Sketching

• Create sketch profiles
• Attach parameters
• Attach geometric constraints
• Algebraic relations among parameters
• Naming of parameters
• Breaking of constraints
• Connectivity with 3D model
• Test of full versus partial constraints

Modeling

• Create 3D objects from profiles using extrude
• Alter 3D objects from profiles
• Alter 3D objects from profiles in complex manner
• Shelling
• Shelling with draft angles
• Shelling with walls of differing draft angels
• Adding features (ribs, holes, fillets) to part
• Variable location of features
• Placing features with respect to other features
• Placing features with respect to part locations
• Creation of feature patterns
• Complex feature changes to model
• Filleting
• Complex filleting using cliff edges and disappearing faces
• Driving versus driven dimensions appearance
• Calculation of mass properties and accuracy
• Parametric changes to model and feature update
• Large feature changes
• Retention of model sanity when features relocate

Drafting

• Creating drafting views of the solid
• Bring dimensions from the model into drafting
• Adding dimensions
• Appearance of the dimensions
• Changing the drawing from the model
• Changing the model from the drawing
• Automatic creation of cross sections
• Offset sections
• Auxiliary views
• Isometric views

Assemblies

• Build assembly parts
• Build an assembly of parts
• Place parts based on placement constraints
• Place parts using just touching
• Drive assembly using engineering and geometric constraints
• Assembly mass properties
• Creation of exploded views
• Creation of bills of material
• Interpart relations ability to drive an assembly
• Measuring between parts in an assembly
• Changing part features to drive an assembly
• Creating parts from assembly values

Complicated assemblies

• Building new parts on assemblies
• Building new parts based on geometry of other parts in assembly
• Drag and drop of assembly parts to new locations
• Drag and drop of assy parts with other related parts in assembly updating automatically
• Mave (by parameter) assy parts with other related parts in assembly updating automatically
• Interference detection
• Locating new parts precisely in assembly based on other part locations
• Creation of feature pattern on one part in assembly
• Loading parts into feature patterns

Surfacing

• Creation of spline curve through a set of points
• Location each spline pointparmetrically
• Control of spline tangencly at each spline point
• Circular sweep of spline profile to create closed solid
• Adding cylindrical feature onto surface
• Distance measurement of surface elements
• Filleting between feature and surface
• Creating drawings of cross sectional solid
• Associativity of creating curve to solid object
• Creation of blind hole feature
• Selling of complex surface solid
• Local control of surface solid control points