This document provides an overview of how to use the Microsoft Windows XP operating system and introduces the basics of AutoCAD 2D drafting software. It describes the Windows desktop interface, file browsing and management tools, and mouse functions. It then explains how to start a new AutoCAD drawing, set units of measurement, access tools and menus, select objects, and use basic drawing commands like lines, circles, and text. Common AutoCAD commands are also summarized.
AutoCAD is a CAD software used for 2D and 3D design and drafting. It allows users to quickly create designs, improve quality over hand drafting, customize the software to individual needs, and learn a marketable skill. The AutoCAD interface includes a workspace, pull down menus, toolbars, palettes, and dialog boxes to access commands. The workspace is the infinite drafting area where drawings are created.
The document provides instructions for creating an A-size prototype drawing in AutoCAD. It discusses the basic AutoCAD interface including tools, menus, and coordinate systems. It then provides a 14 step procedure to draw a border, add offsets for a title block, insert text, and set up layers and linetypes. The goal is to create a template for an A-size drawing with title block and proper layer setup.
AutoCAD is a computer-aided design (CAD) software application used by engineers, architects, and other professionals for 2D and 3D design and drafting. It was first released in 1982 and is developed and sold by Autodesk. AutoCAD allows users to create precise 2D and 3D drawings electronically. It uses Cartesian coordinates to locate points and features tools for drawing, editing, managing layers, setting properties, and printing or saving designs. Common commands in AutoCAD include line, circle, rectangle, arc, erase, copy, move, mirror, rotate, and offset.
This presentation introduces AutoCAD software. It provides an outline covering an introduction to AutoCAD and its screen workspace, command methods, coordinate systems, basic 2D drawing commands like line, circle, rectangle, and their various drawing methods. Additional commands covered include edit functions like erase, move, copy and scale. Benefits of CAD like improved productivity and accuracy are also highlighted. AutoCAD is suitable for mechanical, civil, and other engineering drawings in 2D and 3D.
This document provides an overview of AutoCAD and its uses. It discusses what AutoCAD is, common projection and drawing types in AutoCAD like orthographic and isometric. It also covers CAD file formats, advantages of CAD, common CAD users, and engineering drawing types. Keyboard shortcuts and functions keys in AutoCAD are listed. Examples of civil engineering drawings created in AutoCAD like building drawings, center line plans, and layout drawings are also provided.
This document provides an overview of the AutoCAD software. It discusses the following key points:
- AutoCAD is 2D and 3D computer-aided design software developed by Autodesk. It has been in use since 1982 and is widely used for drafting and modeling.
- The software uses a coordinate system to precisely place drawings. It also features tools like lines, arcs, dimensions, text, and hatching to create technical drawings.
- Users can create blocks to group objects, modify objects with tools, and work between 2D drafting and 3D modeling views. Shortcuts and toolbars help streamline the design process.
- Examples show how AutoCAD allows accurate and flexible 2D
This document provides an introduction to the basics of using AutoCAD software. It discusses the layout of the AutoCAD interface including the drawing area, command prompt, ribbons and toolbars. It describes how to enter commands using the command prompt, aliases, and ribbons/toolbars. The document also outlines how to start a new drawing by selecting units and limits. Key points covered include how to navigate around the interface, enter geometric objects, and utilize basic functions like save, open and print.
This document provides an introduction to AutoCAD and its basic functions. It describes what CAD, CADD and related acronyms stand for. It outlines the typical elements of a CAD system including computers, input/output devices, software. It then demonstrates how to start a new drawing in AutoCAD, set units and limits, use grids and snapping, and perform basic drawing tasks like creating shapes, lines and text. The document concludes with instructions on zooming and plotting a basic drawing on paper.
The document provides an overview of the AutoCAD interface and various drawing and editing commands in AutoCAD. It describes the main components of the AutoCAD interface and provides tutorials for drawing basic shapes and objects using commands like line, polygon, rectangle, circle, and ellipse. It also covers editing commands and how to enter coordinates and use osnap tools for accurate drawing.
This document provides instructions for using various commands and tools in AutoCAD. It begins by explaining how to launch AutoCAD and type commands. It then covers using the mouse, zooming, panning, creating and opening drawings, undoing/redoing, and function keys. The document also provides step-by-step instructions for drawing lines, rectangles, circles, arcs, splines, and editing objects. It details commands for moving, copying, offsetting, extending, trimming, stretching, exploding, and breaking objects. In under 3 sentences, it outlines the key topics and commands covered for using AutoCAD.
Computer Aided Drawing (CAD) involves using computer software to electronically prepare drawings of objects. CAD provides benefits like improved productivity, accuracy, and ability to easily modify designs. Common CAD software includes AutoCAD, which allows users to construct drawings using basic elements like points, lines, and circles. Commands are used to create objects, edit them, and perform other functions. CAD improves the design process.
This document provides an overview of basic concepts for getting started with drawing in AutoCAD, including:
1) It describes the main components of the AutoCAD interface, such as the menu tabs, toolbars, drawing area, and command prompt.
2) It explains how to start a new drawing and set units and limits.
3) It outlines different tools for drawing objects like lines, arcs, and circles, and aids for drawing like polar tracking, object snaps, and orthographic mode.
4) It discusses selecting objects using grips and the selection window and entering distances using different techniques based on settings.
AutoCAD is a computer-aided design (CAD) software used for 2D and 3D design and drafting. It uses tools bars, pull-down menus, key commands, and keyboard shortcuts to execute commands. Drawings in AutoCAD are organized using layers to manage different elements like hidden lines or center lines. Layers act as invisible sheets that elements are drawn on and controlled through the layer properties manager. Common commands in AutoCAD include move, copy, rotate, scale, trim, extend, break, chamfer, and fillet to modify drawing elements.
The document presents an outline for a presentation on AutoCAD 2017. It discusses the history and latest version of AutoCAD, how to use the AutoCAD interface and coordinate system, and demonstrates various 2D and 3D commands. Examples of student projects created in AutoCAD are also included to showcase the benefits of the software for mechanical design work.
This course material is designed for Engineers and other interested personals who want to work specially mechanical drawings using AutoCad software. it is prepared just like a manual or guide line that can help the individuals learn autocad without any assistance. so enjoy it and if you have any question you can ask in my email: jerryhenok2016@gmail.com
The document provides an overview of a six-week industrial training project on AutoCAD. It discusses the latest version of AutoCAD, the AutoCAD interface and screen, coordinate systems, toolbars, 2D and 3D commands, modeling, and benefits of using AutoCAD. The training was completed at Hi Tech Point Technologies and covered topics like dimensions, blocks, isometric views, and examples of drawings created during the course using various AutoCAD tools and commands.
Tutorial 1 - Introduction to AutoCAD, About & History of AutoCAD, User Interf...Niteshkumar Choudhari
In this presentation of Basic AutoCAD Tutorial series, I have explained about a brief introduction to AutoCAD, it's history and has also explained the user interface of the start screen and workspace screen.
This tutorial is very helpful for beginners. The presentation can also be seen as a lesson which will help the beginners to learn AutoCAD online step by step.
You can visit the link for the video
https://youtu.be/flm_HCdX5fM
This document provides an overview of various tools and commands in AutoCAD, including what AutoCAD is, how to use layers to organize a drawing, object snaps for precise placement, and modification commands like erase, copy, mirror, and trim. It also discusses how to use zoom and pan tools to view drawings at different magnifications. Layers allow organizing a drawing by turning sections on or off, and each element is drawn on a default layer controlled through the layer properties manager. Object snaps help precisely place objects using points like midpoint, endpoint, and intersection.
This document provides a 3 step process for an AutoCAD practice assignment: 1) Measure two different pipelines, 2) Draw the profile views of the pipelines, 3) Estimate cut and fill construction costs of each pipeline.
Este documento describe comandos avanzados de AutoCAD 2D para crear figuras isométricas, tablas dinámicas vinculadas a Excel, bloques con atributos, referencias externas (XREF), administración de capas y presentaciones. Algunos comandos clave incluyen Isoplane, MLeader, Tablestyle, Data Link, Attdef, Xref, Layprop y Sheetset.
This document lists various drawing tools in AutoCAD along with their shortcuts and methods. It includes tools for drawing lines, polylines, circles, arcs, rectangles, polygons, ellipses, boundaries, gradients, hatches, construction lines, rays, multiple points, dividing, revision clouds, helixes, splines, measuring, regions, wipeouts, donuts, and multi-line styles and drawings. Each entry provides the tool name, shortcut, and brief instructions for using the method.
Intro to AutoCAD 2016 2D | 04 - optionsMoataz Mongi
The document outlines different options and settings that can be customized in a CAD software program, including files, display properties, opening and saving files, plotting and publishing, system settings, user preferences, drafting settings, 3D modeling, selection criteria, and profile options. Settings that can be adjusted include colors, crosshair size, fade control, automatic save frequency, default output format, security, units of measurement, snap size, aperture size, pickbox size, and grip size.
This document provides details about a 6-day workshop on AutoCAD basics. The workshop objectives are to familiarize participants with the AutoCAD interface and teach skills like drawing and editing, dimensions, layers, and plotting to standards. Each day covers 1-2 chapters and an exercise on topics such as units, coordinates, drawing aids, objects, and dimensions. Participants will receive a manual, tutorials, and perform exercises testing their skills.
1. The document introduces the ArchiCAD Step by Step Tutorial, which is designed as a 16-20 hour course to guide users through an architectural project and teach ArchiCAD concepts, tools, and techniques.
2. It explains that the tutorial contains step-by-step instructions for exercises and references related QuickTime movies, with an icon indicating where movies can provide demonstrations.
3. It provides an overview of how to install the step files and demo version of ArchiCAD 7.0 for both Windows and MacOS.
This document summarizes the evolution of computers over five generations from the 1940s to present. It describes the key technologies used in each generation including vacuum tubes, transistors, integrated circuits, microprocessors, and ultralarge scale integration. Memory technologies progressed from punched cards to magnetic cores, disks, and optical storage. Programming languages advanced from machine code to modern languages like Java. Computer size decreased from room-sized to portable notebooks while power and capabilities increased dramatically. Each generation brought faster, more affordable and reliable computers with wider applications in business, science and personal use.
Είναι τα δημοφιλέστερα λογισμικά δισδιάστατης και τρισδιάστατης γενικής σχεδίασης που χρησιμοποιούνται για τη δημιουργία γραμμικών σχεδίων, όπως όψεων, τομών, ανόψεων και κατόψεων και σχεδίων σε 3 διαστάσεις.
Este documento fornece instruções sobre como usar o software AutoCAD 2D. Ele explica como inicializar o programa, os sistemas de coordenadas, comandos básicos como linha, apagar e desfazer, ferramentas como zoom, camadas, e ferramentas de precisão. O documento também inclui exercícios para o leitor praticar os comandos ensinados.
The document provides instructions for various commands in AutoCAD 2D, including how to draw lines, erase objects, use construction lines, copy, mirror and offset objects, create multilines, polylines, polygons, and arrays. For each command, 3-4 examples are given with the specific steps to use the command and its options, such as drawing a line 10000mm long, creating a rectangular or polar array, or offsetting an object by 700mm.
EXCELENTE FERRAMENTA DE TÉCNICO EM EDIFICAÇÕES
ÓTIMO PARA CONSULTAS
73 SLIDES DE PURO CONHECIMENTO
BAIXADO E POSTADO POR ALMIR FERNANDES LIMA SERTÃOZINHO SÃO PAULO
HTML (Hypertext Markup Language) is the standard markup language used to create web pages. HTML uses tags to mark up elements within web pages to indicate their semantic structure. Common tags are used to define headings, paragraphs, links, images, and more. Web browsers read HTML files and display the pages according to the tags.
This document provides an overview of basic computer fundamentals including hardware, software, connectivity, communication, addresses, and commands. It defines hardware as the physical components like keyboards and monitors, and software as non-physical components like operating systems. It discusses connectivity being based on hardware and media, and communication being software-based and using addresses. It provides details on physical MAC addresses and logical IP addresses, and how to view them. It also outlines common computer management commands and how to create and manage users and groups.
This document provides an overview of AutoCAD and its key features. It discusses the benefits of AutoCAD, including its ability to quickly create designs, improve quality over hand drafting, be customized, and teach marketable skills. It describes the AutoCAD interface including the ribbon, command window, workspaces, and how to activate the 2D drafting workspace. It also covers basic functions like zooming, panning, and files in AutoCAD.
The document provides an introduction to basic computer parts and functions, including how to use a mouse and navigate the Windows desktop. It explains the main components of a computer like the monitor, CPU, keyboard and mouse. It then describes how to use the mouse and practice mouse skills. The document outlines the main areas of the Windows desktop, such as the Start button, icons, taskbar and quick launch bar. It concludes by explaining how to properly shut down a computer.
The document provides an overview of computing concepts for engineering students, including Windows terms, the Windows 7 desktop, files, folders, and the Start menu. It defines key terms like files, folders, icons, windows, and the taskbar. It describes the Start menu and how to access programs, settings, and system folders from it. The Control Panel is explained as a way to customize computer settings and manage devices and user accounts. Basic tasks like creating/deleting files and folders, copying/pasting, and properties are also covered at a high level.
This document provides an overview and instructions for using basic AutoCAD 2D commands and functions, including:
- Launching and navigating the AutoCAD interface
- Opening, creating, and saving drawings
- Using basic drawing tools like LINE, CIRCLE, and ARC
- Manipulating objects with commands like ERASE
- Understanding the Cartesian coordinate system
- Utilizing dynamic input, object snaps, and other drafting settings
The summary highlights the main topics and commands covered in the tutorial to introduce a new AutoCAD user to essential 2D drawing and interface skills.
This document provides an overview and instructions for using basic AutoCAD 2D commands and functions, including:
- Launching and navigating the AutoCAD interface
- Opening, creating, and saving drawings
- Using basic drawing tools like LINE, CIRCLE, and ARC
- Manipulating objects with commands like ERASE
- Working with coordinates, ortho mode, and other drafting settings
- Accessing help resources and exiting the program
The summary highlights the main topics and commands covered in the tutorial to introduce a new AutoCAD user to essential 2D drawing and interface tools.
Windows 7 provides several features to help educators get things done faster and easier, including customizable Start menus and taskbars for quick access to frequently used programs and files, desktop gadgets for at-a-glance information, and tools like the Calculator, Snipping Tool, and Sticky Notes.
3 Module - Operating Systems Configuration and Use by Mark John LadoMark John Lado, MIT
3 Module - Operating Systems Configuration and Use
More on https://www.markjohn.cf/courses
This course will deliberate on the basics of an operating system, which may include Computer Memory, the Operating System, its Graphical User Interface, The Windows Operating System, and Desktop, Operating System Installation.
Windows is a graphical user interface (GUI) that allows users to work with multiple applications and documents simultaneously. It uses icons, menus, and overlapping windows to represent programs, files, and folders. Some key features of Windows include the desktop, start menu, taskbar, control panel, and accessories like Paint and Calculator. Shortcut keys allow efficient navigation and common tasks like copying, cutting, and pasting. The desktop contains icons for common programs and locations, while the start menu provides access to programs, settings, help, and shutdown options.
- Windows is a graphical user interface (GUI) operating system developed by Microsoft that was modeled after the Mac OS GUI. It provides basic functions like controlling hardware, running programs, and organizing information.
- The desktop is the main work area in Windows, containing icons, buttons, and elements like the taskbar, system tray, start button, and shortcuts. Common items on the desktop include icons for My Documents, My Computer, and the Recycle Bin.
- The taskbar displays open programs and allows quick switching between them. The start button opens programs and settings. The system tray holds icons for background programs. Shortcuts provide quick access to files and programs.
This document provides an overview of basic AutoCAD functions and commands for 2D drawing. It introduces how to launch AutoCAD, navigate between screens, set cursor size, cancel commands, access menus and toolbars, switch workspaces, dock and float toolbars. It also covers typing commands, using the status bar, function keys, and help. Additional chapters cover basic drawing commands like line, circle, arc, and erase. It demonstrates how to open, create, save, and exit drawings as well as file safety precautions. The document is an introductory tutorial for new AutoCAD users to learn essential 2D functions and commands.
This document provides an overview of essential computer skills, including how to start and shut down a computer properly, use storage media, open and manipulate windows, create and manage files and folders, start and exit programs, and install new software. It defines key aspects of a graphical user interface (GUI) like the desktop, icons, menus, and windows. It also explains how to format disks, move and copy files, select multiple files, switch between open windows, and exit programs. The summary highlights these topics in 3 sentences or less.
This document provides an introduction to AutoCAD and discusses its benefits, interface, workspace settings, keyboard shortcuts, files, and zoom/pan tools. It outlines that AutoCAD allows for quickly creating designs, has improved quality over hand drafting, and can be customized. The interface contains areas like the application menu, drawing area, command window, and status bar. Users can select between 2D drafting, 3D modeling, and classic workspaces. Special keys help cancel actions, complete commands, and cycle through previous inputs. Drawings are saved in DWG files that can be created, opened and saved through the quick access toolbar. Zoom and pan tools allow viewing different drawing areas up close or from a distance.
This document provides an overview of basic window skills and functions that are common across all Windows programs. It describes how to use the mouse and buttons, as well as keyboard shortcuts. Common elements of windows like menus, toolbars, scroll bars, and the taskbar are explained. Functions for opening multiple windows, resizing and moving windows, and minimizing/maximizing are also covered. Common editing commands like cut, copy, paste are demonstrated using the clipboard function.
Windows 7 provides many tips and tricks to help users customize and optimize their experience. Some key tips include allowing users to easily switch between program windows, manage window sizes and positions through keyboard shortcuts, project displays easily using the display switch utility, use multiple monitors conveniently, access the desktop through Aero Peek, and minimize clutter with keyboard shortcuts. Windows 7 also offers enhanced search capabilities and customizable desktop features to personalize the user experience.
The document provides information about using keyboards, including:
1) The keys on a keyboard can be divided into typing keys, control keys, function keys, navigation keys, and a numeric keypad.
2) Common keyboard shortcuts are described to help work faster by performing actions using the keyboard instead of the mouse.
3) Navigation keys allow moving the cursor or selection and editing text; the numeric keypad arranges numbers for rapid data entry.
This document provides an overview of the Windows operating system and its components. It discusses the history of Windows from versions 1.0 to the current Windows 8. It describes the main components of a Windows interface like the desktop, taskbar, start menu etc. It explains functions of the mouse, how to highlight, cut/copy/paste text. It also covers toolbars, dragging and dropping files, file extensions, multitasking, the virtual keyboard, disk drives, and defragmenting the hard drive.
Learning Illustrator CS6 with 100 practical exercisesMCB Press
Illustrator CS6, vector drawing application from Adobe, is an excellent tool for computer-aided design. Thanks to its amazing and powerful features, you can create original artwork using drawings and images for it. Do not hesitate to make the 100 exercises in this book to discover the thousand and one possibilities hidden in this great program, as advocated by professionals.
With this book:
Meet the new applications of pattern creation tool enhanced.
Discover also improved image tracing tool that now provides clean lines and perfect fit.
Apply gradients on strokes to get interesting and striking results.
Leverage the revamped interface with optimized panels and other new features that make it more intuitive, efficient and flexible.
Enjoy improvements to some effects, such as Gaussian blur, glare and shadows, which are applied much faster now.
Windows is an operating system produced by Microsoft for personal computers. The desktop is the main screen where files, programs and settings can be accessed. The Control Panel allows users to customize Windows settings like display, sound and date/time. A mouse is used to navigate the desktop and select items through clicking, dragging and scrolling. Its pointer changes based on the selected item.
- The document provides an overview of basic Windows concepts, including the desktop, icons, buttons, shortcuts, taskbar, start button, system tray, recycle bin, internet explorer, and customization options.
- It explains what the desktop is, common icons like documents and computer, and elements like the taskbar, start button, and system tray.
- Shortcuts, the recycle bin, internet explorer, and customization features are also outlined.
Codeavour 5.0 International Impact Report - The Biggest International AI, Cod...Codeavour International
Unlocking potential across borders! 🌍✨ Discover the transformative journey of Codeavour 5.0 International, where young innovators from over 60 countries converged to pioneer solutions in AI, Coding, Robotics, and AR-VR. Through hands-on learning and mentorship, 57 teams emerged victorious, showcasing projects aligned with UN SDGs. 🚀
Codeavour 5.0 International empowered students from 800 schools worldwide to tackle pressing global challenges, from bustling cities to remote villages. With participation exceeding 5,000 students, this year's competition fostered creativity and critical thinking among the next generation of changemakers. Projects ranged from AI-driven healthcare innovations to sustainable agriculture solutions, each addressing local and global issues with technological prowess.
The journey began with a collective vision to harness technology for social good, as students collaborated across continents, guided by mentors and educators dedicated to nurturing their potential. Witnessing the impact firsthand, teams hailing from diverse backgrounds united to code for a better future, demonstrating the power of innovation in driving positive change.
As Codeavour continues to expand its global footprint, it not only celebrates technological innovation but also cultivates a spirit of collaboration and compassion. These young minds are not just coding; they are reshaping our world with creativity and resilience, laying the groundwork for a sustainable and inclusive future. Together, they inspire us to believe in the limitless possibilities of innovation and the profound impact of young voices united by a common goal.
Read the full impact report to learn more about the Codeavour 5.0 International.
PRESS RELEASE - UNIVERSITY OF GHANA, JULY 16, 2024.pdfnservice241
The University of Ghana has launched a new vision and strategic plan, which will focus on transforming lives and societies through unparalleled scholarship, innovation, and result-oriented discoveries.
Dr. Nasir Mustafa CERTIFICATE OF APPRECIATION "NEUROANATOMY"Dr. Nasir Mustafa
CERTIFICATE OF APPRECIATION
"NEUROANATOMY"
DURING THE JOINT ONLINE LECTURE SERIES HELD BY
KUTAISI UNIVERSITY (GEORGIA) AND ISTANBUL GELISIM UNIVERSITY (TURKEY)
FROM JUNE 10TH TO JUNE 14TH, 2024
APM event held on 9 July in Bristol.
Speaker: Roy Millard
The SWWE Regional Network were very pleased to welcome back to Bristol Roy Millard, of APM’s Assurance Interest Group on 9 July 2024, to talk about project reviews and hopefully answer all your questions.
Roy outlined his extensive career and his experience in setting up the APM’s Assurance Specific Interest Group, as they were known then.
Using Mentimeter, he asked a number of questions of the audience about their experience of project reviews and what they wanted to know.
Roy discussed what a project review was and examined a number of definitions, including APM’s Bok: “Project reviews take place throughout the project life cycle to check the likely or actual achievement of the objectives specified in the project management plan”
Why do we do project reviews? Different stakeholders will have different views about this, but usually it is about providing confidence that the project will deliver the expected outputs and benefits, that it is under control.
There are many types of project reviews, including peer reviews, internal audit, National Audit Office, IPA, etc.
Roy discussed the principles behind the Three Lines of Defence Model:, First line looks at management controls, policies, procedures, Second line at compliance, such as Gate reviews, QA, to check that controls are being followed, and third Line is independent external reviews for the organisations Board, such as Internal Audit or NAO audit.
Factors which affect project reviews include the scope, level of independence, customer of the review, team composition and time.
Project Audits are a special type of project review. They are generally more independent, formal with clear processes and audit trails, with a greater emphasis on compliance. Project reviews are generally more flexible and informal, but should be evidence based and have some level of independence.
Roy looked at 2 examples of where reviews went wrong, London Underground Sub-Surface Upgrade signalling contract, and London’s Garden Bridge. The former had poor 3 lines of defence, no internal audit and weak procurement skills, the latter was a Boris Johnson vanity project with no proper governance due to Johnson’s pressure and interference.
Roy discussed the principles of assurance reviews from APM’s Guide to Integrated Assurance (Free to Members), which include: independence, accountability, risk based, and impact, etc
Human factors are important in project reviews. The skills and knowledge of the review team, building trust with the project team to avoid defensiveness, body language, and team dynamics, which can only be assessed face to face, active listening, flexibility and objectively.
Click here for further content: https://www.apm.org.uk/news/a-beginner-s-guide-to-project-reviews-everything-you-wanted-to-know-but-were-too-afraid-to-ask/
Topics to be Covered
Beginning of Pedagogy
What is Pedagogy?
Definition of Pedagogy
Features of Pedagogy
What Is Pedagogy In Teaching?
What Is Teacher Pedagogy?
What Is The Pedagogy Approach?
What are Pedagogy Approaches?
Teaching and Learning Pedagogical approaches?
Importance of Pedagogy in Teaching & Learning
Role of Pedagogy in Effective Learning
Pedagogy Impact on Learner
Pedagogical Skills
10 Innovative Learning Strategies For Modern Pedagogy
Types of Pedagogy
3. Microsoft Windows XP Screen (Desktop) Here is a typical look of a Windows XP desktop screen everytime you start Windows XP or depending on how your computer was set up.
4.
5. Start Button To start installed programs, open document, change system settings, find files, and exploring windows.
6. Navigating Windows using a mouse (Pointing Device) As you move your mouse on a flat surface, your pointer moves on the screen. On the principles that first you place your mouse pointer on (point to) something on your screen, and then click with a mouse button to perform action on that item. To point, move the mouse until the tip of the pointer is over the item.
9. Right Click: Press and release the right button once to show the shortcut menu
10. Accessing Files and Folder My Computer You can use “My Computer” to quickly and easily see everything on your computer. Double-Click on the “My Computer” icon on the desktop to browse through your files and folders.
13. Open – To list contents of a disk Explore – To list all files and folders to all local drives Search – To find specific files or folders Format – To prepare a new disk to a readable media Properties – To view available amount and remaining disk space.
14. Exploring Files and Folders / Sub-Directories: In Windows Explorer, you can see both the hierarchy of folders on your computer and all the files and folders in each selected folder. This is especially useful for copying and moving files. You can open the folder that contains the file you want to move or copy, and then drag it in the folder you want to put it in.
16. Files – A file is a collection of related data items. It is the basic unit of data storage
17. Folders / Sub-Directory Your documents and programs are stored in folders, which you can see in “My Computer” and “Windows Explorer”. In previous versions of Windows and DOS, folders were called directories.
19. Opening a File or Folder Point and click on a specific folder, then use right button of a mouse. Then select Open on selection menu. Icon Right-click on mouse Select Open
20. Or you can simply double-click on the icon Or just click on the icon and press “Enter” from your keyboard
23. Creating your own folder in the Windows Environment Open the “My Documents” folder by double clicking on it. (Or point over the “My Documents” shortcut folder then right click and choose open) Inside the “My Documents” folder click on the File menu then choose New , then choose Folder . The computer creates a new folder for your files.
24.
25. In the real world, it’s just like you’re working Inside your Office Room (let’s say that is the Computer). Inside your office is a File Cabinet (that will be the “My Documents” folder). We’ve just inserted inside that File Cabinet a New Folder for your New files. In a nutshell
26. Now let’s rename that folder as: GCAD (your name). This is the folder destination of all the files you will create and save. Exit the “My Documents” folder.
27. Copying, Deleting and Renaming a file or folder Send to – places a chosen file to a new location. If the destination is a floppy disk it creates a duplicate data.
28. Copy – Creates a duplicate data You can select a multiple copy while holding CTRL key
29. AutoCAD 2-Dimensional Presentation with color rendering and basic customization AutoCAD® software is the 2D drafting and detailing and 3D design tool used by more designers worldwide than any other CAD software. It provides native DWG compatibility, plus you can personalize or program the software or add a third-party application to meet your specific design requirements. And now AutoCAD integrates new and enhanced productivity tools, presentation graphics, CAD standards, and more or faster, easier data creation and sharing.
30. HARDWARE REQUIREMENTS Intel Pentium 4 or later, with at least 3GHz or faster processor, or compatible Microsoft Windows XP (Professional, Home Edition, or Tablet PC Edition) or Windows Vista 512MB RAM (recommended) 300MB free disk space for installation 1024x768 VGA with true color (minimum) - 128MB Video card Microsoft Internet Explorer 6.0 or 7.0 or other browser (Mozilla Firefox or Google Chrome) Broadband or at least Dial Up connection DVD or CD-ROM disc drive Mouse with trackball or compatible pointing device
31. To start AutoCAD When you open AutoCAD, the startup dialog box is displayed. The dialog box provides you with four ways to start drawing: 1. Open a Drawing (Open an existing drawing) - opens an existing drawing you select from a list of the four most recently opened drawings. Also, it displays the Browse button that you choose to look for another file. Steps: > Click the Open a Drawing button > The middle of the dialog box now displays a list of drawings that have been opened recently. Highlight one of the names in the list to see a preview image of that particular drawing file. > If the drawing you want is not in the list, click the browse button to choose a drawing from the available on your file system by another user.
32. 2. Start from Scratch (Start a drawing from scratch) - opens a new drawing based on the measurement system you choose English (inches) or Metric (meters)
33. 3. Use a Template (Start a drawing based on a template) - opens a new drawing based on a template you select from a list. It displays template files (.dwt extension) that exist in the Drawing Template File location as specified in the Options Dialog Box. Template files store all the settings for a drawing and can also include predefined layers, dimension styles, and views. Steps: > Select the Use a Template button > Scroll down the list of template files and highlight one that you are interested in. An image preview of that template will be displayed. > Click OK. A new drawing comes up based on the chosen template
34. 4. Use a Wizard (Use a wizard to help you setup your drawing) - opens a drawing that you set up using either the Quick Setup Wizard or the Advanced Setup Wizard. Steps: > Click the Use a Wizard button > Highlight Quick Setup and click OK > Click on a unit of measurement, and then click Next. > Enter a width and length for your drawing sheet. Then click Finished. > A new drawing comes up. It has the units and Area that you set with the wizard.
35. Setting up Unit of Measurement Set the AutoCAD unit of measurement to meters - to ensure that any drawing made and inserted will have uniformed international Metric (meters) units - to easily control plotting in scale STEP A: 1. Go to FORMAT menu 2. Go to UNITS 3. In the dialog box; Drawing Units for Design Center Blocks portion, set it to meters
36. STEP B: 1. Go to TOOLS menu 2. Go to OPTIONS 3. Select USER PREFERENCE tab 4. In the AutoCAD Design Center portion set: - Source Content Units = meters - Target Drawing Units = meters 5. Then click OK to close the dialog box NOTE: You will do this each time you start a new drawing file not unless you create your own standard office-drawing template
37. None F12 Object Snap Tracking (same as F3) F11 Polar Tracking - (frequently used) F10 SNAPMODE - (frequently used) F9 ORTHOMODE - (frequently used) F8 GRIDMODE F7 DUCS F6 ISOPLANE F5 TABMODE F4 OSNAP - (frequently used) F3 Text window F2 This key is generally associated with HELP F1 DESCRIPTION STRING FUNCTION KEYS
38. > F4 is useful if you are using a digitizing pen or tablet PC. Not much of help when you're using a mouse to control the cursor > F7 not much of a use. It just turns the grid on. It visually shows you where your drawing limits are (that is if you set limits).
39. ESC and ENTER button - pressing either Esc or Enter button terminates the current command - Pressing Esc button twice deselect a selected object - Pressing Enter once accepts a typed in command or value
40. The Mouse Left click - pick or point button - used to specify a point/ location/ position/ selection Right click - Return or Enter or Properties button - to either open the shortcut menu or repeat last command
42. DRAW TOOLBAR MODIFY TOOLBAR UCS ICON MODEL TAB & LAYOUT TAB STATUS BAR COMMAND TEXT WINDOW CROSSHAIR/ CURSOR TITLE BAR STANDARD TOOLBAR LAYER PROPERTIES
43. RESETTING AUTOCAD WINDOW If your AutoCAD window have been customized and you want to set it back to its default interface, follow these steps: Tools> Options> Profiles> Reset> Yes By default: 1. Object Property toolbar 2. Standard toolbar 3. Draw toolbar 4. Modify toolbar
44. Navigate the following: FILE MENU EDIT MENU- insert and link excel worksheet into AutoCAD VIEW MENU- practice zooming and adding viewport INSERT MENU FORMAT MENU TOOL MENU DRAW MENU DIMENSION MENU MODIFY MENU EXPRESS MENU WINDOW MENU HELP MENU
45. M’L LENGTH OF REBAR (M) = 6 1.O 0.5 6 4 C 1.O 0.5 7.5 3 B 1.O 0.5 9 2 A 1.O 0.5 12 1 AA SAND GRAVEL CEMENT CODE CLASS CONCRETE TABLE
46. REPEATING COMMANDS if no command is active, you can repeat the previous command by pressing ENTER or SPACEBAR or by right clicking in the drawing area and choosing the Repeat Command Name option from the shortcut menu.
47. PASSWORDS AND DIGITAL SIGNATURE You can password protect drawings and add a digital signature to them. Command: SECURITYOPTIONS
48. SUMMARY OF DRAW COMMANDS A. Linears 1.Line 2.Trace 3.PLine 4.Sketch 5.MLine (Multiline) 6.Ray 7.XLINE (Construction Line)
50. C. Special Objects 13.Rectangle 14.Polygon 15.Hatch 16.Gradient fills D. Point E. Text/Dtext/Mtext
51. SPECIAL TEXT CHARACTERS %%p - draws a plus/minus symbol = ±2.00m %%d - draws a degree symbol = 45º %%c - draws a diameter symbol = 16mmø %%u - draws an underscore ex.: ACADR 2007 = %%uACADR%%u2007 %%0 - draws an overscore ex.: doña = do%%on%%oa
52. CHARACTER MAP ALT + 0177 = (±) symbol ALT + 0178 = (²) symbol ALT + 0179 = (³) symbol ALT + 0186 = (º) symbol ALT + 0188 = (¼) symbol ALT + 0189 = (½) symbol ALT + 0190 = (¾) symbol
53. MODIFY AND EDIT COMMANDS using Offset, Fillet, Trim and Extend Create a 3X4 Studio room Offset distance = 150mm = 0.15m VPORTS - use three:below
54. Model space - this is where to create or draw Paper space - print preview Convert inches to mm 11" = 279.5mm 8.5" = 216mm First way, use grid extents command: limits Other way, use bounding objects
55. CREATING YOUR OWN 20"X30" TITLE BLOCK (507.5x762mm) Command : rectang or rec offset: margins = 20mm another offset on left = 45mm
61. 6. Commands to change position of endpoints a.Trim b.Extend c.Lengthen d.Grip(stretch) e.Stretch f.Change point
62. 7. Commands to mark/measure linears/curves a.Measure b.Divide
63. 8. Use grips 9. Others a.SCale b.ROtate c.Move d.Erase
64. COMMANDS TO EDIT TEXT 1.SPELL(sp) - command to check text spelling 2.DDEDIT(ed) - command to edit text value 3.DDMODIFY - command to edit text LOCATION,HEIGHT,ANGLE & VALUE
65. COMMANDS TO EDIT ATTRIBUTE ATTRIBUTES - an attribute is an informational text associated with a block COMMANDS ASSOCIATED: 1.ATTDEF or DDATTDEF(att) - command to define an attribute Attribute modes: Invinsible - the attribute value wont appear. ATTDISP overrides invisible mode. Constant - gives attribute a fixed value for block insertion Verify - prompts attribute value twice Preset - sets the value to its default when you insert a block. 2. ATTEDIT or DDATTE - edits attribute value 3. ATTDISP - globally controls attributes visibility. Turns attributes on/off.
66. EXERCISE: Creating and Inserting a Door Schedule tag Step1: Create a circle (r=217) with a horizontal line on its quadrant Note: Font style should already be created command:STYLE or st Step2: Define an attribute for the door no. Command: ATTDEF TAG: DOORNO. PROMPT: ENTER DOOR NO. VALUE: D1 JUSTIFY: BOTTOM CENTER MODE: VERIFY HEIGHT: 75 PICK POINT: pick approximately above the center point OK!
67. Step3: define an attribute for the sheet no. Command: ATTDEF TAG: SHEETNO. PROMPT: ENTER SHEET NO. VALUE: AR-1 JUSTIFY: TOP CENTER MODE: VERIFY HEIGHT: 75 PICK POINT: pick approximately below the center point OK!
68. Step4: convert into a block Command: WBLOCK SAVE AS: c:y documentsyour folder)oortag.dwg Step5: Open file: c:y documentsyour folder)tudio room.dwg Step6: Insert DOOR TAG on the plan Command: INSERT or i Browse: c:y documentsyour folder)oortag.dwg ENTER DOOR NO.<D1>:D2 ENTER SHEET NO.<AR-1>:AR-7 Tip: *we can edit the attribute by ATTEDIT command
69. COMMANDS TO CHANGE POSITION OF ENDPOINTS 1.TRIM or TR 2.EXTEND or EX 3.LENGTHEN or LEN - command to lengthen or shorten some linear and curves OPTIONS: (for lengthen) SELECT OBJECT - displays the length of the selected object >DELTA - adding length to a specified object >PERCENT - specify percentage of the total length to be added or subtracted >TOTAL - sets a new total length to a specified object >DYNAMIC - lengthen or shorten an object by dynamic dragging
70. 4.GRIP(stretch) 5.STRETCH - command to resize or relocate selected objects always use CROSSING or CROSSING POLYGON to select parts of an object to stretch Command: STRETCH or s select objects: C or CP select objects:(press enter) basepoint or displacement:(pick anywhere outside) second point of discplacement:(drag down and pick) 6.CHANGE point(-ch) - command to change location of point, also used to lengthen or shorten lines
71. COMMANDS TO MARK/MEASURE POINT(po), MEASURE(me) and DIVIDE(div) OTHER MODIFICATION COMMANDS 1.SCALE (sc) - enlarges or reduces selected objects equally in the x,y, and z directions 2.ROTATE (ro) - rotate selected objects at specified base point and angle 3.MOVE (m) - relocate selected objects
72. WORKING WITH LAYERS AND PROPERTIES Layers(la)-an electronic overlay similar to acetate. Layers are the equivalent of the overlays used in paper-based drafting or manual animation. Every layer has an associated color and linetype. Advantages of using a Layer 1.Easy editing 2.Easy selecting 3.Control of regeneration 4.Selective printing
73. Capabilities of Layers 1.OFF -objects in layer turned off are invisible on screen or in plotting, but included in REGENeration. Use on to restore visibility. 2.ON -turn on layers 3.FREEZE -same effect using OFF, Frozen objects are not included in REGENeration thus improve your production speed. 4.UNFREEZE -disable FREEZE 5.LOCK -you cannot edit objects on locked layers. However they are still visible if the layer is on. 6.UNLOCK -objects can be edited again when unlocked 7.PLOT/NO PLOT -prevents the selected layers from being plotted
74. Match Properties Command: matchprop or painter Select source object: Select the object whose properties you want to copy Current active settings: Currently selected matchprop settings Select destination object(s) or [Settings]: Enter s or select one or more objects to copy properties to
75. TEXT / MTEXT AutoCAD® provides various ways to create text. For short, simple entries, use line text. For longer entries with internal formatting, use multiline text. Although all entered text uses the current text style, which establishes the default font and format settings, you can customize the text appearance.
76. TEXT – Text Single Line Displays text on screen as entered. Text lines are independent to each other. Command: TEXT Current text style: “Standard” Text height: 0.2000 (press ENTER) Specify start point of text or [Justify/Style]: (pick a location point) Specify height <0.2000>: (press ENTER) Specify rotation angle of text <0>: (press ENTER) Enter text: AUTOCAD 2007 (press ENTER) Enter text: Informatics Computer (press ENTER) Enter text: Training Institute (press ENTER) Enter text: *Cancel* (press ESC)
79. How to create text style You can set a style for your text so that everytime you start creating text it is set to your own chosen style and font type. STEP 1: go to Format menu and select Text Style
80. STEP 2: In the dialog box click New and name it “my text”
81. STEP 3: Select “simplex” on the Font Name and give it a height of 3.5 (3.5mm in the real world) then click apply, and then close. STEP 4: command: text and type “AutoCAD 2007”. See that “my text” style is now the current font style. NOTE: You can always go back to the standard style by changing the style name in the text style dialog box.
82. Mtext (Multiline Text Editor) A brand new Mtext editor overhauls the capabilities of Mtext. Important new features includes: You can indent and tab text to create columns and tables (also called schedules) You can set line spacing (using the Line Spacing options of the MTEXT command on the command line) and change existing line spacing (using the Properties palette) to fit text into tables. The editor has been redesigned. It zooms text in and out if necessary to make it readable. (You can switch this feature off) It includes a top ruler like the one in your word processor. For example, you can use the ruler to set tabs. A new context (right-click) menu contains most of the editor’s features
83.
84. During editing, you work in the new Mtext editor When you’re done, the text fits perfectly in the table
85. Using Multiline text Command: t MTEXT Current text style: “Standard” Text Height: 0.2000 Specify first corner: (pick and drag a window box) Specify opposite corner or [Height/Justify/Line Spacing/Rotation/Style/Width]: (then type a paragraph in the dialog box… you can choose the font, size, style, and color in the dialog box)
86. Tip: “For older AutoCAD version we use DDEDIT command to revise the text that we’ve typed in. But for newer version we just double-left click on the text and place the cursor to the text which we are going to change”. SPECIAL TEXT CHARACTERS %%p - draws a plus/minus symbol = ±2.00m %%d - draws a degree symbol = 45º %%c - draws a diameter symbol = 16mmø For older version we can use: %%u - draws an underscore ex.: ACADR 2007 = %%uACADR%%u2007 Or simply highlight the text then press Ctrl+U for underline %%o - draws an overscore ex.: doña = do%%on%%oa Or just used Alt+164 for lower case ñ and Alt+165 for upper case Ñ
87. Here’s more! To make it easier for you... CHARACTER MAP ALT + 0177 = (±) symbol ALT + 0178 = (²) symbol ALT + 0179 = (³) symbol ALT + 0186 = (º) symbol ALT + 0188 = (¼) symbol ALT + 0189 = (½) symbol ALT + 0190 = (¾) symbol Tip: ”If you want to insert special text using Mline characters click on the symbol icon button in its dialog box”.
88. Dimensioning Dimensioning is the process of adding measurement annotation to a drawing. You can create dimension styles to format dimensions in your drawing conform to industry or project standards.
89. Dimension Type and Method Linear – measures a straight line distance. It can be vertical or horizontal. Aligned – A linear dimension that is parallel to the object being measured. Ordinate – Creates a dimension showing x or y ordinate points Radius – Measures the radius of circles and arcs Diameter – Measures the diameter of circles and arcs Angular – Measures angles
96. Continue Dimension Once a single dimension has been placed in a drawing, if there is a need for more dimension to be placed in such a way that the dimension lines of the new dimension line up with those of the first, use the continue option.
98. Baseline Dimension It works the same way as continued dimensioning, but it places each new dimension above the last dimension and measures all dimensions from the same base point.
99. Using Baseline Dimension To set baseline offset type dimdli and assign a distance Or you can just type in “dba” command
100. DIMDLI Controls the spacing of the dimension lines in baseline dimensions. Each dimension line os offset from the previous one by this amount, if necessary, to avoid drawing over it. Changes made with DIMDLI are not applied to existing dimensions. When the location of baseline is undesirable type “U” for undo then re-pick the baseline points again.
101. Controlling Dimension Scale DIMSCALE – Overall Scale Factor (sizes of dim variables). Also affects the scale of leader objects created with the LEADER command DIMSCALE does not affect tolerances or measured lengths, coordinates, or angles.
102. DIMLFAC – Linear unit scale factor DIMLFAC affects the measured length of the linear dimensions. All linear dimension distances, including radii, diameters, and coordinates are multiplied by DIMLFAC before being converted to dimension text.
105. Model Space A three-dimensional drawing environment You can create 2D and 3D TILEMODE is set to 1 You can create TILED VIEWPORTS Only active viewport is printable
106.
107. Paper Space A two-dimensional drawing environment Used to compose your final drawing and ready for plotting TILEMODE is set to 0 You can create different FLOATING VIEWPORTS
108.
109. Commands associated with Paper Space and Model Space TILEMODE - To switch to paper space (0) or to model space (1) MS - Switches from paper space to modem space viewport PS - Switches from a model space
110. Page Setup Specifies the layout page, plotting device, paper size, and settings for each new layout.
111. Let’s finalize the composition of the new Plan STEP 1: Open your own Final Floor Plan STEP 2: Start to layout the plan in paper space… Pick the Layout1 tab STEP 3: In the Page Setup dialog box, set the plotter’s name to be used.
112. NOTE: If your plotter is not yet included in the list, go to File menu… Plotter Manager… double click Add a Plotter Wizard icon.
113. STEP 4: Create your own Paper Size (user defined) Choose Properties (at the right side of the plotter name) to launch the Plotter Configuration Editor. In the Plotter Configuration Editor, choose Custom Paper Sizes at the bottom of the list. In the Plotter Configuration Editor, choose Add button to launch the Custom Paper Size wizard.
115. On the Custom Paper Size wizard – Begin page, choose Start from Scratch. Choose Next.
116. On the Custom Paper Size wizard – Media Bounds page, in the Units list, choose either Inches or Millimeters for paper size. Units = millimeters Width = 762 Height = 508 Click Next button…
117. Note: If you are creating a paper size that is larger than the paper sizes offered as standard paper size, verify that the plotter is capable of plotting within the new dimensions by using the Print Test Page button on the Finish page. On the Custom paper Size wizard – Printable Area page, use Top, Bottom, Left, and Right to specify the non-printable area. Then choose Next.
118. On the Custom Paper Size wizard – Paper Size Name page, type in a name for the paper size. Then choose Next. Then click Finish to exit the Custom Paper Size wizard . Name it = My 20x30 paper Note: For older versions, you also have to type in a name for the PMP file. You also have to specify whether the paper source is Sheet-fed or Roll-fed. In the Plotter Configuration Editor, choose OK to save your changes When you are prompted to save a plotter configuration file, select Save Changes to the Following File, and then choose OK. A plotter configuration file has now been created containing the new paper size. The plotter configuration file will appear in the Plot Device list in the Plot dialog box. Make sure you select this plotter configuration file when you plot.
119. STEP 5: Create your own Plot Style Table (user defined) In the Page Setup dialog box, click on the drop down arrow for Plot Style Table (pen assignments), choose New to launch the Plot Style Table wizard.
120. On the Plot Style Table wizard – Begin page, choose Start from Scratch. Page under construction Check again next time