ICEM Design Experience

What's New

ICEM Design Experience Basics

Related Guides and Resources

ICEM Design Experience Access to Content

Predefined Queries

User Interface

Action Bar

Surfacing Section

Context Section

App Options Panel

Action Pad

Sculpt Panel

Display Modes Panel

Analyze Panel

Keyboard Shortcuts

Customizing Keyboard Shortcuts

Mouse Menus

Crown Menus

Customizing Crown Menus

Customizing Preferences

ICEM Design Experience Options Panel

Working with General Services and Commands

Using General Services and Commands: Basic Concepts

About View Navigation Using the V-Nav Tool

About Selecting Objects and Subobjects Using Sculpt Panel Options

About Selecting Positions

About Organizing Geometric Elements

About Display Modes

About Furtive Display

About Soft Parametric

About Rework Features

Manipulating the View Using the V-Nav Tool

Transforming Geometry

About the Robot

Transforming using the Robot

Transforming using Coordinate Values

Organizing Elements

Creating Frames

Creating Display Lists

Creating Select Sets

Creating OmniPlanes

About Creating OmniPlanes

Creating OmniPlanes from Points

Creating an OmniPlane as Symmetry Plane Between Two Points

Creating Planes

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

Using Display Modes

Manage the Object Selection Using Selector Panels and Selection Sets

About Selector Panels and Selection Sets

About Selector Panels

About Selection Sets in Selector Panels

Working with Selector Panels

Working with Selection Sets in Selector Panels

Working with SoftParametrics

Create a Datum Element

Create an Inactive Element

Create an Alert Element

Create an Adapt Element

Create a Rebuild Element

Create a Reshape Element

Create an AutoReshape Element

Working with Rework Features

Comparing Models

Creating Variants

Creating Shapes

Shape Creation: Basic Concepts

About Approximation

About Creating Curves and Patches

Creating Points

Creating Curves

Creating Curves by Points

Creating Iso Curves

Creating Curves from a Surface Edge by One Click

Creating Curves by Extracting Parts of Lines

Creating Concatenate Curves

Creating Blend Curves

Creating Blend Curves Between Points

Creating Blend Curves on a Projection Surface

Creating Blend Curves Between Surfaces

Creating a Fictive Edge

Creating Patches

Creating a Patch in a Plane

Creating a Patch on a Support Surface

Creating Surfaces from Curves

About Creating Surfaces from Curves

Creating Flange Surfaces

Creating a Flange from a Curve or a Surface Edge

Manipulating a Flange Surface in the Work Area

Defining Flange Parameters

Using Explicit Controls on Flange Surfaces

Using Flow Control on Flange Surfaces

Creating Blend Surfaces

Creating a Blend Surface from two Parallel Curves

Manipulating a Blend Surface

Defining Continuities Between a Blend Surface and Support Elements

Using Explicit Controls on Blend Surfaces

Using Flow Control on Blend Surfaces

Creating a Swept Surface

Creating a Loft Surface

Creating a Surface on a Support Surface

Creating Fillet and Blend Geometry

About Creating Fillet Geometry

Using Selection Sets for Creating Fillets

Creating a Fillet Curve

Creating a Fillet Surface

Creating a Fillet Surface Using a Spine

Converting a Fillet Curve to a Blend Curve

Converting a Fillet Surface to a Blend Surface

Modifying Shapes

Shape Modification: Basic Concepts

About Cutting

About Matching

Sculpting Shapes Using Controls

About Controls

Assigning and Displaying Controls

Sculpting with Control Points

Sculpting using Greville Points

Sculpting with Global Points and Corner Points

Sculpting with Torque Handles

Adding and Removing Segments

Adding and Removing Segments on Surfaces

Adding and Removing Segments on Curves

Displaying and Modifying Orders

Modifying Shapes using Laws

Cutting Objects

Cutting a Surface by a Curve

Cutting a Surface by a Point

Cutting a Surface by a Section Line

Fast Cutting Curves by Curves

Cutting an Object at a Segment Boundary

Untrimming Objects

Projecting Objects

Intersecting Objects

Matching Surfaces

Creating Symmetry

Extrapolating Curves and Surfaces

Deforming a Surface

Modifying Control Points

Modifying Curves Using the Modify Curve Box

Analyzing Shapes

Analyzing Using Highlight

Analyzing Using Sections

Creating Sections in X, Y, or Z Direction

Creating Sections in Plane Direction

Creating True Sections

Analyzing Using Deviations

Analyzing Using Curvature

Calculating and Displaying Deviation Values

Using Tools

Tools: Basic Concepts

About Dynamic Sectioning Using Section Plane

About Rulers

About the Deactivate Command

Manually Updating a 3D Shape

Updating 3D Shapes Using Standard or Smart Update Mode

Creating Dynamic Section View

Creating a Text Parallel to Screen

Managing Geometrical Sets

Deactivating Elements

Defining an Axis System

Disassembling Shapes

Creating a Spine

Using Auxiliary Views with the Selection Table

Reference Information

ICEM Design Experience File-based Design Import

ICEM Design Experience Database Design Import

Design Range Management