This topic provides a reference table for all objects which are compatible with the absolute tolerance pin. This pin controls the absolute tolerance override for approximate or fuzzy calculations.

Location	Object	Icon
Curve.Analysis	Curve Planarity. Determine the planarity of a curve.
Curve.Conic	Tangent Arcs. Create tangent circles or arcs between a point and a curve.
Curve.Conic	Tangent Arcs Point. Create 3-point tangent arcs connecting two curves.
Curve.Freeform	Connect Curves. Create blend curves connecting a sequence of guide curves.
Curve.Freeform	Curve From Angle. Create a two-dimensional curve out of a function describing the tangent angle.
Curve.Freeform	Curve From Curvature. Create a two-dimensional curve out of a function describing the curvature.
Curve.Freeform	Curve On Surface. Create an interpolated curve through a sequence of points on a surface.
Curve.Freeform	Fillet Distance. Fillet the corners of a curve by distance.
Curve.Freeform	Fillet Replacement. Replace existing fillet arcs with either chamfer lines or blend curves.
Curve.Freeform	Fit Curve. Fit a curve to within a specified tolerance.
Curve.Freeform	Offset On Surface. Offset a curve on a surface.
Curve.Freeform	Offset To Area. Offset a closed curve until a given area is reached.
Curve.Freeform	Offset To Length. Offset a curve until the given curve length is reached.
Curve.Freeform	Project Curve. Project a curve in a given direction onto one or more surfaces.
Curve.Freeform	Pull Curve. Pull a curve ontoa a surface.
Curve.Freeform	Resample Curve. Rebuild a curve within a given tolerance.
Curve.Freeform	Ribbon Offset. Offset a curve using the ribbon method.
Curve.Freeform	Widen Curve. Offset a curve twice and connect the results.
Curve.Freeform	Fillet All. Fillet an entire curve using a single radius.
Curve.Freeform	Join Curves. Join a collection of curves into one or more longer curves when possible.
Curve.Freeform	Offset Curve. Offset a curve in a plane.
Curve.Line	Tangent Lines 1. Create tangent lines from a point to a curve
Curve.Line	Tangent Lines 2. Create tangent lines between two curves.
Display.Analysis	Curvature Display. Display the curvature of a surface.
Display.View	Make 2D. Create a hidden line drawing of a collection of objects.
Display.View	Silhouette. Compute the silhouette of a shape based on a view projection.
Intersect.Intersection	Arc-Arc. Find the intersection points of two circular arcs.
Intersect.Intersection	Collide List. Find collisions between all the shapes in a list.
Intersect.Intersection	Collide With Shapes. Find collisions between an object and a list of obstacles.
Intersect.Intersection	Curve-Line. Find the intersection points of a curve and an infinite line.
Intersect.Intersection	Curve-Self. Find the self-intersections of a curve.
Intersect.Intersection	Mesh Clash. Compute a clash analysis between two sets of meshes.
Intersect.Intersection	Mesh-Curve. Find the intersection of a mesh with a curve.
Intersect.Intersection	Mesh-Mesh. Find the intersection polylines between two meshes.
Intersect.Intersection	Mesh-Ray. Find the first intersection point of a semi-finite ray hitting a mesh.
Intersect.Intersection	Multiple Curves. Find the intersections between multiple curves.
Intersect.Intersection	Shoot Ray. Shoot a semi-finite ray into a collection of shapes.
Intersect.Intersection	Split With Curves. Split a surface with a set of curves.
Intersect.Intersection	Surface-Line. Find the intersection points and overlaps between a surface and an infinite line.
Intersect.Intersection	Curve-Surface. Find the intersection points and overlaps between a curve and a surface.
Intersect.Intersection	Line-Line. Find the intersection or crossing point of two lines.
Intersect.Intersection	Surface Contours. Create a set of equally spaced surface contours.
Intersect.Intersection	Surface-Surface. Find the intersection curves between two surfaces.
Intersect.Intersection	Curve-Curve. Find the intersection points between two curves.
Intersect.Operators	Boundary Volume. Create a closed solid from a set of boundary surfaces.
Intersect.Operators	Curve Boolean. Find regions bounded by curves.
Intersect.Operators	Mesh Intersection. Compute the solid intersection between two sets of closed meshes.
Intersect.Operators	Mesh Intersection List. Compute the volume shared by every mesh in a list of closed meshes.
Intersect.Operators	Mesh Split. Split one set of meshes with another set of meshes.
Intersect.Operators	Mesh Split Plane. Split a mesh with an infinite plane.
Intersect.Operators	Mesh Union List. Compute the solid union of a list of closed meshes.
Intersect.Operators	Split With Cutters. Split a surface with one or more cutter shapes.
Intersect.Operators	Split with Surfaces. Split a curve with one or more surfaces.
Intersect.Operators	Trim Solid. Cut holes into a shape with a set of solid cutters.
Intersect.Operators	Trim with Region. Trim a curve to the boundaries of a given region.
Intersect.Operators	Trim With Surface. Trim a curve with one or more closed surfaces.
Intersect.Operators	Mesh Difference. Compute the solid difference by subtracting a set of meshes from a base mesh.
Intersect.Operators	Mesh Union. Compute the solid union of several closed meshes.
Intersect.Relation	Half-Space Containment. Determine whether a point is contained inside one or more half spaces delineated by planes. Containment is taken to mean a negative signed distance. I.e. the plane normal points towards the outside.
Intersect.Relation	Isovist 2D. Compute an isovist by casting sample rays radially around a plane.
Intersect.Relation	Isovist 3D. Compute an isovist by casting sample rays spherically around a location.
Intersect.Relation	Isovist Field 2D. Create a scalar field whose value at each point is a planar isovist statistic.
Intersect.Relation	Isovist Field 3D. Create a scalar field whose value at each point is a spherical isovist statistic.
Intersect.Relation	Isovist Ray. Compute a single isovist sample by casting one ray into a collection of obstacles.
Intersect.Relation	Pipe Containment. Determine whether a point is contained inside one or more implied curve pipes.
Intersect.Relation	Curve Relation. Test the spatial relationship between two curves, i.e. whether the curves are disjoint, contain each other, or intersect.
Intersect.Relation	Mesh Containment. Determine whether a point is contained inside one or more closed meshes.
Intersect.Relation	Region Containment. Determine whether a point is contained inside one or more planar regions.
Intersect.Relation	Shape In Surface. Determine whether a shape is contained inside a closed surface.
Intersect.Relation	Surface Containment. Determine whether a point is contained inside one or more closed surfaces.
Mesh.Freeform	Convex Facets. Create the convex hull of a list of points, and output the hull's facet outlines as polylines.
Mesh.Freeform	Mesh From Constraints. Construct a constrained tesselation out of points and optional boundaries.
Mesh.Freeform	Convex Hull 3D. Create a three-dimensional convex hull for a set of points.
Mesh.Freeform	Delaunay 3D. Compute the Delaunay tetrahedralisation for a set of points in 3d space.
Mesh.Freeform	Voronoi 3D. Compute the volumetric Voronoi diagram for a set of points.
Mesh.Graph	Graph From Curves. Create a node-edge graph from a collection of intersecting curves.
Mesh.Graph	Join Graphs. Join multiple graphs into one and combine their nodes if within tolerance.
Mesh.Graph	Graph From Lines. Create a node-edge graph from a collection of lines.
Mesh.Topology	Retopologise Facets. Triangulate or quadrangulate mesh facets.
Surface.Analysis	Surface Planarity. Determine the planarity of a surface.
Surface.Freeform	Offset Surface. Offset a surface by a given distance.
Surface.Freeform	Patch Surface. Create a patch surface out of a collection of curves and points.
Surface.Freeform	Pipe Surface. Create a pipe with a constant radius around a curve.
Surface.Freeform	Surface From 5 Points. Create a surface from four corner points and a bulge point.
Surface.Freeform	Surface From Edges. Create a surface from one up to four edge curves.
Surface.Freeform	Varying Pipe. Create a pipe with varying radii at specified loci.
Surface.Freeform	Network Surface. Create a surface out of a network of curves.
Surface.Freeform	Surface From Boundaries. Create a surface from coplanar boundary curves.
Surface.Freeform	Sweep From Rail. Create a surface by sweeping a shape curve over a rail curve.
Surface.Freeform	Sweep From Rails. Create a surface by sweeping a shape curve over two rail curves.
Surface.Modifier	Blend Edges. Blend sharp edges in a surface.
Surface.Modifier	Ease Edges. Ease surface edges by filleting, blending or chamfering them with varying radii.
Surface.Modifier	Merge Faces. Merge all adjacent co-planar faces in a brep
Surface.Modifier	Pull Surface. Pull a surface towards a collection of curves and points.
Surface.Modifier	Retrim. Transfer the trim curves from a source to a target surface.
Surface.Modifier	Untrim Edges. Untrim some or all edges of a surface.
Surface.Modifier	Cap Holes. Cap all planar holes in a surface.
Surface.Modifier	Chamfer Edges. Chamfer sharp edges in a surface.
Surface.Modifier	Join Surfaces. Join surfaces into connected pieces.
Surface.Modifier	Fillet Edges. Fillet sharp edges in a surface.
Surface.Topology	Faces From Slice. Find all surface faces intersected by an infinite plane.
Surface.Topology	Faces From Visibility. Find all surface faces visible from a given vantage point.
Surface.Topology	Edges From Point. Find all surface edges coincident with a point.
Surface.Topology	Faces From Point. Find all surface faces coincident with a point.
Surface.Topology	Faces From Ray. Find all surface faces in the path of an infinite ray.
Transform.Exotic	Apply Deform. Apply a non-linear spatial deformation to a shape.
Transform.Exotic	Curl Deform. Create a curling deformation. Curling is similar to wringing, but with a curved axis. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Expand Deform. Create an expansion deformation. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Field Deform. Create a vector field deformation. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Flow Along Curve. Create a deformation from one axial curve to another. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Flow Along Surface. Create a flow deformation which maps onto a surface UVW space. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Maelstrom Deform. Create a spiral deformation. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Mirror In Curve. Create a curve mirror deformation. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Mirror In Surface. Create a surface mirror deformation. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Offset Deform. Create an offset deformation. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Splop Deform. Create a splop deformation which maps from flat space into surface UVW space. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Sporph Deform. Create a sporph deformation which maps between surface UVW spaces. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Stretch Deform. Create a stretching deformation. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Taper Deform. Create a tapering deformation. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Twist Deform. Create a twisting deformation. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Cage Deform. Create a cage deformation. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Wring Deform. Create a wringing deformation. Wringing is similar to twisting, but with a variable angle progression. If an input shape is provided, it will be deformed accordingly.
Transform.Exotic	Bend Deform. Create a bending deformation. If an input shape is provided, it will be deformed accordingly.
Vector.Field	Field Iso On Shape. Display field magnitude isocurves on a surface or mesh.
Vector.Point	Cull Duplicate Points. Cull points that are coincident within a tolerance.
Vector.Point	Project Point. Project a point onto a collection of shapes.