AutoDesSys products: form&middotZ
 


Helixes


Wire, surface, and solid helixes can be generated about an axis, with one or two clicks of the mouse. The axis can be any of the Cartesian (orthogonal) axes, or any line, or any segment of a previously drawn object. Scaling factors can be applied to a helix, and both scaling and rotational parameters can be applied to the source shape of surface or solid helixes.

Wire (left), surface (center), and solid (right) helixes without and with scaling and rotational parameters applied to them.

Wire helixes can also be generated along any path line, arbitrarily positioned in 3D space. These helixes can subsequently be used as paths for sweep operations. These operations are ideal for creating objects such as freely flowing phone cables.

 

 

form·Z feature list

Introduction


Interface


Modeling

• Primitives
• Spherical objects
• Metaballs
• 3D solids and 2D shapes
• Patterned polygons
• Derivative surfaces, extrusions, enclosures
• Parallel objects
• Frames

• Projection objects
• Unfolding
• Terrain models
• Revolved objects
• Helixes
• Screws and bolts
• Stairs
• Sweeps
• Draft Sweeps
• Skinning
• Lofting
• S-lofts
• Meshed objects
• Subdivisions
• Moving and disturbing meshes
• Deformations
• Bending along curves
• Morphing
• Image based displacements
• Rounding
• Blending and filleting
• Draft angles
• Splines and c-curves
• C-Meshes
• Nurbz
• Formula curves and surfaces
• Patches
• Boolean operations
• Trimming, splitting, and stitching
• 2D and 3D sections
• Deriving contours
• Lines of intersection
• Grouping and ungrouping/Joining and separating
• Placing and editing text
• Symbols
• Editing 3D lines
• Converting representations of objects
• Extracting controls
• Inquiring and measuring
• Repairing objects and projects
• Moving, rotating, resizing, and mirroring
• Clones
• Attaching
• Replace
• Inserting
• Deleting

Drafting


Rendering


Special features

• Extensive import/export
• Panoramic views
• Straight up perspectives
• View matching
• Walk through animation
• Rapid prototyping
• 2D/3D digitizing

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