MeasurementPoint

Placeable Elements In a wiring harness many components can be placed directly onto the topology (e.g. connectors, fixings). To specify the aspect of placeability the VEC defines a PlaceableElementSpecification. Every component that could be placed directly onto the topology must have a PlaceableElementSpecification in addition to its regular type specific PartOrUsageRelatedSpecification (e.

Placeable Elements In a wiring harness many components can be placed directly onto the topology (e.g. connectors, fixings). To specify the aspect of placeability the VEC defines a PlaceableElementSpecification. Every component that could be placed directly onto the topology must have a PlaceableElementSpecification in addition to its regular type specific PartOrUsageRelatedSpecification (e.

Placeable Elements In a wiring harness many components can be placed directly onto the topology (e.g. connectors, fixings). To specify the aspect of placeability the VEC defines a PlaceableElementSpecification. Every component that could be placed directly onto the topology must have a PlaceableElementSpecification in addition to its regular type specific PartOrUsageRelatedSpecification (e.

Placeable Elements In a wiring harness many components can be placed directly onto the topology (e.g. connectors, fixings). To specify the aspect of placeability the VEC defines a PlaceableElementSpecification. Every component to be placed directly onto the topology must have a PlaceableElementSpecification in addition to its regular type specific PartOrUsageRelatedSpecification (e.

Placeable Elements In a wiring harness many components can be placed directly onto the topology (e.g. connectors, fixings). To specify the aspect of placeability the VEC defines a PlaceableElementSpecification. Every component to be placed directly onto the topology must have a PlaceableElementSpecification in addition to its regular type specific PartOrUsageRelatedSpecification (e.

Placeable Elements In a wiring harness many components can be placed directly onto the topology (e.g. connectors, fixings). To specify the aspect of placeability the VEC defines a PlaceableElementSpecification. Every component to be placed directly onto the topology must have a PlaceableElementSpecification in addition to its regular type specific PartOrUsageRelatedSpecification (e.

Placeable Elements In a wiring harness many components can be placed directly onto the topology (e.g. connectors, fixings). To specify the aspect of placeability the VEC defines a PlaceableElementSpecification. Every component to be placed directly onto the topology must have a PlaceableElementSpecification in addition to its regular type specific PartOrUsageRelatedSpecification (e.

Placeable Elements In a wiring harness many components can be placed directly onto the topology (e.g. connectors, fixings). To specify the aspect of placeability the VEC defines a PlaceableElementSpecification. Every component to be placed directly onto the topology must have a PlaceableElementSpecification in addition to its regular type specific PartOrUsageRelatedSpecification (e.

Placeable Elements In a wiring harness many components can be placed directly onto the topology (e.g. connectors, fixings). To specify the aspect of placeability the VEC defines a PlaceableElementSpecification. Every component to be placed directly onto the topology must have a PlaceableElementSpecification in addition to its regular type specific PartOrUsageRelatedSpecification (e.

Coordinate Systems of Components A LocalGeometrySpecification defines a mapping between the entities of the VEC and the 3D model of a component. The 'Local' in the name refers to the fact that all definitions within this specification are 'local' to the 3D model of a specific component (a component in a library, not in a specific usage).