...
Parameter name | Dimension | Determined by | Reference | In Class |
| [m^2] | USR: User or system/equation | Total deck area | Excel |
| [Telitab] | USL: User or system/function | Table of deck data | Excel |
| [m^2] | USR: User or system/equation | Total accommodation deck area | Dimensions |
| [Telitab] | USL: User or system/function | Table of all accommodation deck data | Dimensions |
...
Relations for these parameters will be included at a later stage, because these will be clearer to you when you first have developed the entity Deck
.
Deck
Mass calculation
under Top goals/Undefined
. This class will be used later on.
Parameter name | Dimension | Determined by | Reference | In Class |
| [m] | VR: User only | Width | Dimensions |
| [m^2] | USR: User or system/equation | Area | Dimensions |
| [ |
Str] | VR: User only | Define function of deck | General | |
| [m] | VR: User only | Length | Dimensions |
| [t/m^2] | USR: User or system/equation | Weight factor per area | Mass calculation |
| [m] | VR: User only | Aft deck position in X (longitudinal) direction | Dimensions |
| [m] | VR: User only | Front deck position in X (longitudinal) direction | Dimensions |
| [ID] | VR: User only | Define aft (longitudinal) position of deck by selecting a transverse reference |
plane | Dimensions | |||
| [ID] | VR: User only | Define front (longitudinal) position of deck by selecting a transverse reference plane | Dimensions |
| [ID] | VR: User only | Define Z (vertical) position of deck by selecting a horizontal reference plane | Dimensions |
Deck
: Name$
, Area
, B
, Deck_function$
, L
, Next include the following parameters in Entity “Deck“: “Name$”, “Area”, “B”, “Deck_function$”, “L”, “Weight_area_factor
”, “X_aft
”, “X_aft_plane_ID
”, “X_front
”, “X_front_plane_ID
”, “Z
”, “and Z_plane_ID
and “QEntityData”.%%%%%%%%%%%%%%%%%%%%
Provide the following relations (the explanation of the relations will follow):
...