Creating a Cutout Sketch

	This task shows how to create a cutout sketch for a penetration.
	The sketch may be created using penetration design rules, by selecting from a list of cutout shapes, or by creating the cutout manually. When creating a cutout using design rules, the cutout shape and clearance are defined by penetration cutout rules and the penetration shapes catalog.
	1.	With your document open, click the `Penetration Management` button. The `Penetration Management` dialog box displays. Select an object either from your document or on the specifications tree, then select the penetration from the `Penetration Management`dialog box. See Querying for Penetrations for a more detailed explanation. The related objects highlight in your document, and will be used in calculating the penetration location.
	2.	Click the `Create Cutout Sketch` button and the `Create Cutout Sketch` box displays with the `Rules` tab selected. The `Create Cutout Sketch` dialog box displays the shape and size for the proposed sketch, as computed by the design rules. Click `OK` if you accept it.
	3.	You can choose to select a penetration cutout sketch from a catalog. Select the `Standard Catalog` tab and the `Catalog Browser` button . The `Catalog Browser` displays. Double-click a sketch to place it.
	4.	You can choose to create a penetration cutout sketch manually in the Sketcher. Select the `Manual Sketch` tab and click the `Open` `Sketcher` button . The `Sketcher` opens. Create your sketch and click the `Exit Workbench` button. The sketch is placed in your document.
	5.	The `Place on Side` buttons allow you to place the cutout sketch on one side or the other of a structure, and is used for visibility purposes.
	6.	Click `OK`. The cutout sketch is associated with the penetration and will be saved when you save to ENOVIA.
	You can create a cutout sketch from `Rules` for a penetration with multiple penetrating objects.
		On the `Rules` tab, the list of cutout sketch parameters is blank because the cutout shape cannot be parametric. The `Computed using rule` field shows the list of rules used, prefixed by `<ConvexFit>`. The `Cutout Shape` field displays `<ConvexFit>`, indicating that a system algorithm was used to combine multiple shapes that were computed from the rules. Review the cutout sketch and click `OK` if you accept it. Save your document to save the data in ENOVIA.