For instance, you might use this to remove extra detail for components such as fasteners. Define Envelopes Use this tool to replace an assembly component with a rectangular or cylindrical bounding box. To edit the resulting view representation, you simply right-click it in the browser and choose Edit Include Components.Дў. The result would be a new view representation created in the 0Representations folder of the browser and named something like Simple View1. For instance, you might use this tool to select only the externally visible components of a condensing unit assembly to prepare it for use in Autodesk Revit MEP. You can then choose this view representation to create the exported BIM model.

Include Components Use this tool to create a view representation using only the selected components. To access these tools, you can click the Simplify tab in the assembly environment, where you will find the following tools:ДЎ. You can start with an assembly file and use the Simplify tools to prepare your model for exporting and sharing with BIM applications. Typically, when you author an Inventor model for use with a building systems application (such as Revit, for example), you will want to reduce the amount of detail in that model so the file size is smaller and so you are not giving away too much intellectual property. To access the BIM Exchange environment, you must first have a part or an assembly file open and then select the Environments tab and click BIM Exchange. The MEP products are used to document the mechanical, electrical, and plumbing information of the designs. Using the BIM Exchange, you can import Inventor models into the AutoCAD В® MEP and Autodesk В® Revit В® MEP products, which are used for building design and construction systems. The Building Information Modeling (BIM) Exchange is an add-in environment for parts and assemblies.

Manage design data efficiently using Inventor tools.

Take your models from Inventor to the Autodesk Building Systems program.

This chapter covers a number of tools, including the BIM Exchange, AutoLimits, Design Assistant, Drawing Resource Transfer Wizard, style tools, Supplier Content Center, the Task Scheduler, the iProperties tool, the Measure tool, the Customer Involvement Program (CIP), customer error reporting (CER), and more. Although the API is not covered in this book, you can find a great deal of information online about using it to develop your own tools. Many other tools can be built using the application programming interface (API). You'll look at the key aspects of the tools and add-ins that come with Inventor as well as relevant workflows. You will learn about the various aspects of Inventor tools and about some of the add-ins.

This chapter assumes you have a good understanding of parts, assemblies, and drawings. Most of the topics in this chapter do not apply to the Autodesk В® Inventor LTв„ў program. Initially, a certain amount of familiarity is required to be productive with these tools however, spending the time to become familiar with them pays off in the long run.

Some of these are located within Inventor, and others are external applications. In this chapter you will explore many of the tools that are included with your Inventor installation.

Using the various Autodesk В® Inventor В® tools effectively helps you improve your productivity and get the most out of the program. Mastering Autodesk Inventor 2015 and Autodesk Inventor LT 2015 (2014) Chapter 13.

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