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Please note the difference with the previous section, in which a table was created referring to values within multiple entities. For the bulkheads we have created one table and refer to values within the table of another singular Entity!
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Cargoes | child of “Mass Cargoes” | Entity Type: singular obligatory |
Include the following parameters in Entity “Mass Cargoes“: “Mass”, “COGX”, “COGY”, “COGZ”, “MOMX”, “MOMY”, “MOMZ”, “QEntityRef” and “QEntityData”.
Connect the following relations in Entity “Mass Cargoes”:
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Cargoes
as child of entity Mass Cargoes
.Mass Cargoes
: Mass
, COGX
, COGY
, COGZ
, MOMX
, MOMY
, MOMZ and QEntityRef
.Mass Cargoes
.QEntityData
.QEntityRef
: “Cargo ...
...
...
Cargoes
below Mass Cargoes
: Name$
, Nr
, Mass
, COGX
, COGY
, COGZ
, MOMX
, MOMY
, MOMZ, QEntityDoc
and QEntityRef
.Nr
, put all parameters in the table view (localize (instantiate) parameter and provide attribute @MULTVAL in its In Entity “Cargoes” we entity Cargoes
you will enable the user to create a table with a number of cargo objects. For each object, the user has to provide a name, COG and mass.
MOMX = COGX*Mass
MOMY = COGY*Mass
MOMZ = COGZ*Mass
QEntityData
.QEntityRef
: “Define name, mass and COG of cargo objects”objects”As explanation to the user,
...
you can include a schematic picture that depicts the used coordinate system within this configurator.
QEntityDoc
in Entity “Cargoes” entity Cargoes
and select the right mouse button menu Taxonomy>Include Taxonomy->Include Binary Data or or press Ctrl+B. Now you can browse to the file you want to include, we propose the provided picture “coordinate: “coordinate_system.bmp”bmp”.
Figure 83: Entity "Cargoes" to define number of cargo objects
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