Extracting RSO Information
- Last UpdatedDec 09, 2025
- 3 minute read
General
This program is used to extract properties of the RSOs in the current project. The extracted information is presented in a comma-separated file (CSV), which can be updated manually. The updated file can be used as input by another AVEVA Marine program (Update RSOs from CSV File), which updates the properties of RSOs.
Set-Up of the Program
The name of the executable of this program is sj703. It communicates with the user via a result file. The program is normally activated through the Log Viewer (JL), recognized by the name Extract RSOs to CSV. The following set-up is required
|
Logical variable |
JL set-up and explanation |
|---|---|
|
SB_OUTPUT1 |
Output file with extracted RSO information. To be set up in JL as first output file with extension .csv |
If the program is activated in other ways (for example, via a windows script), the CSV file name may be given as an argument to the program at execution, for example, sj703 c:\temp\rso.csv.
Input
No input is needed to run this program
Output
The output file is organized as a comma-separated file. Each extracted RSO will generate two rows with the following layout:
|
Column name |
Description |
|---|---|
|
Function |
Functional description of the RSO given as a code. Codes to be used can be found in Hull Model Concepts / Functional Descriptions / Pre-Defined Functional Descriptions. The second row contains the envelope name. |
|
Tight |
If structure shall be defined as water-tight or not. Possible values are YES or NO. The second row contains a boundary of the RSO, given at definition. Bounding side is SB if RSO in X plane, TOP if RSO in Y plane and AFT if RSO in Z plane. |
|
Name |
Name of the RSO. The second row contains a boundary of the RSO given, at definition. Bounding side is PS if RSO in X plane, BOT if RSO in Y plane and FOR if RSO in Z plane. |
|
Face |
Face number of the RSO. The second row contains a boundary of the RSO given, at definition. Bounding side is TOP if RSO in X plane, AFT if RSO in Y plane and SB if RSO in Z plane. |
|
Principle Plane |
Possible vales or X, Y, Z or NO. The second row contains a boundary of the RSO given, at definition. BOT if RSO in X plane, FOR if RSO in Y plane and PS if RSO in Z plane. |
|
Coord. |
Coordinate value defining the position of the plane. If not in a principle plane, this value is undefined. Second row is blank. |
|
Auto Gen. |
Information if steel shall be automatically generated on this face of the RSO. Possible values are YES or NO. Second row is blank. |
|
Mtrl Side |
Information about material side for automatically generated panels. Possible values are PS, SB, BOT TOP, AFT, FOR and MID. Second row is blank. |
|
Mtrl Th. |
Plate material thickness for automatically generated panels. Second row is blank. |
|
Mtrl Qual. |
Plate material quality for automatically generated panels. Second row is blank. |
|
Auto Stiffeners |
Information if stiffeners shall be generated on an automatically generated panel. Possible values are YES or NO. Second row is blank. |
|
Stiffener Side |
Information about stiffener side for automatically generated stiffeners. Possible values are PS, SB, BOT TOP, AFT and FOR. Second row is blank. |
|
Profile Type |
Profile type given as a code. Available codes can be found in Hull Model Concept / Standards / Survey of Design Standards in AVEVA Hull. Second row is blank. |
|
Profile Dim. |
Profile dimension given using delimiter *, for example, 220*12. Second row is blank. |
|
Limits/Stiff. Ends (the column is repeated for the number of limits bounding the RSO face) |
The first row contains the name of the RSO limit. Values can be either a surface name, an RSO name or a face number. If a face number, the current face is limited by another face within the same RSO. A face number is given with prefix FACE_, for example, FACE_3. The second row contains end connection data for stiffeners. End cut and connection code is given using keyword as defined by the set-up described in Hull Model Concept->Standards->Survey of Design Standards in Hull->Stiffener Connections. Brackets are given using a bracket instance, further described in Hull Model Concept->Standards->Survey of Design Standards in AVEVA Hull->Brackets. The bracket instance is given after the stiffener connection separated by a slash (/). Example of this column: TTPHULL SNIPE/B16 |