DivisionPoints

Canonical path: NemAll_Python_Geometry.DivisionPoints

Class for DivisionPoints

Methods:

• Count –

  Get number of division points

• GetEndPoint –

  Get the end point

• GetEndPointAngle –

  Get the angle at the end point

• GetPoint –

  Get division point

• GetPointAngle –

  Get the angle of a division point

• GetPointAngles –

  Get the angles of the division points

• GetPoints –

  Get the calculated division points

• GetStartPoint –

  Get the start point

• GetStartPointAngle –

  Get the angle at the start point

• IsSuccessful –

  Get the result of the computation

• __init__ –

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

Count

Count() -> int

Get number of division points

Returns:

• int –

  number of division points

GetEndPoint

GetEndPoint() -> Point3D

Get the end point

Returns:

• Point3D –

  End Point

GetEndPointAngle

GetEndPointAngle() -> Angle

Get the angle at the end point

Returns:

• Angle –

  Angle at the end point

GetPoint

GetPoint(index: int) -> Point3D

Get division point

Parameters:

• index (int) –

  index of the division point

Returns:

• Point3D –

  division point as Point3D

GetPointAngle

GetPointAngle(index: int) -> Angle

Get the angle of a division point

Parameters:

• index (int) –

  index of the division point

Returns:

• Angle –

  angle as Angle

GetPointAngles

GetPointAngles() -> AngleList

Get the angles of the division points

Returns:

• AngleList –

  copy of the angles of the division points as vector of Angle

GetPoints

GetPoints() -> Point3DList

Get the calculated division points

Returns:

• Point3DList –

  copy of the division points as vector of Point3D

GetStartPoint

GetStartPoint() -> Point3D

Get the start point

Returns:

• Point3D –

  Start Point

GetStartPointAngle

GetStartPointAngle() -> Angle

Get the angle at the start point

Returns:

• Angle –

  Angle at the start point

IsSuccessful

IsSuccessful() -> bool

Get the result of the computation

Returns:

• bool –

  Computation successful: true / false

__init__ overloaded

__init__(path: Path2D, sectionLength: float, eps: float)

Constructor

Parameters:

• path (Path2D) –

  Path to divide

• sectionLength (float) –

  length of one division section

• eps (float) –

  tolerance

__init__(geoObject: object, number: int, eps: float)

Constructor

Parameters:

• geoObject (object) –

  object to divide

• number (int) –

  number of division points

• eps (float) –

  tolerance

__init__(path: Path2D, number: int, eps: float)

Constructor

Parameters:

• path (Path2D) –

  Path to divide

• number (int) –

  number of division points

• eps (float) –

  tolerance

__init__(geoObject: object, sectionLength: float, eps: float)

Constructor

Parameters:

• geoObject (object) –

  object to divide

• sectionLength (float) –

  length of one division section

• eps (float) –

  tolerance