Generative Shape Design Tree

Tree Structure

The following image represents a typicalGenerative Shape Design tree:

Symbols


General
General
	3D Shape Representation
	Managing Geometrical Sets
	Managing Ordered geometric Sets
	Sketch
	Selecting Using the Multi-Selection
Wireframe
Wireframe
	Creating Points	Creating a Rolling Offset
	Creating Multiple Points, Planes, and Axis Systems	Creating a 3D Curve Offset
	Creating Extremum Elements	Creating Circles
	Creating Polar Extremum Elements	Creating Power Copies
	Creating Lines	Creating Connect Curves
	Creating an Axis	Creating Conic Curves
	Creating Polylines	Creating Splines
	Creating Planes	Creating a Helix
	Creating Projections	Creating Spirals
	Creating Combined Curves	Creating a Spine
	Creating Reflect Lines	Creating Contours
	Creating Intersections	Creating Isoparametric Curves on Surfaces
	Creating Parallel Curves
	Creating Parallel Curves	Creating a Curve from Equations

Law
	Creating Laws
Surfaces
	Creating Extruded Surfaces	About Creating Midsurfaces
	Creating Revolved Surfaces	About Swept Surfaces
	Creating Spherical Surfaces	Creating Adaptive Swept Surfaces
	Creating Cylindrical Surfaces	Creating Fill Surfaces
	Creating Offset Surfaces	Working with Multi-Sections Surfaces
	Creating Variable Offset Surfaces	Creating Blended Surfaces
	Creating Rough Offset Surfaces
Operations
Operations
	Joining Curves or Surfaces	Creating Face-Face Fillets
	Healing Geometry	Creating Tritangent Fillets
	Smoothing Curves	Translating Geometry
	Simplifying Surfaces	Rotating Geometry
	Restoring a Surface or Curve	Rotating Geometry
	Splitting Geometry	Performing a Symmetry on Geometry
	Trimming Geometry	Transforming Geometry by Scaling
	Creating Boundaries	Transforming Geometry by Affinity
	Extracting Elements	Transforming Elements from an Axis to Another
	Extracting Sub-Elements	Extrapolating Curves
	Creating Bitangent Shape Fillets	Inverting the Orientation of Geometry
	Creating Edge Fillets	Creating the Nearest or the Farthest Entity of a Multiple Element
	Creating Edge Fillets Using Variable Radii
Replication
Replication
	Creating Rectangular Patterns using Single Elements Creating Rectangular Patterns using Multiple Elements	Creating Planes Between Other Planes
	Creating Circular Patterns using Single Elements Creating Circular Patterns using Multiple Elements	Managing Power Copies
	Creating User Patterns using Single Elements
Advanced Surfaces
Advanced Surfaces
	Creating Bumped Elements
	Deforming Elements According to Curve Wrapping
	Deforming Elements According to Surface Wrapping
	Deforming Elements According to Shape Morphing
Generative Shape Develop
Generative Shape Develop
	Unfolding a Surface
	Transferring Elements
	Developing Wires and Points
	Creating a Surface with UV Parametrization
Volumes
	Creating Extruded Volumes	Creating a Shell
	Creating Revolved Volumes	Creating a Sew Surface
	Creating Multi-Sections Volumes	Creating Thicknesses
	Creating Swept Volumes	Adding Volumes
	Creating a Thick Surface	Removing Volumes
	Creating a Close Surface	Intersecting Volumes
	Creating a Draft	Trimming Volumes
	Creating a Variable Draft Angle
	Creating a Draft from Reflect Lines
BiW Templates
BiW Templates
	Creating Junctions	Creating a Hole Curve
	Creating a Diabolo	Creating a Mating Flange
	Creating a Hole	Creating a Bead
	Creating 2D-View Sections	Creating a Blend Corner
Tools
	Defining an Axis System	Creating Masks
	Working with a Support Working with a 3D Support	Creating Datum Elements
	Creating Plane Systems
Analysis
Analysis
	Checking Connections Between Surfaces	Analyzing Surface Curvature
	Checking Connections Between Curves	Analyzing Using Porcupine Curvature
	Analyzing the Draft Angle

Symbols


	Federated: the element has been federated (this symbol is only available with the Joining Curves or Surfaces,Extracting Elements and Extracting Sub-Elements commands).
	For more information about general symbols in the tree, refer to 3D Modeling: 3D Modeling Core: Part Design User's Guide: 3DEXPERIENCE Basics Adoption: Symbols.