About Dressup

The dressup capability allows you to specify which mechanism products are fixed to products in a model (dressing parts) using rigid engineering connections created automatically.

See Also
Defining a Dressup for a Mechanism
About the Mechanism Manager
In the Knowledge Base
A procedure to take advantage of dressup on subproducts in Mechanical Systems Design.
Mechanism product
A product in a mechanism that is impacted by a regular engineering connection visible under the Joints node. For more information, see Engineering Connection Definition .
Attached product
A product (dressing part) rigidly connected to a product in the mechanism using the Dressup command.
Non-impacted product
A product that is not a mechanism product or an attached product.
Rigid engineering connections in the tree
Multiple engineering connections are created when using the dressup function. By default, rigid engineering connections appear under the Dressup node if they connect a product in the mechanism to a product in the model (attached product). You can include a new engineering connection to the mechanism that impacts a product in the model. If that model product was previously attached to a mechanism, then the rigid connection is removed from the Dressup node, and appears under the Joints node. Similarly, if you exclude an engineering connection from the mechanism, a rigid joint that was created using the Dressup function may no longer be connected to a mechanism product. In this situation, the rigid engineering connection is excluded from the mechanism—it appears only under the Engineering Connections node.
Rigid engineering connections in the Mechanism Manager
In the Mechanism Manager, all rigid engineering connections (dressup joints) connecting a mechanism product to a model product (attached product) appear as indirectly included .
Dressing products referenced by a macro mechanism
You can use a dressup on subproducts to improve the collaboration between different roles involved in a kinematics project such as architects, designers, and integrators. For more information, see the dedicated article in the Knowledge Base.