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- _Откуда_ им знать. Неоновые огни Вегаса замаячили впереди, в том числе и Патрик, - промолвил Арчи после небольшой паузы. Теперь следуйте за .

 

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Autodesk Inventor has three particular enticements that may tempt you to take a closer look. Generative design is powered by artificial intelligence, which explores thousands of possibilities for innovative designs.

The designs are not invented by artificial intelligence, rather they are human designs refined using artificial intelligence. A vast majority of software installs go without a hitch. Inventor is no exception.

Part of Inventor assemblies, the shrink wrap tools have been enhanced for more control, improved user interface and an improved workflow. Have you downloaded the Inventor The newly-released Autodesk products — including Inventor — have features that will streamline your design process, saving you and your firm precious time. The Inventor release, which began shipping in February , included improvements to automation, cloud connection, core modeling, and overall performance.

Save yourself hours down the road with this webinar that explores what the new enhancements are. Up-to-date software not only helps your business productivity, it also helps retain and attract quality employees and win customers.

Want a partner that can do the heavy lifting of upgrades for you? Call on your friend in the upgrade business , Applied Software. Leave behind repetitive tasks. Experience the improvements in drawing creation. Plus, benefit from these features:. Using iLogic, a model designer can control parameter and attribute values for the design.

So the knowledge is stored in the document in the same way geometry is stored. With iLogic you can standardize and automate design processes when configuring your virtual products, saving time and boosting productivity.

These parameter types allow rules that involve more than numeric input values. The new possibilities really are compelling. In another on-demand webinar about iLogic, Jason Miles demonstrates what enables rules-driven design and how it provides a simple way to capture and reuse your work. Using iLogic, you can standardize and automate your design processes and configure your virtual products. If your team is challenged trying to find past revisions of digital prototypes for printing or viewing; if team members prematurely or accidentally use the wrong manufacturing drawings for production; if industry and company standards are not being adhered to; if batch printing of the correct set of drawings is tedious, then Autodesk Vault could help with your team-based design.

Access the on-demand webinar Vault Pro and Inventor Migrations to learn how to automate pipe support design within Inventor. Vault has options that enable design engineers to be more productive when handling and sharing documentation of designs. Some of the most notable improvements in Vault were enhancements for handling PDFs. Take advantage of manufacturing diagnostics with the Applied Software customized Manufacturing Diagnostics Package.

With the Applied Software Fusion Feasibility Study, your team will learn remotely from Inventor experts how to incorporate Autodesk Fusion into your workflow based on your current manufacturing environment. Take a strategic approach to part and assembly design. Inventor advanced assembly modeling training topics include: advanced sweeps, lofts, multi-body design, surface modeling, coils, generative shape design, and freedom modeling. It is package of many modules delivering a great value to enterprises.

It offers a set of tools, which are easy-to-use to design, document and simulate 3D models. Using this software, you can speed up the design process and reduce the product development costs. Each chapter has components explained with the help of real world models. This book is written for students and engineers who are interested to learn AutoCAD and Autodesk Inventor for designing mechanical components and assemblies, and then create drawings.

The user interface and terminology are discussed in this chapter. You will create simple drawings using the drawing tools. Chapter 3 , Drawing Aids , explores the drawing settings that will assist you in creating drawings.

Chapter 4 , Editing Tools , covers the tools required to modify drawing objects or create new objects using the existing ones. Chapter 5 , Multi View Drawings , teaches you to create multi view drawings standard projection techniques.

Chapter 6 , Dimensions and Annotations , teaches you to apply dimensions and annotations to a drawing. Chapter 7 , Parametric Tools , teaches you to create parametric drawings. Parametric drawings are created by using the logical operations and parameters that control the shape and size of a drawing.

Chapter 8 , Section Views , teaches you to create section views of a component. A section view is the inside view of a component when it is sliced. Blocks are group of objects in a drawing that can be reused.

Attributes are notes, or values related to an object. Xrefs are drawing files attached to another drawing. Chapter 10 , Layouts and Annotative Objects , teaches you create layouts and annotative objects.

Layouts are the digital counterparts of physical drawing sheets. Annotative objects are dimensions, notes and so on which their sizes with respect to drawing scale.

Chapter 11 , Templates and Plotting , teaches you create drawing templates and plot drawings. Chapter 12 , 3D Modeling Basics , explores the basic tools to create 3D models.

Chapter 13 , Solid Editing Tools , covers the tools required to edit solid models and create new objects by using the existing ones. You will design a floor plan and add dimensions to it. Chapter 1 introduces Autodesk Inventor. Chapter 2 takes you through the creation of your first Inventor model.

You create simple parts. Chapter 3 teaches you to create assemblies. It explains the Top-down and Bottom-up approaches for designing an assembly. You create an assembly using the Bottom-up approach. Chapter 4 teaches you to create drawings of the models created in the earlier chapters.

You will also learn to place exploded views, and part list of an assembly. Chapter 5: In this chapter, you will learn additional modeling tools to create complex models. Chapter 6 introduces you to Sheet Metal modeling. You will create a sheet metal part using the tools available in the Sheet Metal environment.

Chapter 7 teaches you create Top-down assemblies. It also introduces you create mechanisms by applying joints between the parts. It has completed 32 years by the If you are a new user of this software, then the time you spend on learning this software will be a wise investment. If you have used previous versions of AutoCAD, you will be able to learn the new enhancements. I welcome you to learn AutoCAD using this book through step-by-step examples to learn various commands and techniques. NET Framework Version 4.

On the Initial Screen, click Start Drawing to open a new drawing file. The drawing file consists of a graphics window, ribbon, menu bar, toolbars, command line, and other screen components, depending on the workspace that you have selected.

You can change the color scheme by using the Options dialog. Click the right mouse button and select Options from the shortcut menu. On the Options dialog, click the Display tab and select an option from the Color Scheme drop-down. You can create 2D drawings in this workspace. You can also activate other workspaces by using the Workspace drop-down on the top-left corner or the Workspace Switching menu on the lower-right corner of the window. This workspace has all the tools to create a 2D drawing.

It has a ribbon located at the top of the screen. The ribbon is arranged in a hierarchy of tabs, panels, and tools. Panels such as Draw , Modify , and Layers consist of tools which are grouped based on their usage. Panels in turn are grouped into various tabs. For example, the panels such as Draw , Modify , are Layers are located in the Home tab.

These workspaces are used to create 3D models. You will learn more about these workspaces in Chapter The other components of the user Interface are discussed next. The Application Menu appears when you click on the icon located at the top left corner of the window. The Application Menu consists of a list of self-explanatory menus. You can see a list of recently opened documents or a list of currently opened documents by clicking the Recent Documents and Open Documents buttons, respectively.

The Search Bar is used to search for any command. You can type any keyword in the search bar and find a list of commands related to it. This is located at the top left corner of the window and helps you to access commands, quickly. Files tabs are located below the ribbon.

You can switch between different drawing files by using the file tabs. Graphics window is the blank space located below the file tabs. You can draw objects and create 3D graphics in the graphics window. The top left corner of the graphics window has In-Canvas Controls. Using these controls, you can set the orientation and display style of the model. Using the ViewCube, you can set the orientation of the model.

For example, you can select the top face of the ViewCube to set the orientation to Top. You can click the corner points to set the view to Isometric. The command line is located below the graphics window. It is very easy to execute a command using the command line. You can just type the first letter of a command and it lists all the commands starting with that letter.

This makes you to activate commands very easily and increases your productivity. Also, the command line shows the current state of the drawing. It shows various prompts while working with any command. These prompts are series of steps needed to successfully execute a command. For example, when you activate the LINE command, the command line displays a prompt, Specify the first point. You need to click in the graphics window to specify the first point of the line.

After specifying the first point, the prompt, Specify next point or [Undo]: appears. Now, you need to specify the next point of the line. It is recommended that you should always have a look at the command line to know the next step while executing a command. System variables control the behavior of various functions and commands in AutoCAD.

Usually, the system variables have two or more values. You can control a system variable value from the command line. The 0 value retains the text direction when you mirror it. Whereas, the 1 value reverses the text direction when you mirror it. A list of system variables, which are monitored by default appears on the dialog. You can know the function of a system variable by clicking the Help icon located next to it. You can change a system variable value in the Preferred column of the dialog.

The Status column shows a yellow triangle if you have changed the default value of a system variable. The Enable balloon notification option shows a balloon on the status bar, if you changed any system variable value.

You can click the Reset All button to restore the default values of system variables. You can monitor more system variables by clicking the Edit List button. Click OK on both the dialogs after changing the values. It contains many buttons which help you to create a drawing very easily. Some buttons are hidden by default. You can display more buttons on the status bar by clicking the Customization button at the bottom right corner and selecting the options from the menu.

The buttons available on the status bar are briefly discussed in the following section. Open navigation menu. Close suggestions Search Search.

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