Computer Graphics (Fall 2009) by Ken Joy at UC Davis

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source: UC Davis Academics     2014年12月19日
Computer Graphics (ECS175) teaches the basic principles of 3-dimensional computer graphics. The focus will be the elementary mathematics techniques for positioning objects in three dimensional space, the geometric optics necessary to determine how light bounces off surfaces, and the ways to utilize a computer system and methods to implement the algorithms and techniques necessary to produce basic 3-dimensional illustrations. Detailed topics will include the following: transformational geometry, positioning of virtual cameras and light sources, hierarchical modeling of complex objects, rendering of complex models, shading algorithms, and methods for rendering and shading curved objects.

Introduction to Computer Graphics Lecture 01: Preliminary background into some of the math associated with computer graphics. 49:45
Curves in the Plane 52:24
Moving Objects in Space 48:33
Rotations About an Arbitrary Axis 47:06
The Camera Transform 47:18
Clipping 48:03
Depth Buffers and Ray Tracing 46:12
Color and Shading 52:57
Quaternions 39:07
Shading and Texturing 35:22
The Hierarchical Modeling System 39:54
Scan Conversion 44:09
Curves and Surfaces 49:44
Visible Surface Algorithms 37:43
Ray Tracing 48:39
Subdivision Surfaces Part 1 51:07
Subdivision Surfaces Part 2 37:44
Shadows Part 1 30:50
Shadows Part 2 34:17
Camera Motion 27:38
Branches in Computer Graphics 32:14

Computer Graphics by Sukhendu Das (IIT Madras)

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source: nptelhrd    2008年1月21日
Computer Sc - Computer Graphics by Dr. Sukhendu Das. Dept. of Computer Science and Engineering. IIT Madras.

Lecture - 1 Introduction to computer graphics 54:09
Lecture - 2 CRT Display Devices 54:11
Lecture -3 CRT Devices (Contd...) 53:58
Lecture 4 - CRT display devices (Contd...) 51:55
Lecture - 5 CRT Display Devices (Contd) 58:53
Lecture - 6 Transformations 55:46
Lecture - 7 Transformations in 2D 54:12
Lecure - 8 Three Dimensional Graphics 54:59
Lecture - 9 Three Dimensional Graphics 54:45
Lecture - 10 Three Dimensional Graphics 55:31
Lecture - 11 Project Transformations and Viewing Pipeline 54:02
Lecture - 12 3D Viewing 52:15
Lecture 13 - Scan Converting Lines, Circles and Ellipses 56:12
Lecture 14 Scan Converting Lines, Circles and Ellipses 55:42
Lecture - 15 Scan Converting Lines, Circles and Ellipses 56:05
Lecture 16 Scan Converting Lines, Circles And Ellipses 57:30
Lecture 17 Scan Converting Lines, Circles and Ellipses 54:44
Lecture 18 PolyFill Scan Conversion of a Polygon 54:43
Lecture 19 Scan Conversion Of A Polygon (Contd) 54:59
Lecture 20 Clipping -- Lines And Polygons 54:42
Lecture - 21 Clipping: Lines and Polygon 54:21
Lecture - 22 Clipping Lines 57:05
Lecture - 23 Solid Modelling 57:21
Lecture - 24 Solid Modelling 58:08
lecture 25 - Solid Modelling (contd...) 58:32
Lecture - 26 Visible Surface Detection 56:43
Lecture - 27 Visible Surface Detection 57:51
Lecture - 28 Visible Surface Detection 57:40
Lecture - 29 Visible Surface Detection (Contd..) 56:05
Lecture - 30 Visible Surface Detection (Contd..) 57:32
Lecture - 31 Visible Surface Detection (Contd..) 57:50
Lecture -32 Visible Surface Detection (Contd..) 57:42
Lecture - 33 Illumination and Shading 56:54
Lecture - 34 Illumination and Shading (Contd..) 54:46
Lecture - 35 Illumination and Shading (Contd..) 55:23
Lecture - 36 Curve Representation 56:49
Lecture - 37 Curve Representation 54:27
Lecture - 38 Curves and Surface Representation 52:19
Lecture - 39 Graphics Programming 55:54
Lecture - 40 Graphics Programming Using OpenGL 1:00:24
Lecture - 41 Advanced Topics 57:10
Lecture - 42 Digital Image Processing 1:00:59
Lecture - 43 Digital Image Processing 58:26

Introduction to Computer Graphics by Prem Kalra (IIT Delhi)

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source: nptelhrd   2008年1月24日
Computer Sc - Introduction to Computer Graphics by Prof. Prem Kalra. Department of Computer Science Engineering. IIT Delhi.

Lecture -1 Introduction 49:07
Lecture-2 Raster Graphics 44:25
Lecture - 3 Raster Graphics (Contd.) 46:35
Lecture - 4 Clipping 47:40
Lecture -5 Polygon Clipping and Polygon Scan Conversion 53:48
Lecture - 6 Transformations 54:01
Lecture - 7 Transformations (Contd.) 59:28
Lecture - 8 3D Viewing 53:36
Lecture - 9 3D Viewing (Contd.) 55:00
Lecture - 10 Curves 52:21
Lecture - 11 Assignment 1 35:44
Lecture - 12 Curves 57:39
Lecture - 13 Curves (Contd.) 56:12
Lecture - 14 Curves (Contd.) 43:47
Lecture - 15 Curves (Contd.) 5:50
Lecture - 16 Surfaces 49:04
Lecture - 17 Surface (Contd.) 52:23
Lecture - 18 Surfaces (Contd.) 55:50
Lecture - 19 Surfaces (Contd.) 50:21
Lecture - 20 Hierarchical Models 47:08
Lecture - 21 Rendering 50:56
Lecture - 22 Rendering (Contd.) 52:38
Lecture - 23 Rendering (Contd.) 52:07
Lecture - 24 Ray Tracing 52:17
Lecture - 25 Ray Tracing (Contd.) 45:18
Lecture - 26 Ray Tracing (Contd.) 56:29
Lecture - 27 Assignment: Ray Tracing 55:10
Lec-28 Hidden Surface Elimination 51:56
Lecture -29 Hidden Surface Elimination (Contd.) 59:40
Lec-30 Hidden Surface Elimination(Contd.) 51:52
Lec-31 Fractals 52:13
Lecture - 32 Fractals (Contd.) 57:01
Lecture - 33 Computer Animation 41:00
Lecture - 34 Animation (Contd.) 59:53
Lecture - 35 Animation (Contd.) 46:39