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It is common for people to switch between using paper and digital models in the course of their work. Some architects, for example, use a paper blueprint to direct construction of a building, but may use digital models (such as Autodesk® Revit® or Navisworks®) to design and configure the construction of the building.

This case study offers a comparison of working with paper-based drawings versus working with digital models. It is intended to help architects understand the tradeoffs and potential benefits of working in a paper-based versus digital manner, and vice versa.

In the Autodesk® Architects’ Toolkit, Designers’ Edge includes a chapter titled “Paper Versus AutoCAD and Revit,” which presents an overview of the choices available to architects when producing construction drawings. For architects, the primary choices between paper-based drafting and digital models are as follows:

The type of work that is involved in production of a project often requires specialized skills and knowledge. In this case study, we focus on the production of construction drawings and examine the tradeoffs in workflows between paper-based drawing and digital models. The following topics are addressed:

The types of tasks involved in production of construction drawings

Benefits and tradeoffs in each workflow type

Technologies available to architects to create paper-based drawings

Workflows for digital drafting

Notes on the differences between AutoCAD® software and Autodesk® Revit® software

Workflows for digital drafting

Paper-based and digital CAD

In this case study, we will compare two workflows: (1) one that relies on paper-based drawing, and (2) one that relies on digital models.

Paper-based drawing and digital models

The types of tasks involved in production of construction drawings

In the traditional workflow, CAD users create paper-based drawings of a building project. The drawings are intended to be submitted to the owner and/or the construction manager (CM) to obtain approvals and facilitate construction of the project. The drawing process typically consists of the following steps:

Initial architectural design

Design/detail review

Production of physical drawings

Production of construction documentation

A number of individual tasks are involved in production of paper-based drawings, including:

Reviewing design intent

Digital drafting

Scoping

Drafting

Formatting

Revising

Obtaining necessary approvals

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AutoCAD also supports a number of other application programming interfaces (APIs) and technologies:
.NET – is an application platform for building, running, and managing software using Microsoft Windows
Visual LISP – is a programming language based on the standard LISP programming language. Visual LISP is like a subset of LISP, supporting a subset of LISP operations and includes a set of LISP dialects
AutoLISP is an application programming interface similar to Visual LISP. AutoLISP is included with AutoCAD LT. AutoLISP allows development of new functionality or extensions for AutoCAD.

This list of technologies and APIs is not comprehensive.

Electronic symbols
In addition to traditional symbols in print, symbols may also be displayed electronically. This is done with a special extension to the DWG or DXF file format, the “Electronic Symbol” file extension (E). The extension is a sequence of one or more fields that defines the display properties of the symbol.

Once included in a file, the symbols are used in the drawing as they would be in print: drawn with the appropriate colors, with appropriate colors, styles, hatch patterns and so on. When printing the drawing, the symbols are displayed on-screen.

See also
Autodesk File Formats and Standards
Autodesk SVG format
DXF file format
MIF

References

External links
AutoCAD
Autodesk Exchange Apps
AutoCAD Architecture
AutoCAD Electrical
AutoCAD Civil 3D
AutoCAD as a web service
Autodesk API for Autodesk Exchange Apps
AutoCAD Software User Guide

AutoCAD
AutoCADQ:

No GPU device available in tensorflow using GTX 1080 Ti

I am having a problem in tensorflow(tensorflow==1.8) when i am trying to use GPU.
This is my configurations
CUDA version: 8.0
Tensorflow Version: 1.8
Operating system: Ubuntu 16.04.3 LTS

I have installed the dependencies using the following commands.
sudo apt install build-essential
sudo apt install libstdc++6-4.8-dev libgfortran3 libatlas-base-dev gfortran
sudo apt install libeigen3-dev
sudo apt install
af5dca3d97

AutoCAD 2022 24.1 [April-2022]

* Install the Autodesk product and activate it.

Open Autocad and log in as the administrator.

Exit from Autocad.

Launch the Autocad Setup program.

Go to the tab License Key.

Press OK.

If the settings are correct, the key will be saved.

Next, go to Tools, Add-ons, AutoCAD Drawing Add-ons.

Click the tab AutoCAD 2D/3D by Autodesk.

Click the Import button, and select the compressed AutoCAD file you downloaded earlier.

Make sure that the AutoCAD Add-ons box is checked, and then click Install.

Make sure that the AutoCAD Drawing Add-ons box is checked, and then click Install.

Make sure that the draw add-ons are installed successfully.

Quit Setup and go back to Autocad.

## SUMMARY

In this chapter you learned about autocad and ways to install autocad. This chapter also explained in detail how to work with autocad drawing software.

# Chapter 10
AutoCAD and Inventor

* * *

# What You Will Learn in This Chapter:

* How to install and use AutoCAD and Inventor
* How to install and run Inventor
* How to save your drawing as a DWG file
* How to work with drawings in AutoCAD
* How to save a drawing for reuse in other applications

* * *

AutoCAD and Inventor are both powerful drawing applications. Each has its own advantages and disadvantages. In this chapter you will find out how to install and use AutoCAD and Inventor. You will also learn how to install and run Inventor and how to create and save a drawing. The chapter concludes with a detailed explanation of how to work with AutoCAD. Finally, the chapter discusses how to save drawings for reuse in other applications.

## THE PURPOSE OF AUTOCAD AND INVENTOR

AutoCAD and Inventor are CAD (computer-aided design) tools that are used for creating technical drawings of products. It is more than a drawing tool; it is a professional engineering software. AutoCAD and Inventor are used by many professionals including architects, engineers, and draftsmen

What’s New in the?

Compound objects:

Constant-size engineering and architectural plans are especially easy to create. Now you can create them with just one click. (video: 1:12 min.)

Make it easy to manage multiple projects. An individual project can now appear on a timeline in one of three ways: as a chapter of an existing project, as a standalone project, or as a child of a master project. (video: 0:52 min.)

As you design, you can create multiple work areas within a single drawing. Now you can access them all with a single click. (video: 2:01 min.)

Work areas support multi-monitor setups. (video: 2:22 min.)

Set your workspace with one command. Configure your options, choose a workspace color, and go. (video: 2:09 min.)

Collaborate easily with co-workers, clients, and students. (video: 2:08 min.)

With a simple configuration change, you can control whether in-plane text is rotated. (video: 0:48 min.)

Create and import highly specific task lists. Use a task list to dictate the specifics of how you get from Point A to Point B. Add common details as tasks, set their order, and easily review and update your workflows. (video: 1:18 min.)

With the dynamic drawing interface, you can easily share your work with coworkers and clients. Import, export, and send drawings in email, and view and modify your designs online from any device. (video: 3:12 min.)

Print and share your drawings. AutoCAD’s PDF engine prints in a consistent, high-quality format. You can print on paper, plastic, or fabric. (video: 2:27 min.)

Synchronize multiple CAD data files. (video: 1:08 min.)

Annotations and text:

Use the same set of annotations to edit any drawing, no matter the software or application. (video: 1:35 min.)

Use a single set of project annotations to view and update your design, no matter where or how you make changes. You can use annotations for all the ways you plan to work with your design. (video: 2:01 min.)

Refine your cross-platform design. Design for a wide variety of applications with

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System Requirements For AutoCAD:

Memory: 512MB
Processor: Dual Core
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