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Generative Shape Optimizer
CATIA Training Foils
Version 5 Release 8January 2002
EDU-CAT-E-GSO-FF-V5R8
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This course covers the Generative Shape Optimizer functions.
Targeted audienceMechanical designers
PrerequisitesCourse WFS, COM, SKE, GSD
Generative Shape Optimizer
0.5 day
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Table of Contents
Introduction to Generative Shape Optimizer p.4Accessing Generative Shape Optimizer p.5The User Interface p.6
Developing wire p.7 Creating junctions p.10 Creating bumped surfaces p.14 Deforming surfaces according to curve wrapping p.18
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Introduction to Generative Shape Optimizer
In this lesson you will have an overview of the Generative Shape Optimizer user interface.
Generative Shape Optimizer Workbench Presentation
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Accessing Generative Shape OptimizerGenerative Shape Optimizer is available through the Generative Shape Design workbench :
Generative Shape Optimizer appears as a tool bar inside the Generative Shape Design workbench : the Advanced Surface toolbar.
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The User Interface
V5R7
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Developing Wires
In this lesson, you will learn how to develop wires using the workbench Generative Shape Optimizer.
From a revolution surface into a planeFrom a plane into a revolution surfaceThe wire positioning
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Developing wires (1)The Develop function can be used to develop a wire lying on a revolution surface into a plane.
Wire to develop
Supporting surface
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Developing wires (2)Positioning the 2D wire (modifying the wire axis system positioning)
Rotation of the wire axis system positioning
New wire axis system origin
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Creating Junctions
In this lesson, you will learn how to create a junction surface.
Creating a Junction
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Creating a Junction (1)
A junction is a surface created between existing curves :
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Creating a Junction (2)The automatic coupling :
Tangency discontinuities
Curvature discontinuity
Tangency discontinuities detection Curvature discontinuities detection
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Creating a Junction (3)The manual coupling : Coupling Point
Coupling points
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Creating a Junction (4)The manual coupling : Coupling Curve
Coupling curve
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Creating Bumped Surfaces
In this lesson, you learn how to create a bumped surface
Creating a bumped surface
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Creating a Bumped Surface (1)
A bumped surface is a surface deformed inside a given area :
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Creating a Bumped Surface (2)Influence of the bumped surface parameters :
1. The continuity type :
Point continuity
Tangent continuity
Curvature continuity
2. The deformation area :
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Creating a Bumped Surface (3)Influence of the bumped surface parameters :
3. The deformation center :
3. The deformation direction :
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Deforming surfaces according to curve wrapping In this lesson, you learn how to deform a surface according to curve wrapping
Creating a wrap curve
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Creating a wrap curve