52493s computer Graphics



Download 27.45 Kb.
Date20.10.2016
Size27.45 Kb.
#6500
52493S Computer Graphics

Timing

Contact hours

ECTS

Spring

40

7,0


Responsible person: Guoying Zhao (Lecturer), Jie Chen (Teaching assistant) and Pekka Koskenkorva (Teaching assistant)

Objectives: The objective of the course is to supply the student with basic understanding of computer graphics, algorithms and applications.

Learning outcomes: Upon completing the required coursework, the student is able to specify and design 2D graphics algorithms including: line drawing, polygon filling, clipping, and transformations, and 3D computer graphics algorithms including viewing transformations, hierarchical modeling, color, lighting and texture mapping. Moreover, he is able to explain the relationship between the 2D and 3D versions of such algorithms. He also has the necessary basic skills to use these basic algorithms available in OpenGL.

Contents: the history and evolution of computer graphics; 2D graphics including: line drawing, polygon filling, clipping, and transformations, and 3D computer graphics algorithms including viewing transformations, hierarchical modeling, color, lighting and texture mapping; graphics API (OpenGL) for implementation.

Working methods: The course consists of lectures and several design exercises. The final grade is based on the combined points from exercises and final exam.

Study materials:

  1. Textbook: Edward Angel: Interactive Computer Graphics, 5th, Addison-Wesley 2008

  2. Reference: Peter Shirley, Michael Ashikhmin, Michael Gleicher, et al. : Fundamentals of Computer Graphics, second edition, AK Peters, Ltd. 2005

  3. Lecture notes (in English);

  4. Materials in the internet (e.g. OpenGL redbook).

OpenGL Programming Guide or ‘The Red Book’:

http://unreal.srk.fer.hr/theredbook/

OpenGL Video Tutorial: http://www.videotutorialsrock.com/opengl_tutorial/what_is_opengl/text.php


  • Prerequisites: computer engineering; programming skills using C++; Basic Data Structures; Simple Linear Algebra

Language of instruction: In English

Estimated students number: 20

COMPUTER GRAPHICS 2010

Preliminary schedule: Period 5-6



Date

Time

Classroom

Teacher

Contents

Other Info

1502, Mon

14:00-16:00

TS128

Zhao

Lecture1




1702, Wed

16:00-18:00

TS128

Zhao

Lecture2




2202, Mon

14:00-16:00

TS128

Zhao

Lecture3




2402, Wed

16:00-18:00

TS128

Zhao

Lecture4




0103, Mon

14:00-16:00

TS128

Chen

Lab Intro

1st HW out;
E1 online

0303, Wed

16:00-18:00

TS128

Zhao

Lecture5




1503, Mon

14:00-16:00

TS128

Koskenkorva

Exercise1




1703, Wed

16:00-18:00

TS128

Zhao

Lecture6




2203, Mon

14:00-16:00

TS128

Zhao

Lecture7

E2 online

2403, Wed

16:00-18:00

TS126!!

Zhao

Lecture8

2nd HW out;
1st HW due

2903, Mon

14:00-16:00

TS128

Koskenkorva

Exercise2




0704, Wed

16:00-18:00

TS128

Zhao

Lecture9




1204, Mon

14:00-16:00

TS128

Zhao

Lecture10

E3 online

1404, Wed

16:00-18:00

TS128

Zhao

Lecture11




1904, Mon

14:00-16:00

TS128

Koskenkorva

Exercise3




2104, Wed

16:00-18:00

TS128

Zhao

Lecture12

3rd HW out;
2nd HW due;

E4 online



2604, Wed

16:00-18:00

TS128

Zhao

Lecture13




2804, Mon

14:00-16:00

TS128

Koskenkorva

Exercise4

E5 online

0305, Wed

16:00-18:00

TS128

Zhao

Lecture14




0505, Mon

14:00-16:00

TS128

Koskenkorva

Exercise5

4th HW out;
3rd HW due



















2805, Fri

14:00-17:00

L1




Exam

4th HW due

March 24: TS126

Please Note:

Responsible person: Guoying Zhao (Lecturer), Jie Chen (Teaching assistant, in charge of lab exercises) and Pekka Koskenkorva (Teaching assistant, in charge of exercises)

HW: Homework



E: Exercises
Download 27.45 Kb.

Share with your friends:




The database is protected by copyright ©ininet.org 2024
send message

    Main page