CircularAreaElement

Canonical path: NemAll_Python_Reinforcement.CircularAreaElement

Bases: ReinfElement, AllplanElement

Implementation of the bar placement element

Methods:

• GetConcreteCoverContour –

  Get the concrete cover from the contour

• GetConcreteCoverEnd –

  Get the concrete cover from the end

• GetConcreteCoverStart –

  Get the concrete cover from the start

• GetConcreteGrade –

  Get the concrete grade

• GetContourPoints –

  Get the contour points

• GetDiameter –

  Get the diameter

• GetDistance –

  Get the distance

• GetEvenFirstLength –

  Get the first length for the even ring number

• GetEvenOverlapEnd –

  Get the overlap length at the end for the even ring number

• GetEvenOverlapStart –

  Get the overlap length at the start for the even ring number

• GetLengthFactor –

  Get the length factor

• GetMaxBarLength –

  Get the maximal bar length

• GetMaxBarRise –

  Get the maximal bar radius

• GetMinBarLength –

  Get the minimal bar length

• GetMinBarRadius –

  Get the minimal bar radius

• GetOddFirstLength –

  Get the first length for the odd ring number

• GetOddOverlapEnd –

  Get the overlap length at the end for the odd ring number

• GetOddOverlapStart –

  Get the overlap length at the start for the even ring number

• GetOuterAngleEnd –

  Get the outer angle at the end

• GetOuterAngleStart –

  Get the outer angle at the start

• GetOverlapLength –

  Get the overlap length

• GetPlacementRule –

  Get the placement rule

• GetPositionNumber –

  Get the position number

• GetRotationAxis –

  Get the rotation axis

• GetSteelGrade –

  Get the steel grade

• GetinnerAngleEnd –

  Get the inner angle at the end

• GetinnerAngleStart –

  Get the inner angle at the start

• IsPlacePerLinearMeter –

  Get the place per linear meter state

• IsbOverlapEndAsCircle –

  Get the overlap state at the end

• IsbOverlapStartAsCircle –

  Get the overlap state at the start

• SetBarProperties –

  Set the bar properties

• SetLengthFactor –

  Set the length factor

• SetOverlap –

  Set the overlap

• SetPlacePerLinearMeter –

  Set the place per linear meter state

• __init__ –

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

• __repr__ –

  Convert to string

Attributes:

• LengthFactor (float) –

  Get the length factor

• PlacePerLinearMeter (bool) –

  Get the place per linear meter state

LengthFactor property writable

LengthFactor: float

Get the length factor

PlacePerLinearMeter property writable

PlacePerLinearMeter: bool

Get the place per linear meter state

GetConcreteCoverContour

GetConcreteCoverContour() -> float

Get the concrete cover from the contour

Returns:

• float –

  Concrete cover from the contour

GetConcreteCoverEnd

GetConcreteCoverEnd() -> float

Get the concrete cover from the end

Returns:

• float –

  Concrete cover from the end

GetConcreteCoverStart

GetConcreteCoverStart() -> float

Get the concrete cover from the start

Returns:

• float –

  Concrete cover from the start

GetConcreteGrade

GetConcreteGrade() -> int

Get the concrete grade

Returns:

• int –

  Concrete grade (index of the global list starting from 0, -1 = use global value from the Allplan settings)

GetContourPoints

GetContourPoints() -> Polyline3D

Get the contour points

Returns:

• Polyline3D –

  Contour points

GetDiameter

GetDiameter() -> float

Get the diameter

Returns:

• float –

  Diameter

GetDistance

GetDistance() -> float

Get the distance

Returns:

• float –

  Distance

GetEvenFirstLength

GetEvenFirstLength() -> float

Get the first length for the even ring number

Returns:

• float –

  First length for the even ring number

GetEvenOverlapEnd

GetEvenOverlapEnd() -> float

Get the overlap length at the end for the even ring number

Returns:

• float –

  Overlap length at the end for the even ring number

GetEvenOverlapStart

GetEvenOverlapStart() -> float

Get the overlap length at the start for the even ring number

Returns:

• float –

  Overlap length at the start for the even ring number

GetLengthFactor

GetLengthFactor() -> float

Get the length factor

Returns:

• float –

  Length factor

GetMaxBarLength

GetMaxBarLength() -> float

Get the maximal bar length

Returns:

• float –

  Maximal bar length

GetMaxBarRise

GetMaxBarRise() -> float

Get the maximal bar radius

Returns:

• float –

  Maximal bar radius

GetMinBarLength

GetMinBarLength() -> float

Get the minimal bar length

Returns:

• float –

  Minimal bar length

GetMinBarRadius

GetMinBarRadius() -> float

Get the minimal bar radius

Returns:

• float –

  Minimal bar radius

GetOddFirstLength

GetOddFirstLength() -> float

Get the first length for the odd ring number

Returns:

• float –

  First length for the odd ring number

GetOddOverlapEnd

GetOddOverlapEnd() -> float

Get the overlap length at the end for the odd ring number

Returns:

• float –

  Overlap length at the end for the odd ring number

GetOddOverlapStart

GetOddOverlapStart() -> float

Get the overlap length at the start for the even ring number

Returns:

• float –

  Overlap length at the start for the odd ring number

GetOuterAngleEnd

GetOuterAngleEnd() -> float

Get the outer angle at the end

Returns:

• float –

  Outer angle at the end

GetOuterAngleStart

GetOuterAngleStart() -> float

Get the outer angle at the start

Returns:

• float –

  Outer angle at the start

GetOverlapLength

GetOverlapLength() -> float

Get the overlap length

Returns:

• float –

  Overlap length

GetPlacementRule

GetPlacementRule() -> int

Get the placement rule

Returns:

• int –

  Placement rule

GetPositionNumber

GetPositionNumber() -> int

Get the position number

Returns:

• int –

  Position number

GetRotationAxis

GetRotationAxis() -> Line3D

Get the rotation axis

Returns:

• Line3D –

  Rotation axis

GetSteelGrade

GetSteelGrade() -> int

Get the steel grade

Returns:

• int –

  Steel grade

GetinnerAngleEnd

GetinnerAngleEnd() -> float

Get the inner angle at the end

Returns:

• float –

  Inner angle at the end

GetinnerAngleStart

GetinnerAngleStart() -> float

Get the inner angle at the start

Returns:

• float –

  Inner angle at the start

IsPlacePerLinearMeter

IsPlacePerLinearMeter() -> bool

Get the place per linear meter state

Returns:

• bool –

  Place per linear meter: true/false

IsbOverlapEndAsCircle

IsbOverlapEndAsCircle() -> bool

Get the overlap state at the end

Returns:

• bool –

  Overlap length at the end as circle = true, as tangent = false

IsbOverlapStartAsCircle

IsbOverlapStartAsCircle() -> bool

Get the overlap state at the start

Returns:

• bool –

  Overlap length at the start as circle = true, as tangent = false

SetBarProperties

SetBarProperties(
    distance: float,
    maxBarLength: float,
    minBarLength: float,
    placementRule: int,
    oddFirstLength: float,
    evenFirstLength: float,
    minBarRadius: float,
    maxBarRise: float,
)

Set the bar properties

Parameters:

• distance (float) –

  Distance

• maxBarLength (float) –

  Maximal bar length

• minBarLength (float) –

  Minimal bar length

• placementRule (int) –

  Placement rule

• oddFirstLength (float) –

  First length for the odd ring number

• evenFirstLength (float) –

  First bar length for the event ring number

• minBarRadius (float) –

  Minimal bar radius

• maxBarRise (float) –

  Maximal bar rise

SetLengthFactor

SetLengthFactor(lengthFactor: float)

Set the length factor

Parameters:

• lengthFactor (float) –

  Length factor

SetOverlap

SetOverlap(
    oddOverlapStart: float,
    evenOverlapStart: float,
    bOverlapStartAsCircle: bool,
    oddOverlapEnd: float,
    evenOverlapEnd: float,
    bOverlapEndAsCircle: bool,
    overlapLength: float,
)

Set the overlap

Parameters:

• oddOverlapStart (float) –

  Overlap length at the start for the odd ring number

• evenOverlapStart (float) –

  Overlap length at the start for the even ring number

• bOverlapStartAsCircle (bool) –

  Overlap length at the start as circle = true, as tangent = false

• oddOverlapEnd (float) –

  Overlap length at the end for the odd ring number

• evenOverlapEnd (float) –

  Overlap length at the end for the even ring number

• bOverlapEndAsCircle (bool) –

  Overlap length at the end as circle = true, as tangent = false

• overlapLength (float) –

  Overlap length

SetPlacePerLinearMeter

SetPlacePerLinearMeter(bPlacePerLinearMeter: bool)

Set the place per linear meter state

Parameters:

• bPlacePerLinearMeter (bool) –

  Place per linear meter: true/false

__init__ overloaded

__init__()

Initialize

__init__(
    positionNumber: int,
    diameter: float,
    steelGrade: int,
    concreteGrade: int,
    rotationAxis: Line3D,
    contourPoints: Polyline3D,
    outerAngleStart: float,
    outerAngleEnd: float,
    innerAngleStart: float,
    innerAngleEnd: float,
    concreteCoverStart: float,
    concreteCoverEnd: float,
    concreteCoverContour: float,
)

Constructor

Parameters:

• positionNumber (int) –

  Position number

• diameter (float) –

  Diameter

• steelGrade (int) –

  Steel grade

• concreteGrade (int) –

  Concrete grade

• rotationAxis (Line3D) –

  Rotation axis

• contourPoints (Polyline3D) –

  Contour points

• outerAngleStart (float) –

  Outer angle at the start

• outerAngleEnd (float) –

  Outer angle at the end

• innerAngleStart (float) –

  Inner angle at the start

• innerAngleEnd (float) –

  Inner angle at the end

• concreteCoverStart (float) –

  Concrete cover at the start

• concreteCoverEnd (float) –

  Concrete cover at the end

• concreteCoverContour (float) –

  Concrete cover of the contour

__init__(element: CircularAreaElement)

Copy constructor

Parameters:

• element (CircularAreaElement) –

  Element to copy

__repr__

__repr__() -> str

Convert to string