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The leading element of the modeling is the SupportStructure Pole, in which all other elements can be included as containment. At this point, the ColumnLine is connected via an Edge-Junction connection (JE). At a ColumnPoint , the cantilever CrossArmLine can also be attached via a JE connection. The lighting fixture LightingPoint can be installed either at the end of the cantilever at a CrossArmJunction or at a ColumnPoint on the ColumnLine. The connection must, due to system requirements, always be made via an attachment rule between the point of the electrical network and one of the points of the structural network. The candelabra is supplied with electricity from the route using a looped cable from the public lighting system. Between two switches, there is a LightningConnectionSleeve, from which a cable runs to the LightingPoint. The cable, the switches, and the sleeve can be contained as part of the ColumnLine and the CrossArmLine. Alternatively, it is possible to omit the cable between the sleeve and the LightningPoint and establish the connection between both objects via the existing junction connection. Complete recording in 3D:
Complete recording in 2D
The relationships between the objects are as follows:
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In the minimal model of detection with cable looping, the luminaire is placed directly on the lighting cable. To be able to simulate correct circuits, switches are detected on the incoming and outgoing sides. These are connected to a junction sleeve, from which the cable to the luminaire runs. Minimal detection in 2D:
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Lights can also be suspended in the form of a cable light between two buildings or on two poles. The structural part then consists of the support cable (GuyWire), which is attached at two suspension points (GuyWireAnchor or WallBracketPoint). From a switch (LightingDisconnector), the lighting cable runs via the WallBracketPoint to the light. Complete documentation:
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