The Point-Vector method creates planes at a point and normal to a vector.

Creates a plane at a point and normal to a vector.

The Vector Normal method creates Planes whose normal is in the direction of the specified vector and crosses the vector at a specified offset.

Creates a plane from Vector 1. The normal of the plane is parallel to the Vector.

The Point on Curve method using the Point option creates Planes normal to a tangent vector of a point along a curve. The plane centroid will be the point location on the curve.

Creates a plane whose normal is parallel to the tangent of Curve 1 on the location where Point 3 is projected on the curve.

The Point on Curve method using the Parametric option creates Planes that are normal to a specified curve at a parametric position along the curve. The plane centroid will be the parametric position along the curve.

Creates a plane on Curve 1 at the specified parametric location. Its normal is parallel to the tangent of Curve 1 at that location.

The Plane Normal method creates a plane normal to an existing plane. The line defined by the projection of the new plane onto the existing plane is defined by selecting a vector; this vector is projected normally onto the existing plane. The new plane’s normal direction is defined by the vector cross product of the existing plane normal by the projected vector.

The Interpolate method creates Planes whose normals are in the direction of the curve tangents at the interpolating points on the curve. Uniform option will space the planes along the curve based on the equal arc lengths or equal parametric values upon the user’s choice.

Creates planes on curve 1 at the interpolating points. The plane’s normals are parallel to the tangents of Curve 1 at each location.

The Interpolate method creates Planes whose normals are in the direction of the curve tangents at the interpolating points on the curve. Nonuniform option will space the planes along the curve based on the space ratio applied on the arc length or the parametric values upon the user’s choice.

The Least Squares method using the Point option creates Planes that are a least squares fit to a set of points that are not co-linear.

Creates a plane based on the least squares calculated from Point 1:4.

The Least Squares method using the Curve option creates Planes that are a least squares fit to a non-linear curve.

Creates a plane based on the least squares calculated from Curve 1.

The Least Squares method using the Surface option creates Planes that are a least squares fit to a surface.

Creates a plane based on the least squares calculated from Surface 1.

The Vector Normal method creates Planes whose normal is in the direction of the specified vector and crosses the vector at a specified offset.

Creates planes, which are parallel to Plane 1 but have a offset of 1.0 from each other.

The Tangent method using the Point option creates Planes that are tangent to a specified surface at a specified point on the surface. The plane centroid will be the point location on the surface.

Creates a plane which is tangent to Surface 1 at Point 5.

The Tangent method using the Parametric option creates Planes that are tangent to a specified surface at a parametric position on the surface. The plane centroid will be the tangent point on the surface.

Creates a plane which is tangent to Surface 1 at the specified parametric locations.

The 3 Point method creates Planes which pass through three specified points that are not co-linear. The plane centroid will be average of the first point.

Creates a plane from Point 1:3.