Edit Handles (3D)

 

Invoked ByEdit go to Handles (Part Level)

 

Use this command to create an alignment handle associated with the active part. This creates an intelligent component that automatically understands how it should be aligned with mating geometry upon insertion thus speeding the assembly process. You can use a variety of mating conditions similar to the Align Components command.

 

 

How Edit Handles (3D) Works

 

First you select the alignment geometry. Then you enter the prompt that VX will display upon insertion (e.g., "Select the first mounting hole diameter."). You can then select from six different mating conditions using the Options Form. For example, a circular edge and the concentric mating condition can be the default handle on a "bolt" part. To insert the bolt, you then only have to select the top edge diameter of a hole in the parent part.

 

You can create multiple handles to align a part. Each is entered into the part's history in the order created. This same order will be implemented upon insertion. The name of the handle is displayed as an attribute on the part. To edit an alignment handle, right-click on its name in the History Manager and select Redefine.

4754.gif

3D Alignment is Simplified during Component Insertion

 

 

VX Forms are documented hereRequired Inputs

 

1st entity

Select a curve, edge, face or datum to align with. You can use the pick filter options to isolate the entity. When inserted, the component will be aligned with this entity automatically.

 

Prompt

Enter the prompt for this handle's mating condition. This is the prompt that will be displayed when you insert the component into an assembly. For example, you might enter "Select the parent point to align with." (without the quote marks).

 

 

Optional Inputs are documented here.Optional Inputs

 

This options form is context sensitive. This means that only the constraint options that can apply to the 1st and 2nd entity selections (see above) will remain active. See 3D Constraints for a matrix of supported constraint conditions and a few examples.

 

icon348.gif

This creates a coincident constraint. The components will remain coincident (i.e., share the same curve, edge, face or datum plane). The Offset option is supported (see below).

 

4808.gif

This creates a tangent constraint. Supports the Offset option.

 

icon349.gif

This creates a concentric constraint. Supports the Offset option (see below).

 

icon347.gif

This creates a parallel constraint.

 

icon346.gif

This creates a perpendicular constraint.

 

icon345.gif

This creates an angular constraint. Complete the Angle option (see below).

 

Offset

Use this option to specify an offset distance. The constraint will apply as well as this offset. Used with the coincident, tangent and concentric constraints (see above).

 

Angle

Specifies the angle of the constraint. Used only with the Angle constraint (see above).

 

Same facing, Opposite

If faces or datum planes are selected for the 1st and 2nd entity inputs above, select "Same facing" to force an alignment where the faces or datum planes are facing the same direction.

 

 

Related Topics

Return to VX CAD/CAM Index