Validate 3D Position Synchronization of Logical and Physical Components (L2P_ValidateComponentPositionSynchronization)

General Information

This opening ID is invoked during the Logical to Physical synchronization. For the selected element, the Business Rule checks whether the 3D position of logical and physical components are synchronized, during analysis of modification in physical. The Business Rule can either

Validate the synchronization (severity=0).
Validate the synchronization with a warning message computed from the rules context (severity=1).
Forbid the synchronization with a warning message computed from the rules context (severity=2).

This validation rule is triggered when the physical component exists and the 3D positions of logical and physical components are different.

The table below provides you with information related to the definition of the Opening ID.


PLM Opening ID:	`L2P_ValidateComponentPositionSynchronization`
Customization intent:	Validation
Execution context:	Client

Input Objects

Input objects must be of the following types:

ThisObject: The logical element to be synchronized.
Parameters corresponds to the context object. Message attribute will be displayed in the synchronization report.
Validation: Variable to set to know if the validation succeeded or failed.

Severity messages:

Severity= 0 the treatment is to be continued (no message).
Severity= 1 the treatment is to be continued and only a warning raised.
Severity= 2 the treatment is supposed to be undone.

Note that this notion is not mandatory but it is used by the electrical command.

If the output Boolean of business rule is TRUE, the physical element position is synchronized with logical 3D position.

Context Object Parameters


Parameter Name	Type	Read/Write	Comments
`L2PPhysicalElement`	`PLM Entity`	Read	The physical element found synchronization with logical element (ThisObject).
`L2PLogicalX`	`PLM Entity`	Read	The X coordinate of logical element in logical root context.
`L2PLogicalY`	`PLM Entity`	Read	The Y coordinate of logical element in logical root context.
`L2PLogicalZ`	`PLM Entity`	Read	The Z coordinate of logical element in logical root context.
`L2PPhysicalX`	`PLM Entity`	Read	The X coordinate of physical element in physical root context.
`L2PPhysicalY`	`PLM Entity`	Read	The Y coordinate of physical element in physical root context.
`L2PPhysicalZ`	`PLM Entity`	Read	The Z coordinate of physical element in physical root context.