• Create points by successively offsetting them through a translation vector from an existing set of points, nodes or vertices.

• Create points by performing a rigid body rotation about a defined axis from an existing set of points, nodes or vertices.

• Create points by scaling an existing set of points, nodes or vertices.

• Create points by a defined mirror plane of an existing set of points, nodes or vertices.

• Creates points by translating and rotating them from an existing set of points, nodes, or vertices by referencing coordinate frames.

• Creates points from existing points, nodes or vertices by using a planar rotation defined by three point locations.

• Creates points by translating and rotating existing points, nodes or vertices, using a transformation defined by three original and three destination point locations.

• Creates points by performing a vector sum of the coordinate locations of two sets of existing points, nodes or vertices.

• Creates points by simultaneously moving, scaling, rotating and/or warping an existing set of points, nodes or vertices.

• Create curves by successively offsetting them through a translation vector from an existing set of curves or edges.

• Create curves by performing a rigid body rotation about a defined axis from an existing set of curves or edges.

• Create curves by scaling an existing set of curves or edges.

• Create curves by a defined mirror plane of an existing set of curves or edges.

• Creates curves by translating and rotating them from an existing set of curves or edges by referencing coordinate frames.

• Creates curves from existing curves or edges by using a planar rotation defined by three point locations.

• Creates curves by translating and rotating existing curves or edges, using a transformation defined by three original and three destination point locations.

• Creates curves by performing a vector sum of the coordinate locations of two sets of existing curves or edges.

• Creates curves by simultaneously moving, scaling, rotating and/or warping an existing set of curves or edges.

• Create surfaces by successively offsetting them through a translation vector from an existing set of surfaces or solid faces.

• Create surfaces by performing a rigid body rotation about a defined axis from an existing set of surfaces or solid faces.

• Create a set of curves by scaling an existing set of curves or edges.

• Create surfaces by a defined mirror plane of an existing set of surfaces or solid faces.

• Creates surfaces by translating and rotating them from an existing set of surfaces or solid faces by referencing coordinate frames.

• Creates surfaces from existing surfaces or solid faces by using a planar rotation defined by three point locations.

• Creates surfaces by translating and rotating existing surfaces or solid faces, using a transformation defined by three original and three destination point locations.

• Creates surfaces by performing a vector sum of the coordinate locations of two sets of existing surfaces or solid faces.

• Creates surfaces by simultaneously moving, scaling, rotating and/or warping an existing set of surfaces or solid faces.

• Create solids by successively offsetting them through a translation vector from an existing set of solids.

• Create solids by performing a rigid body rotation about a defined axis from an existing set of solids.

• Create solids by scaling an existing set of solids.

• Create solids by a defined mirror plane of an existing set of solids.

• Creates solids by translating and rotating them from an existing set of solids by referencing coordinate frames.

• Creates solids from existing solids by using a planar rotation defined by three point locations.

• Creates solids by translating and rotating existing solids, using a transformation defined by three original and three destination point locations.

• Creates solids by performing a vector sum of the coordinate locations of two sets of existing solids.

• Creates solids by simultaneously moving, scaling, rotating and/or warping an existing set of solids.

• Create rectangular, cylindrical or spherical coordinate frames by successively offsetting them through a translation vector from an existing set of coordinate frames.

• Create rectangular, cylindrical or spherical coordinate frames by performing a rigid body rotation about a defined axis from an existing set of coordinate frames.

• Create solids by successively offsetting them through a translation vector from an existing set of solids.

• Create solids by performing a rigid body rotation about a defined axis from an existing set of solids.

• Create solids by a defined mirror plane of an existing set of solids.

• Creates solids by translating and rotating them from an existing set of solids by referencing coordinate frames.

• Creates solids from existing solids by using a planar rotation defined by three point locations.

• Creates solids by translating and rotating existing solids, using a transformation defined by three original and three destination point locations.

• Create solids by successively offsetting them through a translation vector from an existing set of solids.

• Create solids by performing a rigid body rotation about a defined axis from an existing set of solids.

• Create solids by a defined mirror plane of an existing set of solids.

• Creates solids by translating and rotating them from an existing set of solids by referencing coordinate frames.

• Creates solids from existing solids by using a planar rotation defined by three point locations.

• Creates solids by translating and rotating existing solids, using a transformation defined by three original and three destination point locations.

• Create solids by scaling an existing set of solids.