ICEM Shape Design
ICEM Shape Design Access to Content
Creating Curves and Construction Geometry
Curve and Construction Geometry: Basic Concepts
About Working on a Support and a 3D Support
Creating Curves Using Control Points
Creating 3D Curves on a Cloud of Points
Applying a Tangency Constraint on a Point
Creating Isoparametric Curves on Surfaces
Creating a Point Using Coordinates
Creating a Point Using the Center of a Circle/Sphere/Ellipse
Creating a Point Tangent on a Curve
Creating a Point Between Two Points
Creating Polar Extremum Elements
Creating a Line Between Two Points
Creating a Line Using a Point and a Direction
Creating a Line Normal to a Curve
Creating a Line Tangent to a Curve
Creating a Line Normal to a Surface
Creating a Line at the Bisection of Two Lines
Creating a Line Up to an Element
Creating a Series of Lines Using the Last Point
Creating a Plane Offset From another Plane
Creating a Plane Parallel to a Plane and through a Point
Creating a Plane Normal to another Plane
Creating a Plane Through Three Points
Creating a Plane Through Two Lines
Creating a Plane Through a Point and a Line
Creating a Plane Through a Planar Curve
Creating a Plane Normal to a Curve
Creating a Plane Tangent to a Surface
Creating a Plane Using an Equation
Creating a Mean Plane Through Points
Creating a Plane Between two Planes
Creating Planes Between Other Planes
Creating a Circle with a Center and a Radius
Creating a Circle with a Center and a Point
Creating a Circle with Two Points and a Radius
Creating a Circle with Three Points
Creating a Circle with a Center and an Axis
Creating a Bitangent Circle (with Two Elements)
Creating a Bitangent Circle (with at least a Point)
Creating a Circle with a Center Element and a Tangent Curve
Surface Creation: Basic Concepts
Creating a Surface on an Existing Surface
Creating Surfaces of Revolution
Creating Global Offset Surfaces
Shape Analysis: Basic Concepts
About Connect Checker Analysis
Reflection Lines Analysis Parameters
About Analyzing Surface Curvature
Isophotes Mapping Analysis Parameters
Analyzing Connections Between Elements
Checking Connections Between Surfaces
Checking Connections Between Curves
Analyzing Using Porcupine Curvature
Analyzing Using Cutting Planes
Analyzing the Distance Between Elements
Analyzing Using Surface-Surface Intersection
Analyzing Using Reflection Lines
Analyzing Using Inflection Lines
Analyzing Using Highlight Lines
Producing a Mirror Image Using Mirror Analysis
Analyzing Using Single Light Band Mapping
Analyzing Using Environment Mapping
Performing a Head Impact Analysis
Performing a Leveling Analysis
Performing a Soft Mirror Analysis
Improving Shaded Display with Specialized Tesselation
Shape Modification: Basic Concepts
About Deforming a Shape Using Control Points
About Creating a Matching Constraint
About Inverting Curves and Surfaces
About extrapolating Curves and Surfaces (ICEM Shape Design command)
About the Transformations Commands
Deforming a Shape Using Control Points
Harmonizing the Control Points
Creating a Matching Constraint
Creating a Matching Constraint and Modify Continuity Constraints
Defining the Continuity to keep at Opposite End Points or Edges
Updating Network and Work with Constraint Manager
Extrapolating Curves and Surfaces (ICEM Shape Design command)
Filtering Trimmed and Untrimmed Curves and Surfaces
Performing a Symmetry on Geometry
Transforming Geometry by Scaling
Transforming Geometry by Affinity
Transforming Elements from an Axis to Another
Creating Symmetry Using Control Points
Approximating and Segmenting Procedural Curves
Splitting and Trimming Geometry (common options)
Using the Stretch View Analysis Tool
About Keeping the Initial Element
About Parallel Command Sessions
Using Parallel Command Sessions
Applying the Dress-Up Features on an Element
Displaying Geometric Information On Elements
Displaying a 3D Shape Symmetrically
Setting the Handles Attenuation Factor
Displaying Continuities On Elements
Displaying Contact Points On Elements
Displaying Tensions On Elements
Displaying U and V Orders on Elements
Displaying Furtive Elements Temporarily
Scanning a 3D Shape and Defining In Work Objects
ICEM Shape Design File-based Design Import
ICEM Shape Design Database Design Import
Engineering Rules Capture File-Based Design Import
Blend Surface Dialog Box - Main Area
Connect Checker Analysis Dialog Box
Cutting Plane Analysis Dialog Box
Surfacic Curvature Analysis Dialog Box
Single Light Band Mapping Dialog Box
Flat Region Analysis Dialog Box
Head Impact Analysis Dialog Box