About Bodies in a Hybrid Design Environment

The topic provide information about how to use bodies in a hybrid design environment.

In this section, the following is discussed:

Related Topics
Creating Features in a Hybrid Design Environment

Terminology

A Body created from V5R14 onward is still referred to as Body. Likewise, when creating a new part or 3D shape, the default body is referred to as Part Body.

Conversely, bodies created using application versions prior to V5R14 are no longer referred to as bodies but as Solid bodies in applications user's guides, not in specification trees.

Graphic Representations


  • A Body or PartBody you create in a hybrid design environment is identified with a green wheel icon in the specification tree:

  • Solid bodies are identified with gray icons:

However, from V5R15 onward the green icons identifying existing bodies turn yellow if you change the type of design environment to a non-hybrid design type:

For further information, see Graphic Representations of Bodies and Solid Bodies. PartBody created in a Hybrid Design Environment

Solid body (here PartBody) in a Hybrid Design Environment

What Are Bodies Made Of?

A body has only one solid result. It can contain the following entities:


  • All Shape Design features
  • Ordered geometrical sets (OGSs): this is possible by using the Insert > Ordered Geometrical Sets command. For more information, see Generative Shape Design User's Guide: Managing Geometrical Feature Sets: Inserting a Body into an Ordered Geometrical Set. Creating an OGS within a body is the same as creating an OGS within an OGS. Inserting Part Design Features in OGSs is not allowed.
  • Sketches
  • Boolean Operations
  • Solid bodies: you can integrate them into bodies through Boolean operations and Copy/Paste mechanisms.
    Example of a PartBody

What Bodies Do Not Contain
A body cannot contain the following:

  • Bodies

  • Geometrical Sets

  • Volumes: they cannot be created in a body but they can be created in an ordered geometrical set (OGS) contained in body. To see an example, see Inserting Added Volumes.

Specific Mechanisms Locate Features

Up to Version 5 release 14, bodies displayed their contents according to two major principles: ordering and absorption. Now that they can include additional feature types, namely surface and wireframe features, both mechanisms apply to them too. All features in a body are displayed in the tree so as to show a succession of steps defining the design. In other words, the order of apparition of features in the specification tree is consistent with the steps of creation of the design. Unlike features within a solid body, features in a body can be set as current: a given step of the design creation is chosen and what is located after it is not accessible nor visible.

Impacts on Existing Capabilities

A certain number of capabilities reflect the changes induced by the use of hybrid bodies. Here are the behaviors you need to be familiar with:


Insert Added Volumes

The Insert Added Volumes command lets you change from the volume design to solid modeling.