Forces a computed number of clones, based on the Smoothing Angle value, such that a clone is placed along the path to maintain a level of smoothness at or above the user-set level (determined by the Smoothing Angle).

Active only when the Automatic option is disabled. The defined Steps value determines the number of particles generated along the curve path that feed into the Effector, essentially controlling the number of segments of the resulting extrusion.

Determines the angle along the curve where a clone is created when the Automatic option is enabled.

When enabled, the generated particles include rotation information so the newly-created clone aligns to the path vector direction at the location where it is created.

When enabled, the generated particles include rotation information so the newly-created clone aligns with any stored normal direction for a vertex, such as for a curve extracted from geometry.

Often a curve used for cloning has its initial control knot imperfectly aligned with the geometry to be cloned. With Start at Source active, the curve is used as a relative guide using the original geometry as the true starting location. Disabling this option may cause the newly-created geometry to move away from the intended original location.

By default, this is set to Add. In Add mode, clicking on a curve point and dragging edits the curve's position. Clicking anywhere in the 3D viewport other than the handles creates a new curve control point. To avoid creating new control points when dragging existing points around, you can set this mode to Edit. The Delete mode allows quick removal of control points by simply clicking them.

The XYZ position of the currently-selected knot. You can interactively edit the position by clicking over the knot indicated by the cyan dot. It turns yellow and you can now drag its position around in the viewport, or manually enter a position by editing any of the data fields.

For each path position, a bank angle can be defined that controls the rotation angle of elements cloned through that position.

Works just like the Bank Angle option, but instead of being calculated per knot, the rotation amount is defined across the entire length of the curve, where the Twist value represents the amount of twisting rotation from the first knot in the curve to the last knot.

Causes the curve to become a closed loop, connecting the end point to the start.

Enabling this toggle causes the first knot in the curve to become a control point, but not an actual segment of the curve. This provides a simple method for changing the curvature at the start of the curve.

Enabling this toggle causes the last knot in the curve to become a control point, but not an actual segment of the curve. This provides a simple method for changing the curvature at the end of the curve.

Forces the newly-created geometry to be evenly distributed across the entire length of the curve rather than spacing based on the control knots.

Generates a b-spline curve polygon with the path.

Inverts the faces of the generated polygons.

When this toggle is active, the tool populates the current UV map with data for the generated polygons.

Sweep Effector

Allows you to choose between the U or V axis when placing UV data for newly-created geometry.

Reverses the normal facing direction of the polygons generated by the extrusion. This is useful when extruded geometry appears inverted or inside-out.

Forces the back end of the extruded geometry to be capped or closed.

The size of 1D or 2D profile to sweep. If the size is 0.0, it uses the real size.

This is the minimum angle when it subdivides the Bezier curve to a string of two-point polygons for extrusion. This setting basically controls the detail tolerance of the conversion from the original curve to the resulting polygon extrusion.

Specifies the pivot position of the profile.

The offset amount on the profile space.

Reverses the selected profile to horizontal or vertical.