OffsetMultiple
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The OffsetMultiple command copies multiple curves so that all locations on the copied curves are a specified distance from the original curve.
Note
- All open curves offset toward the cursor.
- When offsetting closed curves, if the side-to-offset point is inside a curve, the offsets for other closed curves will also be inside.
- Islands (closed curves inside other closed curves) are recognized and offset in the opposite direction from the container closed curves.
Steps
- Select curves and edges.
- Click on to specify the side.
For best results, use proportionately small offset distances and smooth curves; otherwise, you may get kinks and doubled-back curves.
Command-line options
Distance
Sets the offset distance.
Loose
Yes - Offsets a curve by moving its edit points.
- Polycurve segments offset individually. Segments will break apart at corners in the result.
- The Corner and Tolerance options are not used and are not shown.
- Curves with fewer edit points may distort more in the result.
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The output curve has the same parameter structure as the input curve.
No - Offsets the curve shape within the Tolerance setting.
- A small tolerance creates an output curve with more control points.
Corner
Specifies how corners are handled when they are offset to the "convex" side as pointed out in the image.
Sharp
Extend the adjacent offset segments to form a sharp corner.
Round
Fill the gap between adjacent offset segments with a tangent arc segment.
Smooth
Fill the gap between adjacent offset segments with a degree 3 tangent segment.
Chamfer
Fill the gap between adjacent offset segments with a straight segment.
None
Leave the gap open between adjacent offset segments.
OffsetCount
Specifies the number of curves that will be created.
See also
Offset
Copy a curve parallel to the original.
OffsetMesh
Copies a mesh by moving the vertices a specified distance with different direction modes.
OffsetCrvOnSrf
Copy a curve on a surface parallel to the original.
OffsetNormal
Copy a curve on a surface parallel to the original in the surface normal direction.