Often it would be very useful to know an object's Z coordinate relative to the internal (global) origin in addition to the layer Z coordinate. For our architectural projects we place our site model DTM on the internal origin, so that Z coordinates on the DTM correspond to surveyed elevations. However, when working on other design layers whose layer elevations are set according to the elevations of, say, the respective subfloor, it becomes quite cumbersome to check the global Z coordinate (i.e. surveyed elevation) of any given 3D object. The addition of a 'global Z' or 'internal Z' coordinate field to the OIP would solve this handily.
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Markus Barrera-Kolb
Often it would be very useful to know an object's Z coordinate relative to the internal (global) origin in addition to the layer Z coordinate. For our architectural projects we place our site model DTM on the internal origin, so that Z coordinates on the DTM correspond to surveyed elevations. However, when working on other design layers whose layer elevations are set according to the elevations of, say, the respective subfloor, it becomes quite cumbersome to check the global Z coordinate (i.e. surveyed elevation) of any given 3D object. The addition of a 'global Z' or 'internal Z' coordinate field to the OIP would solve this handily.
Edited by Markus Barrera-KolbLink to comment
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