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COURSE INTRODUCTION
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Computer Graphics Master Course For Beginners | Common For All Universities #computergraphics
6:00
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MODULE 1: Introduction and Overview of Graphics System:
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What is computer graphics. Enlist representative uses of it.
(2 pages)
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Compare Raster Scan and Random Scan displays.
(1 pages)
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Raster techniques & Random scan (short note)
(3 pages)
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Architecture of raster scan processor
(2 pages)
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architecture of random scan
(1 pages)
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Explain rasterization and rendering, define aspect ratio & resolution
(2 pages)
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Scan Conversion Definition
(1 pages)
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MODULE 2: OUTPUT PREMITIVES
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Bresenham's Line Drawing Algorithm Part-1 Explained with Notes l Computer Graphics
36:00
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Bresenham Line Drawing Algorithm
(4 pages)
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Proof of Bresenham's Line Drawing Algorithm | Explained with Notes l Computer Graphics
37:00
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Bresenham's Line Drawing Algoritm derivation
(3 pages)
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DDA (Digital Differential Analyzer) Line Drawing Algorithm Explained with Notes | Computer Graphics
17:00
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Explain DDA Algorithm OR What are the disadvantages of DDA algorithm
(7 pages)
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Compare DDA and BRESENHAM line drawing algorithm.
(2 pages)
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Explain midpoint circle algorithm. Use the same to plot the circle, whose radius is 10 units.
(7 pages)
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Midpoint Ellipse Algorithm
(2 pages)
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Explain flood fill algorithm in detail
(2 pages)
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Explain inside outside test used in filling algorithm
(3 pages)
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Explain Scan line polygon filling algorithm
(4 pages)
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What is aliasing Explain any two anti-aliasing techniques.
(2 pages)
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MODULE 3: Two Dimensional Geometric Transformations
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With neat diagram explain Composite transformation
(3 pages)
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Describe what is Homogeneous coordinates
(2 pages)
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Explain 2D Shearing with example
(4 pages)
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2D Scaling in Computer Graphics
(3 pages)
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2D Translation in Computer Graphics
(4 pages)
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2D Rotation in Computer Graphics
(5 pages)
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Derive the matrix for 2D rotation about an arbitrary point
(2 pages)
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Prove that 2D rotation and scaling commute
(1 pages)
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Examples on rotations
(3 pages)
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Prove that two successive rotations are additive
(1 pages)
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Explain the steps used in rotation of 2D object about an arbitrary axis and hence derive the matrix for the same
(2 pages)
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Short notes on Reflection
(3 pages)
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Reflection about any arbitrary line y=mx+b
(1 pages)
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MODULE 4:Two-Dimensional Viewing and Clipping
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Liang-Barsky line clipping algorithm
(2 pages)
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Cohen Sutherland Subdivision line clipping algorithm
(3 pages)
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difference between Cohen Sutherland algorithms & Liang-Barsky Algorithm
(1 pages)
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Sutherland-Hodgeman Polygon Clipping Algorithm
(3 pages)
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Explain Weiler-Atherton polygon clipping algorithm in detail.
(2 pages)
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Explain point clipping algorithm
(1 pages)
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Define window and viewport. Derive window to viewport transformation.
(3 pages)
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Short note on: The Viewing Transformation Pipeline
(1 pages)
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MODULE 5: Three Dimensional Geometric Transformations, Curves and Fractal Generation
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Bezier Curve with solved example
(6 pages)
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Explain Construction of Koch curve
(3 pages)
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Write short note on Fractals
(2 pages)
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Properties and applications of fractal, dimension of koch curve
(1 pages)
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Explain what is meant by B Spline curve? State the various properties of B Spline curve.
(3 pages)
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Write matrix to perform 3D reflection about xy,yz and xz planes.
(4 pages)
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What are Parallel and Perspective projections
(4 pages)
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Deriving matrix for Parallel & perspective Projection Transformations
(3 pages)
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Difference Between Parallel Projection And Perspective Projection
(1 pages)
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Short note on 3D Translation
(2 pages)
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Short note on 3D Rotation
(3 pages)
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Short note on 3D Scaling
(2 pages)
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MODULE 6: Visible Surface Detection and Animation
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Classification of Visible Surface Detection algorithm
(1 pages)
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Explain Back Surface detection method in detail with an example
(2 pages)
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Write short note on Depth buffer algorithm
(3 pages)
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Explain Area Subdivision method
(2 pages)
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Describe various principles of traditional animation
(4 pages)
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Traditional animation techniques
(1 pages)
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Back Surface Detection Method | Engineering Graphics | Mumbai University #sem3
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Launch your Graphy