TopologySegment

3D-Geometry A HarnessGeometrySpecification3D represents either a 3D-model in the car coordinate system or a 3D-model in the formboard system. Each HarnessGeometrySpecification3D is a container for various instances of the class BuildingBlockPositioning3D.

Locations In order to describe a wiring harness, the abstract information of a topology must be enhanced with information about the concrete positions of components in the topology. For purposes of clarity the explanation of this concept is split into two diagrams.

Locations In order to describe a wiring harness, the abstract information of a topology must be enhanced with information about the concrete positions of components in the topology. For purposes of clarity the explanation of this concept is split into two diagrams.

Locations In order to describe a wiring harness, the abstract information of a topology must be enhanced with information about the concrete positions of components in the topology. For purposes of clarity the explanation of this concept is split into two diagrams.

Locations In order to describe a wiring harness, the abstract information of a topology must be enhanced with information about the concrete positions of components in the topology. For purposes of clarity the explanation of this concept is split into two diagrams.

Locations In order to describe a wiring harness, the abstract information of a topology must be enhanced with information about the concrete positions of components in the topology. For purposes of clarity the explanation of this concept is split into two diagrams.

Routing A RoutingSpecification is a container for various Routings. Each Routing specifies a dedicated Path as an ordered list of TopologySegments through which the referenced RoutableElement is routed. A RoutableElement can either be a Connection or a WireElement (which can alternatively belong to a PartUsage or a PartOccurrence).

Routing A RoutingSpecification is a container for various Routings. Each Routing specifies a dedicated Path as an ordered list of TopologySegments through which the referenced RoutableElement is routed. A RoutableElement can either be a Connection or a WireElement (which can alternatively belong to a PartUsage or a PartOccurrence).

Routing A RoutingSpecification is a container for various Routings. Each Routing specifies a dedicated Path as an ordered list of TopologySegments through which the referenced RoutableElement is routed. A RoutableElement can either be a Connection or a WireElement (which can alternatively belong to a PartUsage or a PartOccurrence).

Routing A RoutingSpecification is a container for various Routings. Each Routing specifies a dedicated Path as an ordered list of TopologySegments through which the referenced RoutableElement is routed. A RoutableElement can either be a Connection or a WireElement (which can alternatively belong to a PartUsage or a PartOccurrence).