Geometric Primitives

Two-dimensional primitives

class skgeom._skgeom.Point2

bbox(self: skgeom._skgeom.Point2) → CGAL::Bbox_2

dimension(self: skgeom._skgeom.Point2) → int

hw(self: skgeom._skgeom.Point2) → skgeom._skgeom.FieldNumberType

hx(self: skgeom._skgeom.Point2) → skgeom._skgeom.FieldNumberType

hy(self: skgeom._skgeom.Point2) → skgeom._skgeom.FieldNumberType

transform(self: skgeom._skgeom.Point2, arg0: CGAL::Aff_transformation_2<CGAL::Epeck>) → skgeom._skgeom.Point2

x(self: skgeom._skgeom.Point2) → skgeom._skgeom.FieldNumberType

y(self: skgeom._skgeom.Point2) → skgeom._skgeom.FieldNumberType

class skgeom._skgeom.Vector2

cartesian(self: skgeom._skgeom.Vector2, arg0: int) → skgeom._skgeom.FieldNumberType

direction(self: skgeom._skgeom.Vector2) → CGAL::Direction_2<CGAL::Epeck>

hw(self: skgeom._skgeom.Vector2) → skgeom._skgeom.FieldNumberType

hx(self: skgeom._skgeom.Vector2) → skgeom._skgeom.FieldNumberType

hy(self: skgeom._skgeom.Vector2) → skgeom._skgeom.FieldNumberType

perpendicular(self: skgeom._skgeom.Vector2, arg0: skgeom._skgeom.Sign) → skgeom._skgeom.Vector2

squared_length(self: skgeom._skgeom.Vector2) → skgeom._skgeom.FieldNumberType

transform(self: skgeom._skgeom.Vector2, arg0: CGAL::Aff_transformation_2<CGAL::Epeck>) → skgeom._skgeom.Vector2

x(self: skgeom._skgeom.Vector2) → skgeom._skgeom.FieldNumberType

y(self: skgeom._skgeom.Vector2) → skgeom._skgeom.FieldNumberType

class skgeom._skgeom.Segment2

bbox(self: skgeom._skgeom.Segment2) → skgeom._skgeom.Bbox2

collinear_has_on(self: skgeom._skgeom.Segment2, arg0: skgeom._skgeom.Point2) → bool

direction(self: skgeom._skgeom.Segment2) → skgeom._skgeom.Direction2

has_on(self: skgeom._skgeom.Segment2, arg0: skgeom._skgeom.Point2) → bool

is_degenerate(self: skgeom._skgeom.Segment2) → bool

is_horizontal(self: skgeom._skgeom.Segment2) → bool

is_vertical(self: skgeom._skgeom.Segment2) → bool

max(self: skgeom._skgeom.Segment2) → skgeom._skgeom.Point2

min(self: skgeom._skgeom.Segment2) → skgeom._skgeom.Point2

opposite(self: skgeom._skgeom.Segment2) → skgeom._skgeom.Segment2

point(self: skgeom._skgeom.Segment2, arg0: int) → skgeom._skgeom.Point2

source(self: skgeom._skgeom.Segment2) → skgeom._skgeom.Point2

squared_length(self: skgeom._skgeom.Segment2) → skgeom._skgeom.FieldNumberType

supporting_line(self: skgeom._skgeom.Segment2) → skgeom._skgeom.Line2

target(self: skgeom._skgeom.Segment2) → skgeom._skgeom.Point2

to_vector(self: skgeom._skgeom.Segment2) → skgeom._skgeom.Vector2

transform(self: skgeom._skgeom.Segment2, arg0: CGAL::Aff_transformation_2<CGAL::Epeck>) → skgeom._skgeom.Segment2

class skgeom._skgeom.Line2

a(self: skgeom._skgeom.Line2) → skgeom._skgeom.FieldNumberType

b(self: skgeom._skgeom.Line2) → skgeom._skgeom.FieldNumberType

c(self: skgeom._skgeom.Line2) → skgeom._skgeom.FieldNumberType

direction(self: skgeom._skgeom.Line2) → skgeom._skgeom.Direction2

has_on(self: skgeom._skgeom.Line2, arg0: skgeom._skgeom.Point2) → bool

has_on_negative_side(self: skgeom._skgeom.Line2, arg0: skgeom._skgeom.Point2) → bool

has_on_positive_side(self: skgeom._skgeom.Line2, arg0: skgeom._skgeom.Point2) → bool

is_degenerate(self: skgeom._skgeom.Line2) → bool

is_horizontal(self: skgeom._skgeom.Line2) → bool

is_vertical(self: skgeom._skgeom.Line2) → bool

opposite(self: skgeom._skgeom.Line2) → skgeom._skgeom.Line2

oriented_side(self: skgeom._skgeom.Line2, arg0: skgeom._skgeom.Point2) → skgeom._skgeom.Sign

perpendicular(self: skgeom._skgeom.Line2, arg0: skgeom._skgeom.Point2) → skgeom._skgeom.Line2

point(self: skgeom._skgeom.Line2, arg0: int) → skgeom._skgeom.Point2

projection(self: skgeom._skgeom.Line2, arg0: skgeom._skgeom.Point2) → skgeom._skgeom.Point2

to_vector(self: skgeom._skgeom.Line2) → skgeom._skgeom.Vector2

transform(self: skgeom._skgeom.Line2, arg0: CGAL::Aff_transformation_2<CGAL::Epeck>) → skgeom._skgeom.Line2

x_at_y(self: skgeom._skgeom.Line2, arg0: skgeom._skgeom.FieldNumberType) → skgeom._skgeom.FieldNumberType

y_at_x(self: skgeom._skgeom.Line2, arg0: skgeom._skgeom.FieldNumberType) → skgeom._skgeom.FieldNumberType

class skgeom._skgeom.Ray2

collinear_has_on(self: skgeom._skgeom.Ray2, arg0: skgeom._skgeom.Point2) → bool

direction(self: skgeom._skgeom.Ray2) → CGAL::Direction_2<CGAL::Epeck>

has_on(self: skgeom._skgeom.Ray2, arg0: skgeom._skgeom.Point2) → bool

is_degenerate(self: skgeom._skgeom.Ray2) → bool

is_horizontal(self: skgeom._skgeom.Ray2) → bool

is_vertical(self: skgeom._skgeom.Ray2) → bool

opposite(self: skgeom._skgeom.Ray2) → skgeom._skgeom.Ray2

point(self: skgeom._skgeom.Ray2, arg0: skgeom._skgeom.FieldNumberType) → skgeom._skgeom.Point2

source(self: skgeom._skgeom.Ray2) → skgeom._skgeom.Point2

supporting_line(self: skgeom._skgeom.Ray2) → CGAL::Line_2<CGAL::Epeck>

to_vector(self: skgeom._skgeom.Ray2) → skgeom._skgeom.Vector2

transform(self: skgeom._skgeom.Ray2, arg0: CGAL::Aff_transformation_2<CGAL::Epeck>) → skgeom._skgeom.Ray2

class skgeom._skgeom.Direction2

counterclockwise_in_between(self: skgeom._skgeom.Direction2, arg0: skgeom._skgeom.Direction2, arg1: skgeom._skgeom.Direction2) → bool

delta(self: skgeom._skgeom.Direction2, arg0: int) → skgeom._skgeom.FieldNumberType

dx(self: skgeom._skgeom.Direction2) → skgeom._skgeom.FieldNumberType

dy(self: skgeom._skgeom.Direction2) → skgeom._skgeom.FieldNumberType

to_vector(self: skgeom._skgeom.Direction2) → skgeom._skgeom.Vector2

class skgeom._skgeom.Bbox2

dilate(self: skgeom._skgeom.Bbox2, arg0: int) → None

dimension(self: skgeom._skgeom.Bbox2) → int

max(self: skgeom._skgeom.Bbox2, arg0: int) → float

min(self: skgeom._skgeom.Bbox2, arg0: int) → float

xmax(self: skgeom._skgeom.Bbox2) → float

xmin(self: skgeom._skgeom.Bbox2) → float

ymax(self: skgeom._skgeom.Bbox2) → float

ymin(self: skgeom._skgeom.Bbox2) → float

class skgeom._skgeom.IsoRectangle2

area(self: skgeom._skgeom.IsoRectangle2) → skgeom._skgeom.FieldNumberType

bbox(self: skgeom._skgeom.IsoRectangle2) → skgeom._skgeom.Bbox2

bounded_side(self: skgeom._skgeom.IsoRectangle2, arg0: skgeom._skgeom.Point2) → skgeom._skgeom.BoundedSide

has_on_boundary(self: skgeom._skgeom.IsoRectangle2, arg0: skgeom._skgeom.Point2) → bool

has_on_bounded_side(self: skgeom._skgeom.IsoRectangle2, arg0: skgeom._skgeom.Point2) → bool

has_on_unbounded_side(self: skgeom._skgeom.IsoRectangle2, arg0: skgeom._skgeom.Point2) → bool

is_degenerate(self: skgeom._skgeom.IsoRectangle2) → bool

max(self: skgeom._skgeom.IsoRectangle2) → skgeom._skgeom.Point2

max_coord(self: skgeom._skgeom.IsoRectangle2, arg0: int) → skgeom._skgeom.FieldNumberType

min(self: skgeom._skgeom.IsoRectangle2) → skgeom._skgeom.Point2

min_coord(self: skgeom._skgeom.IsoRectangle2, arg0: int) → skgeom._skgeom.FieldNumberType

transform(self: skgeom._skgeom.IsoRectangle2, arg0: CGAL::Aff_transformation_2<CGAL::Epeck>) → skgeom._skgeom.IsoRectangle2

vertex(self: skgeom._skgeom.IsoRectangle2, arg0: int) → skgeom._skgeom.Point2

xmax(self: skgeom._skgeom.IsoRectangle2) → skgeom._skgeom.FieldNumberType

xmin(self: skgeom._skgeom.IsoRectangle2) → skgeom._skgeom.FieldNumberType

ymax(self: skgeom._skgeom.IsoRectangle2) → skgeom._skgeom.FieldNumberType

ymin(self: skgeom._skgeom.IsoRectangle2) → skgeom._skgeom.FieldNumberType

class skgeom._skgeom.Circle2

bbox(self: skgeom._skgeom.Circle2) → skgeom._skgeom.Bbox2

bounded_side(self: skgeom._skgeom.Circle2, arg0: skgeom._skgeom.Point2) → skgeom._skgeom.BoundedSide

center(self: skgeom._skgeom.Circle2) → skgeom._skgeom.Point2

has_on_boundary(self: skgeom._skgeom.Circle2, arg0: skgeom._skgeom.Point2) → bool

has_on_bounded_side(self: skgeom._skgeom.Circle2, arg0: skgeom._skgeom.Point2) → bool

has_on_negative_side(self: skgeom._skgeom.Circle2, arg0: skgeom._skgeom.Point2) → bool

has_on_positive_side(self: skgeom._skgeom.Circle2, arg0: skgeom._skgeom.Point2) → bool

has_on_unbounded_side(self: skgeom._skgeom.Circle2, arg0: skgeom._skgeom.Point2) → bool

is_degenerate(self: skgeom._skgeom.Circle2) → bool

opposite(self: skgeom._skgeom.Circle2) → skgeom._skgeom.Circle2

orientation(self: skgeom._skgeom.Circle2) → skgeom._skgeom.Sign

oriented_side(self: skgeom._skgeom.Circle2, arg0: skgeom._skgeom.Point2) → skgeom._skgeom.Sign

orthogonal_transform(self: skgeom._skgeom.Circle2, arg0: CGAL::Aff_transformation_2<CGAL::Epeck>) → skgeom._skgeom.Circle2

squared_radius(self: skgeom._skgeom.Circle2) → skgeom._skgeom.FieldNumberType

class skgeom._skgeom.Transformation2

transform(*args, **kwargs)

Overloaded function.

1. transform(self: skgeom._skgeom.Transformation2, arg0: skgeom._skgeom.Point2) -> skgeom._skgeom.Point2

2. transform(self: skgeom._skgeom.Transformation2, arg0: skgeom._skgeom.Line2) -> skgeom._skgeom.Line2

3. transform(self: skgeom._skgeom.Transformation2, arg0: skgeom._skgeom.Direction2) -> skgeom._skgeom.Direction2

4. transform(self: skgeom._skgeom.Transformation2, arg0: skgeom._skgeom.Vector2) -> skgeom._skgeom.Vector2

Three-dimensional primitives

class skgeom._skgeom.Point3

bbox(self: skgeom._skgeom.Point3) → CGAL::Bbox_3

cartesian(self: skgeom._skgeom.Point3, arg0: int) → skgeom._skgeom.FieldNumberType

dimension(self: skgeom._skgeom.Point3) → int

homogeneous(self: skgeom._skgeom.Point3, arg0: int) → skgeom._skgeom.FieldNumberType

hw(self: skgeom._skgeom.Point3) → skgeom._skgeom.FieldNumberType

hx(self: skgeom._skgeom.Point3) → skgeom._skgeom.FieldNumberType

hy(self: skgeom._skgeom.Point3) → skgeom._skgeom.FieldNumberType

hz(self: skgeom._skgeom.Point3) → skgeom._skgeom.FieldNumberType

transform(self: skgeom._skgeom.Point3, arg0: CGAL::Aff_transformation_3<CGAL::Epeck>) → skgeom._skgeom.Point3

x(self: skgeom._skgeom.Point3) → skgeom._skgeom.FieldNumberType

y(self: skgeom._skgeom.Point3) → skgeom._skgeom.FieldNumberType

z(self: skgeom._skgeom.Point3) → skgeom._skgeom.FieldNumberType

class skgeom._skgeom.Vector3

cartesian(self: skgeom._skgeom.Vector3, arg0: int) → skgeom._skgeom.FieldNumberType

dimension(self: skgeom._skgeom.Vector3) → int

direction(self: skgeom._skgeom.Vector3) → CGAL::Direction_3<CGAL::Epeck>

homogeneous(self: skgeom._skgeom.Vector3, arg0: int) → skgeom._skgeom.FieldNumberType

hw(self: skgeom._skgeom.Vector3) → skgeom._skgeom.FieldNumberType

hx(self: skgeom._skgeom.Vector3) → skgeom._skgeom.FieldNumberType

hy(self: skgeom._skgeom.Vector3) → skgeom._skgeom.FieldNumberType

hz(self: skgeom._skgeom.Vector3) → skgeom._skgeom.FieldNumberType

squared_length(self: skgeom._skgeom.Vector3) → skgeom._skgeom.FieldNumberType

transform(self: skgeom._skgeom.Vector3, arg0: CGAL::Aff_transformation_3<CGAL::Epeck>) → skgeom._skgeom.Vector3

x(self: skgeom._skgeom.Vector3) → skgeom._skgeom.FieldNumberType

y(self: skgeom._skgeom.Vector3) → skgeom._skgeom.FieldNumberType

z(self: skgeom._skgeom.Vector3) → skgeom._skgeom.FieldNumberType

class skgeom._skgeom.Segment3

bbox(self: skgeom._skgeom.Segment3) → CGAL::Bbox_3

direction(self: skgeom._skgeom.Segment3) → CGAL::Direction_3<CGAL::Epeck>

has_on(self: skgeom._skgeom.Segment3, arg0: skgeom._skgeom.Point3) → bool

is_degenerate(self: skgeom._skgeom.Segment3) → bool

max(self: skgeom._skgeom.Segment3) → skgeom._skgeom.Point3

min(self: skgeom._skgeom.Segment3) → skgeom._skgeom.Point3

opposite(self: skgeom._skgeom.Segment3) → skgeom._skgeom.Segment3

point(self: skgeom._skgeom.Segment3, arg0: int) → skgeom._skgeom.Point3

source(self: skgeom._skgeom.Segment3) → skgeom._skgeom.Point3

squared_length(self: skgeom._skgeom.Segment3) → skgeom._skgeom.FieldNumberType

supporting_line(self: skgeom._skgeom.Segment3) → CGAL::Line_3<CGAL::Epeck>

target(self: skgeom._skgeom.Segment3) → skgeom._skgeom.Point3

to_vector(self: skgeom._skgeom.Segment3) → CGAL::Vector_3<CGAL::Epeck>

transform(self: skgeom._skgeom.Segment3, arg0: CGAL::Aff_transformation_3<CGAL::Epeck>) → skgeom._skgeom.Segment3

vertex(self: skgeom._skgeom.Segment3, arg0: int) → skgeom._skgeom.Point3

class skgeom._skgeom.Ray3

direction(self: skgeom._skgeom.Ray3) → CGAL::Direction_3<CGAL::Epeck>

has_on(self: skgeom._skgeom.Ray3, arg0: skgeom._skgeom.Point3) → bool

is_degenerate(self: skgeom._skgeom.Ray3) → bool

opposite(self: skgeom._skgeom.Ray3) → skgeom._skgeom.Ray3

point(self: skgeom._skgeom.Ray3, arg0: skgeom._skgeom.FieldNumberType) → skgeom._skgeom.Point3

second_point(self: skgeom._skgeom.Ray3) → skgeom._skgeom.Point3

source(self: skgeom._skgeom.Ray3) → skgeom._skgeom.Point3

start(self: skgeom._skgeom.Ray3) → skgeom._skgeom.Point3

supporting_line(self: skgeom._skgeom.Ray3) → CGAL::Line_3<CGAL::Epeck>

to_vector(self: skgeom._skgeom.Ray3) → skgeom._skgeom.Vector3

transform(self: skgeom._skgeom.Ray3, arg0: CGAL::Aff_transformation_3<CGAL::Epeck>) → skgeom._skgeom.Ray3

class skgeom._skgeom.Plane3

a(self: skgeom._skgeom.Plane3) → skgeom._skgeom.FieldNumberType

b(self: skgeom._skgeom.Plane3) → skgeom._skgeom.FieldNumberType

base1(self: skgeom._skgeom.Plane3) → CGAL::Vector_3<CGAL::Epeck>

base2(self: skgeom._skgeom.Plane3) → CGAL::Vector_3<CGAL::Epeck>

c(self: skgeom._skgeom.Plane3) → skgeom._skgeom.FieldNumberType

d(self: skgeom._skgeom.Plane3) → skgeom._skgeom.FieldNumberType

has_on(*args, **kwargs)

Overloaded function.

1. has_on(self: skgeom._skgeom.Plane3, arg0: skgeom._skgeom.Point3) -> bool

2. has_on(self: skgeom._skgeom.Plane3, arg0: CGAL::Line_3<CGAL::Epeck>) -> bool

has_on_negative_side(self: skgeom._skgeom.Plane3, arg0: skgeom._skgeom.Point3) → bool

has_on_positive_side(self: skgeom._skgeom.Plane3, arg0: skgeom._skgeom.Point3) → bool

is_degenerate(self: skgeom._skgeom.Plane3) → bool

opposite(self: skgeom._skgeom.Plane3) → skgeom._skgeom.Plane3

oriented_side(self: skgeom._skgeom.Plane3, arg0: skgeom._skgeom.Point3) → skgeom._skgeom.Sign

orthogonal_direction(self: skgeom._skgeom.Plane3) → CGAL::Direction_3<CGAL::Epeck>

orthogonal_vector(self: skgeom._skgeom.Plane3) → CGAL::Vector_3<CGAL::Epeck>

perpendicular_line(self: skgeom._skgeom.Plane3, arg0: skgeom._skgeom.Point3) → CGAL::Line_3<CGAL::Epeck>

point(self: skgeom._skgeom.Plane3) → skgeom._skgeom.Point3

projection(self: skgeom._skgeom.Plane3, arg0: skgeom._skgeom.Point3) → skgeom._skgeom.Point3

to_2d(self: skgeom._skgeom.Plane3, arg0: skgeom._skgeom.Point3) → skgeom._skgeom.Point2

to_3d(self: skgeom._skgeom.Plane3, arg0: skgeom._skgeom.Point2) → skgeom._skgeom.Point3

transform(self: skgeom._skgeom.Plane3, arg0: CGAL::Aff_transformation_3<CGAL::Epeck>) → skgeom._skgeom.Plane3

class skgeom._skgeom.Triangle3

bbox(self: skgeom._skgeom.Triangle3) → CGAL::Bbox_3

has_on(self: skgeom._skgeom.Triangle3, arg0: skgeom._skgeom.Point3) → bool

is_degenerate(self: skgeom._skgeom.Triangle3) → bool

squared_area(self: skgeom._skgeom.Triangle3) → skgeom._skgeom.FieldNumberType

supporting_plane(self: skgeom._skgeom.Triangle3) → skgeom._skgeom.Plane3

transform(self: skgeom._skgeom.Triangle3, arg0: CGAL::Aff_transformation_3<CGAL::Epeck>) → skgeom._skgeom.Triangle3

vertex(self: skgeom._skgeom.Triangle3, arg0: int) → skgeom._skgeom.Point3