GSD Customizing
- Last UpdatedFeb 01, 2023
- 2 minute read
The environment variable SBH_MARKING_SIDE controls on which side of the plates the GSD:s should be marked.
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SBH_MARKING_SIDE |
MOULDED |
GSD:s are marked on moulded side of plate. This is the default value when SBH_MARKING_SIDE is not defined. |
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BRACKET |
GSD:s are marked on the side with most attached brackets. |
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PROFILE |
GSD:s are marked on the side with most attached profiles. |
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ALL |
GSD:s are marked on the side with most attached brackets and profiles. In all cases, if not possible to determine any side, the marking side is selected as the side in the positive direction of the w-axis of the plate. |
The environment variable SBH_MARKING_SIDE is by default set to MOU(LDED). In this case the selection of the marking side of the plate for GSD:s is made as follows:
If the moulded plane coincides with one of the plate surfaces then that surface is the marking surface.
If the moulded plane does not coincide with a plate surface then:
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the marking surface is the panel surface having the largest number of attached profiles with the same lowest assembly name as the panel itself, but...
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if there are no such profiles on the panel, or an equal number on each side, then the marking surface is selected as the positive direction of the w-axis of the panel (that means, normally top, forward or starboard).
A single plane panel can have its marking side defined via the keyword GMS in the PANEL statement. See also Hull / Planar Modelling / Design Language of Hull Modelling / Panel Statement / Normal Panel Syntax. If given, it overrides the value given to SBH_MARKING_SIDE.
Next to GMS, any defined swedging or swaging will also override the value given to SBH_MARKING_SIDE. The first set swedging (or swaging) will be searched for and, if found, the marking side will be the one opposite to the defined swedging (or swaging) side.