Offset 2d path
Offsets curves in the chosen workplane.
Inputs
-
geometry
- Accepts a single geometry connection (unless the SHIFT key is held).
-
work plane
- The work plane in which the 2D offset operation will be performed in. This can be
X=0
,Y=0
, orZ=0
.
- The work plane in which the 2D offset operation will be performed in. This can be
-
pre-flatten
- Flattens the input curves into the work plane defined by the work plane input before the 2D offset operation.
-
offset
- The distance the input curves will be offset.
-
join
- Sets the type of join that will be performed at the vertices of the 2D offset. This can be
miter
,square
,round
, orsimple (none)
.
- Sets the type of join that will be performed at the vertices of the 2D offset. This can be
-
miter limit
- The distance limit before a miter join is made. If joins of an offset are beyond the limit, then a bevel join will be made at the limit value.
-
arc precision
- The level of precision of the round join offset. The closer to
0
, the higher the precision of the rounded join.
- The level of precision of the round join offset. The closer to
-
close resulting curves
- Sets whether to close the resulting curves after the 2D offset operation.
Outputs
-
geometry
- Output primitives.
-
points
- The list of points of the output curve primitives.
-
points.x
- The list of x values of the points of the output curve primitives.
-
points.y
- The list of y values of the points of the output curve primitives.
-
points.z
- The list of z values of the points of the output curve primitives.
Notes
-
Both the miter limit and arc precision inputs only affect the
miter
andround
join types respectively and will only be available when those types are defined in the join input. -
Other names for this node include: OffsetCurve, Offset curve, and Offset polygon.