Toolset

Behavior

Creates a parallel curve at a specified distance from the original, on one or both sides. Offset Type controls how gaps between segments are handled. Default: Distance 2, Offset Type "Arc". Three offset types: Arc (smooth rounded transitions between segments), Intersection (sharp clean corners by extending segments until they meet), Tangent (smooth tangent-preserving corners). Connect a Boolean to toggle one-side vs. both-sides offset.

Inputs

Curve, Distance, Both Sides, Type

Outputs

Offset

Behavior

Combines multiple curve pieces into one continuous curve. The output behaves as a single curve for downstream operations. Additional curves added via "add port".

Inputs

Curves

Outputs

Joined

Behavior

Breaks a curve into its individual segments and returns both the segment curves and their junction points.

Inputs

Curve

Outputs

Segments, Points

Behavior

Cuts curve corners and replaces them with straight angled edges - a flat bevel at each corner.

Inputs

Curve, Distance

Outputs

Chamfered

Behavior

Changes the starting point of a closed curve to adjust mapping or orientation. The curve shape is unchanged but its parametric start/end shifts.

Inputs

Curve, Parameter

Outputs

Reseamed

Behavior

Reconstructs a curve using a new set of evenly-spaced control points. The degree parameter controls the smoothness - higher degree = smoother curve with fewer sharp transitions. Default: Degree 3. Rebuilding simplifies complex curves into cleaner NURBS definitions. Degree 1 = polyline (straight segments), Degree 2 = parabolic, Degree 3 = standard smooth NURBS. Higher degrees are smoother but harder to control locally.

Inputs

Curve, Degree

Outputs

Rebuilt

Behavior

Lengthens a curve past its original endpoints by a specified distance or to a target geometry.

Inputs

Curve, Distance

Outputs

Extended

Behavior

Generates a smooth connecting curve between two points or shapes, creating a transition bridge.

Inputs

Start, End, Profile

Outputs

Curve

Behavior

Converts a smooth curve into a series of straight line segments (polyline approximation). Tolerance controls the maximum deviation from the original curve.

Inputs

Curve, Tolerance

Outputs

Polyline

Behavior

Projects a curve onto a geometry (surface or solid) along a chosen direction vector.

Inputs

Curve, Target, Direction

Outputs

Projected

Behavior

Removes curves from a list based on filters or conditions. Used to clean up curve collections before downstream operations.

Inputs

Curves, Pattern

Outputs

Filtered

Behavior

Applies a dashed pattern to a curve, splitting it into alternating dash and gap segments based on the specified pattern length.

Inputs

Curve, Length

Outputs

Dashes, Gaps

Behavior

Segments a curve into equal-length portions and returns the division points, tangent vectors at each point, and parameter values. Default: Count 4 (produces 5 points including start and end). The Tangent vectors output shows the curve direction at each division point - useful for orienting objects placed at those positions.

Inputs

Curve, Count

Outputs

Points, Tangents, Parameters

Behavior

Splits a curve into equal-length segments. Returns division points, tangent vectors, and parameters.

Inputs

Curve, Length

Outputs

Points, Tangents, Parameters

Behavior

Places points along a curve at a fixed spacing distance between each point.

Inputs

Curve, Distance

Outputs

Points, Tangents, Parameters

Behavior

Cuts a curve into multiple pieces at specific parameter positions or points along the curve.

Inputs

Curve, Parameters

Outputs

Segments

Behavior

Creates evenly spaced cross-section slices along or across geometry at regular intervals.

Inputs

Geometry, Distance

Outputs

Contours

Behavior

Creates a plane perpendicular to a curve at parameter t. The plane's normal aligns with the curve tangent at that point. Default: t = 0.5 (midpoint). Range 0-1. Parameter t is a position along the curve: t=0 is the start, t=0.5 is the midpoint, t=1 is the end. Useful as a construction reference for placing geometry perpendicular to a path.

Inputs

Curve, t

Outputs

Plane

Behavior

Creates multiple perpendicular planes at evenly spaced intervals along a curve.

Inputs

Curve, Count

Outputs

Planes

Behavior

Creates flat XY-aligned plane(s) at curve position(s). Single version evaluates at parameter t; plural creates multiple planes.

Inputs

Curve, t / Count

Outputs

Plane(s)

Behavior

Generates plane(s) aligned to the curve's local coordinate frame at the specified position(s).

Inputs

Curve, t / Count

Outputs

Plane(s)

Behavior

Creates rounded, smooth transitions between edges or curves by applying a radius-based fillet to geometry corners. Works on curves, surfaces, and solids. Default: Radius 2. The radius defines the size of the rounding - larger radius = smoother, wider fillet. If the radius exceeds the available edge length, the fillet may fail.

Inputs

Geometry, Radius

Outputs

Filleted

Behavior

Creates straight angled cuts between edges - a flat bevel instead of a round fillet.

Inputs

Geometry, Size

Outputs

Chamfered

Behavior

Applies rounded fillets to all edges of a geometry object at once, rather than individual corners.

Inputs

Geometry, Radius

Outputs

Filleted

Behavior

Reverses the direction or orientation of a curve or geometry - flips normals and reverses parametric direction.

Inputs

Geometry

Outputs

Flipped

Behavior

Moves and aligns geometry to match a new reference plane - combines translation and rotation in one operation.

Inputs

Geometry, Plane

Outputs

Reoriented

Behavior

Assigns visual appearance properties to geometry - color, metallicity, roughness, opacity, and texture. The geometry shape is unchanged; only its rendering appearance is modified. Metallicity 0 = non-metal (plastic, clay), 1 = fully metallic (steel, gold). Roughness 0 = glossy/mirror, 1 = matte/diffused. Opacity 0 = transparent, 1 = fully opaque.

Inputs

Geometry, Color, Metallicity, Roughness, Opacity, Texture

Outputs

Materialized

Pairs With

Color Picker, Texture, Render