Here is the list of all concepts and classes of this package. Classes are inside the namespace CGAL. Concepts are in the global namespace.

[detail level 123]

NAocTraits	The namespace containing concepts specific to 1D Arrangements
CCompareX_1
CIsOnXIdentification_1
CParameterSpaceInX_1
CPoint_1	Represents a 1D point on a curve
NCGAL
NArrangement_on_curve_1
CArrangement_on_curve_1	Arrangement_on_curve_1 represents a subdivision of a continuous 1D curve, referred to as the master curve, into maximally connected subcurves
CCircle_traits_1	Circle_traits_1 is a geometry traits model of the AocIdentifiedBoundaryTraits_1 concept for 1D arrangements of points on the unit circle \(\mathbb{S}^1\)
CClosed_geom_traits_2_adaptor_1	Closed_geom_traits_2_adaptor_1 adapts a 2D geometry traits class of the 2D Arrangements package into a 1D geometry traits class whose parameter space is closed on both sides
CClosed_side_tag	This type tag is used to indicate that a side of the parameter space, either left or right is closed
CClosed_topology_traits	The class template Closed_topology_traits is a model of the AocTopologyTraits for 1D arrangements embedded on a closed master curve, that is, a curve that includes its two endpoints, parameterized over a closed interval parameter space
CCopy_overlay_visitor	The class template Copy_overlay_visitor is an overlay visitor that copies the user data of the input cells to the cells of the resulting arrangement
CDefault_overlay_visitor	The class template Default_overlay_visitor is an overlay visitor whose callback functions do nothing; the cells of the resulting arrangement are left with default-constructed data, if any
CDefault_topology_traits	The class template Default_topology_traits selects the topology traits that matches the side categories of the geometry traits
CIdentified_geom_traits_2_adaptor_1	Identified_geom_traits_2_adaptor_1 adapts a 2D geometry traits class of the 2D Arrangements package, whose parameter space has identified left and right sides, into a 1D geometry traits class whose parameter space is identified
CIdentified_side_tag	This type tag is used to indicate that a side of the parameter space, either left or right is identified
CIdentified_topology_traits	Identified_topology_traits is a topology traits model of AocTopologyTraits for 1D arrangements on a cyclic curve (identified boundary)
CLeft_closed_geom_traits_2_adaptor_1	Left_closed_geom_traits_2_adaptor_1 adapts a 2D geometry traits class of the 2D Arrangements package into a 1D geometry traits class whose parameter space is closed on the left side and open on the right side
CLeft_closed_topology_traits	The class template Left_closed_topology_traits is a model of the AocTopologyTraits for 1D arrangements embedded on a left-closed master curve, that is, a curve that includes its left endpoint and excludes its right endpoint, if any, parameterized over a left-closed interval parameter space
CLeft_ray_traits_1	Left_ray_traits_1 is a model of the AocClosedBoundaryTraits_1 concept
CLine_2_traits_1	Line_2_traits_1 is a geometric traits model of AocTraits_1 designed for subdivisions along an infinite supporting line embedded in 2D Euclidean space
CLine_3_traits_1	Line_3_traits_1 is a geometric traits model of AocTraits_1 designed for subdivisions along an infinite supporting line embedded in 3D Euclidean space
CLine_d_traits_1	Line_d_traits_1 is a geometric traits model of AocTraits_1 designed for subdivisions along an infinite supporting line embedded in a \(d\)-dimensional coordinate space
CLine_traits_1	Line_traits_1 is a minimal, scalar model of the AocTraits_1 concept
COpen_geom_traits_2_adaptor_1	Open_geom_traits_2_adaptor_1 adapts a 2D geometry traits class of the 2D Arrangements package into a 1D geometry traits class whose parameter space is open on both sides
COpen_side_tag	This type tag is used to indicate that a side of the parameter space, either left or right is open
COpen_topology_traits	The class template Open_topology_traits is a model of the AocTopologyTraits concept for 1D arrangements embedded on an open master curve, that is, a curve that excludes its endpoints, if any, parameterized over an open interval parameter space
CRight_closed_geom_traits_2_adaptor_1	Right_closed_geom_traits_2_adaptor_1 adapts a 2D geometry traits class of the 2D Arrangements package into a 1D geometry traits class whose parameter space is open on the left side and closed on the right side
CRight_closed_topology_traits	The class template Right_closed_topology_traits is a model of the AocTopologyTraits for 1D arrangements embedded on a right-closed master curve, that is, a curve that includes its right endpoint and excludes its left endpoint, if any, parameterized over a right-closed interval parameter space
CRight_ray_traits_1	Right_ray_traits_1 is a model of the AocClosedBoundaryTraits_1 concept
CSegment_traits_1	Segment_traits_1 is a model of the AocClosedBoundaryTraits_1 concept
CAocClosedBoundaryTraits_1	Models of the concept AocClosedBoundaryTraits_1 handle curves that are closed at least on one side of the two sides of the parameter space
CAocIdentifiedBoundaryTraits_1	Models of the concept AocIdentifiedBoundaryTraits_1 handle curves on a circle or a curve that is topological equivalent to a circle. The circle is oriented in such a way that the boundary of the parameter space, the circle is the mapping of which, is identified on the left and right sides
CAocTopologyTraits	The concept AocTopologyTraits encapsulates the topological data structures, storage layout, memory allocation, and navigation primitives required by CGAL::Arrangement_on_curve_1 to maintain subdivisions of a 1D carrier curve
CAocTraits_1	The concept AocTraits_1 defines the minimal set of geometric predicates needed for the construction and maintenance of objects of the class CGAL::Arrangement_on_curve_1::Arrangement_on_curve_1, as well as performing simple queries (such as point-location queries) on such arrangements
CArrangementOnCurve_1
COverlayVisitor	A model of the OverlayVisitor concept contains callback functions invoked while the overlay operation of two input arrangements progresses. Models of the concept are used by the free function CGAL::Arrangement_on_curve_1::overlay() to maintain the auxiliary data stored with the cells (i.e., vertices and edges) of the resulting overlaid arrangement, based on the contents of the input cells