You must have access to the Generative Shape Morphing or Automotive Body in White Templateapp.
Create a 3D shape containing two surfaces.
Create a Diabolo
You can create a diabolo on the base element.
Click Diabolo from the Morphing section in the Generative Shape Morphingapp or from the Automotive section in the Automotive Body in White Templateapp.
In the Seat Surface box, select a surface.
Important:
The seat surface must have a
closed contour and belong to one domain.
In the Base Element box, select the base surface.
Optional:
In the Faces to Modify box, select one or more faces
to split the base surface and determine an intermediate base surface.
Important:
The faces should lie on the base surface. They should
be connected to each other to form a single domain when joined together.
In the Draft Direction box, select the direction.
You can select either a plane, a line,
or a X, Y, or Z axis.
The default draft direction is
the normal direction to the seat surface.
Define the draft angle.
Option
Description
Wholly defined
The draft angle is applied to all edges of the seat surface
boundary.
You can also specify the angle
by clicking Law.... The law is applied
along the seat surface boundary.
You
can specify the Constant and
Advanced law types.
G1-Constant
Separate draft angles are applied to each set of edges
continuous in tangency.
Location values
The draft angle is specified at different vertices along the
seat surface boundary. The seat boundary should be continuous in
tangency.
Click Preview.
Optional:
Click Reverse Direction to invert the orientation of
the diabolo.
Note:
The Reverse Direction button is enabled
only if multiple solutions are possible to create the
diabolo.
You can also click the arrow at the geometry to change the
orientation.
Click OK.
Diabolo with a draft angle of 5 degrees Diabolo with a draft angle of 25 degrees
Create a Diabolo on a Volume
You can create a diabolo with a volume or a solid feature as the base
element.
Click Diabolo.
In the Seat Surface box, select a surface.
Important:
The seat surface must have only one boundary and belong to one
domain.
The seat surface should not completely cross the base element,
otherwise an error message is issued.