The Synchronize ProcessYou can automatically synchronize your 3D flattened geometry at any time during your session. You can add missing components or remove additional components, as well as synchronize the segment structure. The Synchronize command takes interconnected components into account. It does not manage isolated components that are not connected to the network. For example, flattened geometry that contains an isolated component that is subsequently connected in the 3D geometry will always exist as a free-hanging component after synchronization and the flattened geometry will show a new component connected to the network. Retainers and split branches are taken into account in the Synchronize process. Synchronize OptionsThe Synchronize dialog box provides a number of options you need to select. During the synchronization step, the selected options only will be performed. This optimizes the amount of time taken to synchronize. A HTML report will be generated accordingly and will only show the selected options. For more information about the HTML report, see About the HTML Report.
This dialog box lets you define what you want to synchronize:
Components
Components allows you to select which components you want to update:
You can select as many components as needed at the same time. Actions
Actions allows you to customize the actions during the synchronization step:
Note:
Previously this action was performed when Attributes was selected.
You can select as many actions as needed. Options
Options lets you select the operations to run during synchronization:
Synchronizing the Backshell OrientationDuring the synchronization process, the orientation angle between the Single Insert Connector (SIC) and the Backshell is synchronized with the 3D harness model. The synchronization of the orientation angle is done only if Devices and Update Attributes are selected in the Synchronize dialog box. And only the SIC will be rotated to be synchronized at the new angle. Synchronization of orientation can be done even if the orientation constraint is not defined while defining the Backshell connection point. The connection point between the SIC and the Backshell is done through the Backshell Connection Point, and in general, a Mechanical Connection with three relations is automatically treated (it is called the Advanced Method):
In V6, the connection point between the two devices, SIC and Backshell:
In the About the HTML Report, a column entitled Orientation from backshell is added under the List Devices Attributes Modifications category to show the orientation angle. Methodology: Electrical Geometry IntegrationIt is recommended that you do not change the branch/segment orientation if you work in the context of Electrical Harness Flattening.
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