Point3> inNodes,
	List<Line3> inLines,
	bool newNodes,
	bool removeDup,
	double limitDist,
	List<Vector3> inZOris,
	List<string> inIds,
	List<Color> inColours,
	List<CroSec> inCrosecs,
	List<double> inBklLens,
	bool inBending,
	out List<Point3> outPoints,
	out List<BuilderBeam> outBeams,
	out string info
)

Public Shared Sub solve ( 
	inNodes As List(Of Point3),
	inLines As List(Of Line3),
	newNodes As Boolean,
	removeDup As Boolean,
	limitDist As Double,
	inZOris As List(Of Vector3),
	inIds As List(Of String),
	inColours As List(Of Color),
	inCrosecs As List(Of CroSec),
	inBklLens As List(Of Double),
	inBending As Boolean,
	<OutAttribute> ByRef outPoints As List(Of Point3),
	<OutAttribute> ByRef outBeams As List(Of BuilderBeam),
	<OutAttribute> ByRef info As String
)

public:
static void solve(
	List<Point3>^ inNodes, 
	List<Line3>^ inLines, 
	bool newNodes, 
	bool removeDup, 
	double limitDist, 
	List<Vector3>^ inZOris, 
	List<String^>^ inIds, 
	List<Color>^ inColours, 
	List<CroSec^>^ inCrosecs, 
	List<double>^ inBklLens, 
	bool inBending, 
	[OutAttribute] List<Point3>^% outPoints, 
	[OutAttribute] List<BuilderBeam^>^% outBeams, 
	[OutAttribute] String^% info
)

static member solve : 
        inNodes : List<Point3> * 
        inLines : List<Line3> * 
        newNodes : bool * 
        removeDup : bool * 
        limitDist : float * 
        inZOris : List<Vector3> * 
        inIds : List<string> * 
        inColours : List<Color> * 
        inCrosecs : List<CroSec> * 
        inBklLens : List<float> * 
        inBending : bool * 
        outPoints : List<Point3> byref * 
        outBeams : List<BuilderBeam> byref * 
        info : string byref -> unit 

Parameters

inNodes  ListPoint3

these points will be inserted at the beginning of the graphs node-list. This makes it easy to reference them by index.

inLines  ListLine3

Lines which form the basis for the beam-elements. May contain 'null'-entries which lead to 'null'-entries in the output.

newNodes  Boolean

if false, a line only result in an element if it connects to points given in in_node.

removeDup  Boolean

if true duplicate lines get removed - otherwise there could be two elements on the same spot which is normally not preferred.

limitDist  Double

limit distance [m] for coincident points. If negative, nodes of elements are tested for proximity (smaller than ABS(LDist)) to list of points given to the input-plug only. This allows to add zero-length elements.

inZOris  ListVector3

Z-orientations of the beam elements. May be an empty list.

inIds  ListString

identifiers for the element. Need not be unique in a model.

inColours  ListColor

colour for the element. May be an empty list.

inCrosecs  ListCroSec

crosec for the element. May be an empty list.

inBklLens  ListDouble

buckling lengths of the elements. May be an empty list. The buckling length is used for Y, Z and LT buckling.

inBending  Boolean

true if the elements have bending stiffness. In case of false they are trusses.

outPoints  ListPoint3

points for the model with in_nodes coming first.

outBeams  ListBuilderBeam

beams of the model with default properties.

info  String

information regarding the conversion of lines to beams.

Reference