![]() Also make sure that you have the class and layer options set to show/snap/modify others when drawing cables or the cable will interact with other objects correctly. The easiest way to get this to work correctly is to connect the 2 cable paths together and then draw the cable in a 3D view, this will ensure that the cable follows the path correctly. When these 2 are combined the cable tries to take the most direct route between the cable path on the cable truss and the end point. Another factor is that the cable path on the projector truss is not linked into the main path on Cable truss A. Subsequently, powered by SIEMENS Parasolid, you can undertake 3D modeling. Thanks to its precision drafting capabilities, Vectorworks Spotlight allows you to sketch your design ideas. It is meant for anyone undertaking exhibit, event, film, scenic, or lighting design. The second issue looks like it is caused by how cables and cable paths interact, at the moment cables can enter or exit a cable path anywhere along the path and will try to do so where-ever the auto-connect logic says the most efficient point to leave the path to reach the end point is. Vectorworks Spotlight is designed for the entertainment industry. Was this file started in SP3 or earlier version? Oddly I found that when I forced the cable object to recalculate by changing into a 3D view with the cable selected, opening the cable configuration dialogue, exiting and changing back into top/plan the 2D geometry reset and started to display correctly. ![]() The original issue issue with the cable seems to be that the 2D part of the cable is displaying as a closed polyline, this was a bug in earlier builds of Spotlight.
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