FilletCalculus2D

Canonical path: NemAll_Python_Geometry.FilletCalculus2D

Class for fillet calculation

ClickedOnObject overloaded

ClickedOnObject(
    line: Line2D, clickedPoint: Point2D, searchRadius: float
) -> bool

Check if click point is a point located on given line

Parameters:

• line (Line2D) –

  Line2D which will be checked

• clickedPoint (Point2D) –

  clicked point

• searchRadius (float) –

  search radius

Returns:

• bool –

  true if point is on the line

ClickedOnObject(arc: Arc2D, clickedPoint: Point2D, searchRadius: float) -> bool

Check if click point is a point located on given arc

Parameters:

• arc (Arc2D) –

  Arc2D which will be checked

• clickedPoint (Point2D) –

  clicked point

• searchRadius (float) –

  search radius

Returns:

• bool –

  true if point is on the arc

GetArcHelpConstructions

GetArcHelpConstructions() -> Arc2DList

Get all arc help constructions

Returns:

• Arc2DList –

  all arc help constructions

GetFilletType overloaded

GetFilletType(line1: Line2D, line2: Line2D) -> eFilletType

Get fillet type for two lines

Parameters:

• line1 (Line2D) –

  first line

• line2 (Line2D) –

  second line

Returns:

• eFilletType –

  eFilletType

GetFilletType(line: Line2D, arc: Arc2D) -> eFilletType

Get fillet type for line and arc

Parameters:

• line (Line2D) –

  line

• arc (Arc2D) –

  arc

Returns:

• eFilletType –

  eFilletType

GetFilletType(arc1: Arc2D, arc2: Arc2D) -> eFilletType

Get fillet type for two arcs

Parameters:

• arc1 (Arc2D) –

  first arc

• arc2 (Arc2D) –

  second arc

Returns:

• eFilletType –

  eFilletType

GetFilletType(geometry1: object, geometry2: object) -> eFilletType

Get fillet type for two geometry objects

Parameters:

• geometry1 (object) –

  first geometry element

• geometry2 (object) –

  second geometry element

Returns:

• eFilletType –

  eFilletType

GetFillets

GetFillets() -> Arc2DList

Get all possible fillets

Returns:

• Arc2DList –

  possible fillets

GetLineHelpConstructions

GetLineHelpConstructions() -> object

Get all line help constructions

Returns:

• object –

  all line help constructions

GetNearest

GetNearest(point: Point2D) -> Arc2D

Get the nearest fillet to the point

Parameters:

• point (Point2D) –

  Point2D

Returns:

• Arc2D –

  nearest arc to the point

SplitPolylineBySegment staticmethod

SplitPolylineBySegment(
    polyline: Polyline2D, segment: int
) -> tuple[Polyline2D, Polyline2D]

Split polyline by given segment

Parameters:

• polyline (Polyline2D) –

  polyline which will be split by given segment

• segment (int) –

  segment where polyline will be split

Returns:

• tuple[Polyline2D, Polyline2D] –

  tuple(firs part of polyline, second part of polyline)

TrimByHelpConstruction overloaded

TrimByHelpConstruction(
    line: Line2D, hcLine: Line2D, intersections: Point3DList
) -> Line2D

Trim line by given help construction

Parameters:

• line (Line2D) –

  which will be trimmed

• hcLine (Line2D) –

  line help construction

• intersections (Point3DList) –

  intersection points

Returns:

• Line2D –

  which will be trimmed

TrimByHelpConstruction(
    polyline: Polyline2D,
    segment: Line2D,
    hcLine: Line2D,
    intersections: Point3DList,
) -> Polyline2D

Trim polyline by given help construction

Parameters:

• polyline (Polyline2D) –

  which will be trimmed

• segment (Line2D) –

  selected segment

• hcLine (Line2D) –

  line help construction

• intersections (Point3DList) –

  intersection points

Returns:

• Polyline2D –

  which will be trimmed

TrimByHelpConstruction(
    arc: Arc2D, hcArc: Arc2D, intersections: Point3DList
) -> Arc2D

Trim arc by given help construction

Parameters:

• arc (Arc2D) –

  which will be trimmed

• hcArc (Arc2D) –

  arc help construction

• intersections (Point3DList) –

  intersection points

Returns:

• Arc2D –

  which will be trimmed

UpdateGeometry overloaded

UpdateGeometry(
    geoPolyline: Polyline2D, fillet: Arc2D, selectedGeometry: object
) -> Polyline2D

Update polyline geometry

Parameters:

• geoPolyline (Polyline2D) –

  polyline which will be updated

• fillet (Arc2D) –

  Arc2D

• selectedGeometry (object) –

  selected geometry

Returns:

• Polyline2D –

  polyline which will be updated

UpdateGeometry(
    geoPolyline: Polyline2D,
    fillet: Arc2D,
    selectedGeometry1: object,
    selectedGeometry2: object,
) -> Polyline2DList

Update polyline geometry

Parameters:

• geoPolyline (Polyline2D) –

  polyline which will be updated

• fillet (Arc2D) –

  Arc2D

• selectedGeometry1 (object) –

  First selected segment

• selectedGeometry2 (object) –

  Second selected segment

Returns:

• Polyline2DList –

  Result polylines

UpdateGeometry(geoArc: Arc2D, fillet: Arc2D, selectedGeometry: object) -> Arc2D

Update arc geometry

Parameters:

• geoArc (Arc2D) –

  arc which will be updated

• fillet (Arc2D) –

  Arc2D

• selectedGeometry (object) –

  selected geometry

Returns:

• Arc2D –

  arc which will be updated

UpdateGeometry(
    geoLine: Line2D, fillet: Arc2D, selectedGeometry: object
) -> Line2D

Update lien geometry

Parameters:

• geoLine (Line2D) –

  line which will be updated

• fillet (Arc2D) –

  Arc2D

• selectedGeometry (object) –

  selected geometry

Returns:

• Line2D –

  line which will be updated

UpdateGeometry(
    geoPolygon: Polygon2D,
    fillet: Arc2D,
    segment1: Line2D,
    segment2: Line2D,
    segmentCount: int = 36,
) -> Polygon2D

Update polygon geometry

Parameters:

• geoPolygon (Polygon2D) –

  polygon which will be updated

• fillet (Arc2D) –

  Arc2D

• segment1 (Line2D) –

  first selected geometry

• segment2 (Line2D) –

  second selected geometry

• segmentCount (int, default: 36 ) –

  required count of segments of the polygonized fillet

Returns:

• Polygon2D –

  polygon which will be updated

UpdateGeometry(geoSpline: Spline2D, fillet: Arc2D) -> Spline2D

Update spline geometry

Parameters:

• geoSpline (Spline2D) –

  spline which will be updated

• fillet (Arc2D) –

  Arc2D

Returns:

• Spline2D –

  spline which will be updated

UpdateGeometry(
    geoPolyline: Polyline2D,
    fillet: Arc2D,
    selectedGeometry1: object,
    selectedGeometry2: object,
    segmentCount: int = 36,
) -> Polyline2D

Update polyline geometry

Parameters:

• geoPolyline (Polyline2D) –

  polyline which will be updated

• fillet (Arc2D) –

  Arc2D

• selectedGeometry1 (object) –

  the first selected geometry

• selectedGeometry2 (object) –

  the second selected geometry

• segmentCount (int, default: 36 ) –

  required count of segments of the polygonized fillet

Returns:

• Polyline2D –

  polyline which will be updated

__init__ overloaded

__init__()

Initialize

__init__(geoObj1: object, geoObj2: object, r: float)

constructor

Parameters:

• geoObj1 (object) –

  IGeometry object

• geoObj2 (object) –

  IGeometry object

• r (float) –

  radius

__init__(line1: Line2D, line2: Line2D, r: float)

constructor

Parameters:

• line1 (Line2D) –

  Line2D

• line2 (Line2D) –

  Line2D

• r (float) –

  radius

__init__(line: Line2D, arc: Arc2D, r: float)

constructor

Parameters:

• line (Line2D) –

  Line2D

• arc (Arc2D) –

  Arc2D

• r (float) –

  radius

__init__(arc1: Arc2D, arc2: Arc2D, r: float)

constructor

Parameters:

• arc1 (Arc2D) –

  Arc2D

• arc2 (Arc2D) –

  Arc2D

• r (float) –

  radius

__init__(arc: Arc2D, point: Point2D)

constructor

Parameters:

• arc (Arc2D) –

  Arc2D

• point (Point2D) –

  Point2D

__init__(line: Line2D, point: Point2D)

constructor

Parameters:

• line (Line2D) –

  Line2D

• point (Point2D) –

  Point2D

__init__(element: FilletCalculus2D)

Copy constructor

Parameters:

• element (FilletCalculus2D) –

  Element to copy

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