Please ensure Javascript is enabled for purposes of website accessibility
Powered by Zoomin Software. For more details please contactZoomin

Hull and Outfitting

Properties

  • Last UpdatedDec 09, 2025
  • 3 minute read

Purpose

To add modelling properties to the RSOs available on the databank SB_TID, in order to prepare them for automatic generation of steel.

To copy, create, edit, move or recreate RSOs.

Prerequisites

When releasing items from Surface/Compartment to the PIM (menu item File > Release > Design) the following issues should be observed to ensure that correct limits are produced (to allow automatic steel generation).

  • A Main Deck should be defined as part of the envelope definition. This may be a deck definition or a more general surface. Whichever is used should be marked for release (a tick appearing in the Design column of the Full View tree); as it will be referenced by any Reference Surface Objects, RSOs, (that means, transverses, longitudinals or decks) that are also marked for release.

  • RSOs may also reference the bounding shell surface (in Surface/Compartment this is the parent envelope). The name of this surface is determined by checks in the following order:

    1. If the envelope is marked for Design release, its ID is used.

    2. If the barehull of the envelope is marked for Design release, its ID is used.

    3. If the barehull used a Hull Form (that means, a dml file) for its definition, then the dml name is used.

Note: The dependency of the barehull on a released dml file is set when the dml file is used to create a surface (menu item: File > Use > Hull Form…).

Note: Any of these surfaces must also be registered through the function Project > Surfaces or via Initiate Hull Standards.

If none of the above items are found, then the limit will be called ìHULL_NOT_KNOWNî.

The functional descriptions are based on the standard set-up of these descriptions. If these are not displayed properly, then check the functional descriptions and make additions according to this documentation. Alternatively, the current standard object can be deleted (with risk of losing any added information). The next time any access is made to the object, it will automatically be recreated with the standard descriptions.

Instructions

  1. The function brings in all the RSOs from the databank and presents them in a tree-type dialog.

    RSOs of types General Limits, Block Limits and Backdrop are presented below specific named nodes in the tree browser within the dialog. For these types of RSOs, general information is presented together with an editable field for the RSO type.

  2. For RSO of type Compartment Limit or General Inner Structure also structural properties, such as functional descriptions, materials, profile data and end cut information can be added to a complete RSO or individually on faces of an RSO. The RSOs from which panels shall be generated automatically, should be marked using a checkbox in the dialog. The properties of an RSO are described in Profiles in AVEVA Marine.

    The end cut information is based on the set-up of the standard object for stiffener connections. Refer to Endcut Standards for further information.

  3. Brackets can currently be added to transversal bulkheads, using the bracket instance handling of AVEVA Marine. Set-up of this instance handling is further described in Brackets.

  4. This function also contains a possibility to generate new RSOs or copy, move, recreate, delete or edit the shape of existing ones simply by using the right-click-button within the dialog.

Options

Not available.

Result

The RSOs will be stored with the updated information.

Related Links
TitleResults for “How to create a CRG?”Also Available in