Introduction to computer graphics
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Introduction to computer graphics

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Introduction to computer graphics Introduction to computer graphics Presentation Transcript

  • COMPUTER GRAPHICS
  • Table of contents
    • Introduction to computer graphics
    • Types of Computer Graphics
    • Difference B/W Active And Passive Graphics
    • Application Of Computer Graphics
  • Introduction To Computer Graphics
    • Refers to creation, Storage and manipulation of pictures and drawing using a digital computer.
    • Effective tool for presenting information.
    • Computer aided design.
    • Computer aided manufacturing.
  • Types of computer graphics
    • Simple or
      • Passive Computer Graphics
    • Interactive or
        • passive computer graphics
  • Difference b/w Active and passive graphics
    • Passive
    • Control
      • No Control
    • Communication
      • One Way Communication
    • Interaction
      • No Interaction b/w User and H/W
    • Earlier supported
    • Motion & Updation
      • No facility
    • Active
    • Control
      • Dynamic nature
    • Communication
      • 2-Way Communication
    • Interaction
      • High bandwidth user interaction
    • Modern Applications
    • Motion & Updation
      • 2-D, 3-D Transformations
  • Applications of Computer Graphics
    • User Interface
    • Interactive Plotting in Science Business and technology.
    • Office Automation & E-Publishing.
  • Contd..
    • Process Control
    • Cartography
    • Simulation, Animation for Scientific Visualization and Entertainment.
    • Art and Commerce
      • Computer Aided Design
      • Presentation Graphics
      • Entertainment
      • Education and Training
      • Image Processing
      • Graphical User Interfaces
  • COMPUTER AIDED DESIGN
    • Circuit Drawings
    • Real-time Animations
    • Virtual-Reality Environments
    • Architectural Drawings
  • COMPUTER AIDED DESIGN
      • Credit: MIKE JUSTICE, UNIVERSITY OF MIAMI SCHOOL OF ARCHITECTURE Date Created: 1/5/1999 Software: AutoCAD and 3D Studio Max R2
    Towards Virtual Manufacturing
  • PRESENTATION GRAPHICS
    • Presentation Graphics is representing descriptions and facts using graphs.
    • Various Graphs such as Piechart, bargraphs line charts are used.
    • Used to summarize financial, statistical, mathematical, scientific data etc.
  • VISUALIZATION
    • Scientific Visualization
    • Business Visualization
    • Computer graphics makes vast quantities of data accessible.
    • Numerical simulations frequently produce millions of data values.
    • Similarly, satellite-based sensors amass data at rates beyond our abilities to interpret them by any other means than visually.
    • Mathematicians use computer graphics to explore abstract and high-dimensional functions and spaces.
    • Physicists can use computer graphics to transcend the limits of scale.
  • IMAGE PROCESSING
    • Manipulating images with a computer
    •  
    • Image processing generally involves three steps:
      • Import an image with an optical scanner or directly through digital photography.
      • Manipulate the image in some way. This stage can include image enhancement and data compression.
    • For example: Image processing can be used to reduce the noise (that infernal spec that comes from nowhere) in an image.
      • Output the result. The result is the image altered in some way.
    •  
  • EDUCATION AND TRAINING
    • Computer Graphics is almost used in every field to teach and train
    • Medicine
    • Human Anatomy Models
    • Engineering
    • Animated Models : Explaining the working of different models
    • Fashion Designing
    • Designing and Creating new Patterns
  • ENTERTAINMENT
    • Motion Pictures
    • Music Videos
    • Television Shows
    • Games
  • Coming Lectures
    • Input devices
      • Keyboard
      • Touch Panel
      • Light pen
      • Track ball
      • Data Glove
      • Digitizers
      • Image Scanner
      • Mouse
      • Voice Systems