Reuse the parents in Geometrical set and Ordered Geometrical set. You can reorder the features in the geometrical set, as the features are not arranged in the order of creation. Reorder the features in the Geometrical set. The Ordered Geometrical set will not allow you to reorder the features, as the features are arranged in the order of their creation. Reorder the features in the Ordered Geometrical set. You will study the model to understand its sequence of modeling.
a.īrowse and open the part: Exercise_1B_Start.CATPart This file contains surface and wireframe features in the Geometrical set and in the Ordered Geometrical set.
Understand the Parent/Child structure under a Hybrid design environment.
By the end of this exercise you will be able to: Understand the behavior of OGS and GS when implied with reorder command. High-level instructions for this exercise are provided. You will also observe the characteristics of GS and OGS in the hybrid design environment. In this exercise, you will observe the basic difference in the characteristics of a Geometrical set (GS) and an Ordered Geometrical set (OGS). OGS are equivalent to part design bodies.
#WHEN WILL CATIA FOR STUDENTS BE FREE UPDATE#
Ordered Geometrical Set (OGS): It takes into account the update order of the features. The features are not displayed according to the logical update order. Geometrical Set (GS): This is a default container for wireframe and surface elements. Structuring can be done using a Geometrical Set or an Ordered Geometrical Set. It helps in better understanding of the designing process and reduction in tree size. Managing Features in Specification Tree In complex models, features must be structured in a logical way. Use the following general steps while creating a surface-based feature: 9 9 9 9 9 9 9Īccess the Generative Surface Design workbench. Surface geometry may be integrated into the solid model to capture its design intent. Introduction to Generative Shape Design Generative Shape Design workbench allows you to define models with complex shapes using wireframe and surface geometry. Scan the model to better understand the modeling sequence. Access the Generative Shape Design workbench. 9 Finally Group the features from each Geometrical Set ( which are referred in the model ), thus minimizing the tree length of the tree. 9 Create separate containers for Surfaces, Wireframes and Operations for different parts of the Aircraft.
#WHEN WILL CATIA FOR STUDENTS BE FREE HOW TO#
9 Learn how to manage features in Specification Tree.Ĭase Study The case study for this lesson is to understand how to access Surface Design workbench and to manage few basic tools.ĭesign Intent 9 Get familiar with the user interface. Introduction Learning Objectives: Upon completion of this lesson you will: 9 Be introduced to Generative Shape Design. Table of Contents Introduction Wireframe Creation Surface Creation Surface Re-limitation and Connection Surface Check Tools Working in Multi-Model Environment Master Project Shortcuts Glossary This courseware may only be used with explicit DASSAULT SYSTEMES agreement. CATIA V5 Surface Design Student Handbook Version 5 Release 19Ĭopyright DASSAULT SYSTEMES ALL RIGHTS RESERVED No part of this publication may be reproduced, translated, stored in retrieval system or transmitted, in any form or by any means, including electronic, mechanical, photocopying, recording or otherwise, without the express prior written permission of DASSAULT SYSTEMES.
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