...
Parameter name | Dimension | Determined by | Reference | In Class |
| [#] | VR: User only | Number of instances | General |
| [Str] | VR: User only | Name of object | General |
| [-] | USR: User or system/equation | Case index | General |
| [-] | VR: User only | Frame number | General |
| [mm] | VR: User only | Frame spacing | Dimensions |
| [m] | VR: User only | X position, in longitudinal direction | Dimensions |
Z | [m] | VR: User only | Z position, in vertical direction | Dimensions |
Z
in Horizontal and drop parameters Nr
, Names$
and CaseID
in both Horizontal planes
and Transverse planes
.Frame_Nr
, Frame_spacing
and X
in Transverse planes
.Z
in Horizontal
and drop the other parameters in Transverse planes
....
Volume
in the Knowledge Browser, select the Parameter tab of the Properties window and enter @MODIFY
in the Data field.
...
Loa
in the Knowledge Browser, select the Parameter tab of the Properties window and enter @ORDER:1
in the Data field....
X
in entity Transverse planes
in the Workbase:X = Frame_nr * (Frame_spacing/1000)
For each case, representing a transverse reference plane, this relation will be calculated. Parameter Frame_spacing
does not have a @MULTVAL attribute, thus the value provided for Frame_spacing
will be constant for each case.
...
CaseID
in entity Transverse planes
in the Workbase:CaseID = ORCA(1)
The function ORCA(1) returns the current case number (during execution). Later on, this calculated value is used to refer to one of the transverse reference planes.
...
Every entity is automatically created with three parameters, QEntityData
, QEntityID
and QEntityName
. These are hidden from the user output by default. The first one can show behingbehind-the-scenes computed values. In addition, parameters QEntityDoc
and QEntityRef
can also show extra information.
...
Nr
in entity Transverse planes
and select Taxonomy>Instantiate “Nr” (or press Ctrl+E).Now, the background of the this parameter's Properties window for this parameter the textfield turns to changes from white to light yellow. This means that you are now able to set properties and provide a reference text and attributes for the parameter which differ from the global reference text and attributes for this parameter.
...
@WBNAME
:Number of transverse reference planes
Number of transverse reference planes
.Name$
(make it local, @WBNAME
: Name of transverse
reference plane
, reference: Name of transverse reference plane
)...
Z
, CaseID
and Nr
Name$
with the attribute @MULTVAL.Horizontal planes
: Nr
, Name$
, CaseID
, QEntityDoc
and QEntityRef
.Nr
and Name$
in entity Horizontal planes
and provide for both parameters a @WBNAME attribute to define a display name.CaseID = ORCA(1)
....