SE CSE SEM 3 – COMPUTER GRAPHICS

Module 1 – Introduction and Overview of Graphics System
7 Topics
1.1.a Definition & Representative Uses Of Computer Graphics
1.1.b Overview Of Co-ordinate System
1.1.c Definition Of Scan Conversion
1.1.d Rasterization & Rendering.
1.2.a Raster Scan & Random Scan Displays
1.2.b Architecture Of Raster Graphics System With Display Processor
1.2.c Architecture Of Random Scan Systems.
Module 2 – Output Primitives
10 Topics
2.1.a Scan Conversions Of Point, Line, Circle & Ellipse – DDA Algorithm For Line Drawing
2.1.b Scan Conversions Of Point, Line, Circle & Ellipse – Bresenham Algorithm For Line Drawing
2.1.c Scan Conversions Of Point, Line, Circle & Ellipse – Midpoint Algorithm For Circle
2.1.d Scan Conversions Of Point, Line, Circle And Ellipse – Midpoint Algorithm For Ellipse Drawing
2.2.a Scan Conversions Of Point, Line, Circle And Ellipse – Aliasing
2.2.b Scan Conversions Of Point, Line, Circle And Ellipse – Antialiasing Techniques Like Pre And Post Filtering, Super Sampling, Pixel Phasing
2.3.a Filled Area Primitive – Scan Line Polygon Fill Algorithm
2.3.b Filled Area Primitive – Inside Outside Tests
2.3.c Filled Area Primitive – Boundary Fill
2.3.d Filled Area Primitive – Flood Fill Algorithm.
Module 3 – Two Dimensional Geometric Transformations
5 Topics
3.1.a Basic Transformations: Translation, Scaling, Rotation
3.1.b Basic Transformations: Translation, Scaling, Rotation
3.2 Matrix Representation And Homogeneous Coordinates
3.3 Composite Transformation
3.4 Other Transformations: Reflection And Shear
Module 4 – Two-Dimensional Viewing and Clipping
6 Topics
4.1 Viewing Transformation Pipeline And Window to Viewport Coordinate Transformation
4.2.a Clipping Operations – Point Clipping
4.2.b.1 Line Clipping Algorithms – Cohen-Sutherland
4.2.b.2 Line Clipping Algorithms – Liang: Barsky
4.2.c.1 Polygon Clipping Algorithms – Sutherland-Hodgeman
4.2.c.2 Polygon Clipping Algorithms – Weiler-Atherton
Module 5 – Three Dimensional Geometric Transformations, Curves and Fractal Generation
7 Topics
5.1 3D Transformations: Translation, Rotation, Scaling And Reflection
5.2 Composite Transformations: Rotation About An Arbitrary Axis
5.3 Projections – Parallel, Perspective. (Matrix Representation)
5.4.a Bezier Curve
5.4.b B-Spline Curve
5.4.c Fractal-Geometry: Fractal Dimension
5.4.d Koch Curve
Module 6 – Visible Surface Detection & Animation
9 Topics
6.1.a Visible Surface Detection: Classification Of Visible Surface Detection Algorithm
6.1.b Back Surface Detection Method
6.1.c Depth Buffer Method
6.1.d Area Subdivision Method
6.2.a Animation: Introduction To Animation
6.2.b Traditional Animation Techniques
6.2.c Principles Of Animation
6.2.d Key Framing: Character And Facial Animation
6.2.e Deformation, Motion Capture
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6.1.c Depth Buffer Method

SE CSE SEM 3 – COMPUTER GRAPHICS Module 6 – Visible Surface Detection & Animation 6.1.c Depth Buffer Method
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