MeshPlacement

Canonical path: NemAll_Python_Reinforcement.MeshPlacement

Bases: ReinfElement, AllplanElement

Methods:

• GetBendingShape –

  Get the shape polyline

• GetPositionNumber –

  Get the position number

• GetWidthVector –

  Get the width vector

• Move –

  Move the placement

• SetBendingShape –

  Set the reinforcement shape

• SetPositionNumber –

  Set the position number

• SetWidthVector –

  Set the width vector

• Transform –

  Transform the placement

• __init__ –

  dummy, is only needed for the creation of the documentation by MkDocs

• __repr__ –

  Convert the list to a string

GetBendingShape

GetBendingShape() -> BendingShape

Get the shape polyline

Returns:

• BendingShape –

  Shape polyline

GetPositionNumber

GetPositionNumber() -> int

Get the position number

Returns:

• int –

  Position number

GetWidthVector

GetWidthVector() -> Vector3D

Get the width vector

Returns:

• Vector3D –

  Width vector

Move

Move(transVec: Vector3D)

Move the placement

Parameters:

• transVec (Vector3D) –

  Move vector

SetBendingShape

SetBendingShape(shape: BendingShape)

Set the reinforcement shape

Parameters:

• shape (BendingShape) –

  Reinforcement shape

SetPositionNumber

SetPositionNumber(positionNumber: int)

Set the position number

Parameters:

• positionNumber (int) –

  Position number

SetWidthVector

SetWidthVector(widthVec: Vector3D)

Set the width vector

Parameters:

• widthVec (Vector3D) –

  Width vector

Transform

Transform(transMat: Matrix3D)

Transform the placement

Parameters:

• transMat (Matrix3D) –

  Transformation matrix

__init__ overloaded

__init__()

Initialize

__init__(positionNumber: int, widthVec: Vector3D, bendingShape: BendingShape)

Constructor

Parameters:

• positionNumber (int) –

  Position number

• widthVec (Vector3D) –

  Width vector of the mesh

• bendingShape (BendingShape) –

  Mesh shape

__repr__

__repr__() -> str

Convert the list to a string

Returns:

• str –

  List values as string