The Rotation dialog box appears.

- Mesh Part: lets you select the parent mesh part.
 |
Multi-selection of mesh parts is available. |
- Remove: lets you remove a selected mesh part from
the Mesh Part field.
- Remove all: lets you remove all the selected mesh
parts from the Mesh Part field.
- Rotation Parameters
- Axis: lets you select the axis of rotation.
- Angle: lets you select the angle of rotation.
 |
To reverse the rotation direction, enter a
negative Angle value. |
- Capture: lets you capture updated mesh parts to
condense modes.
- No condensation: lets you decide not to condense
the nodes of the transformed and the parent mesh part.
- Condensation with the parent mesh: lets you
condense the nodes of the transformed and the parent mesh part.
- Condensation with all meshes: lets you condense
the nodes of the transformed mesh part and the updated
neighboring mesh parts.
- Tolerance: lets you specify the tolerance value
of the condensation (not available with the No condensation
option).
- Initialize: lets you automatically
initialize the tolerance value of the condensation (not
available with the No condensation option).
 |
The tolerance initialization does
not take into account 1D elements. |
- If
Condensation with the parent mesh
is selected, the tolerance is initialized with the smallest
size of element edges among the parent mesh.
- If Condensation with all meshes is
selected, the tolerance is initialized with the smallest
size of element edges among all updated neighboring mesh
parts.
- Check: This button is active as soon as
you click the Apply button. This button lets you check, using
the tolerance value, if there are intersections or interferences
between the transformed mesh and the captured mesh parts
according to the condensation option you have selected (not
available with the No condensation option).
To know more, refer to Checking Intersections / Interferences.
- Repeat Rotation: allows multiple copies in a
single transformation mesh part.
- Number of copies: lets you specify the number of
copies.
Note that: This transformation respects
associativity.
In other words, if a load is applied to the parent mesh part, the
same load will be applied to the transformed mesh part. |