Exam Details
Subject | computer graphics | |
Paper | ||
Exam / Course | m.c.a | |
Department | ||
Organization | Alagappa University Distance Education | |
Position | ||
Exam Date | May, 2017 | |
City, State | tamil nadu, karaikudi |
Question Paper
DISTANCE EDUCATION
M.C.A. DEGREE EXAMINATION, MAY 2017.
Second Semester
COMPUTER GRAPHICS
(2010 Academic year onwards)
Time Three hours Maximum 100 marks
SECTION A — 8 40 marks)
Answer any FIVE questions.
1. Explain the various Graphical input devices.
2. Write a note on Graphics system software.
3. Discuss the two-dimensional composite transformation.
4. What is meant by viewports? Explain with a suitable
example.
5. Write short notes on Mirror reflection.
6. Discuss the Orthogonal projection.
7. Discuss the line clipping in three dimensional view.
8. Write a note on Command languages.
SECTION B — × 15 60 marks)
Answer any FOUR questions.
9. Write and explain an algorithm to draw ellipse.
10. Describe the region filling technique.
Sub. Code
204
DE-688
2
wk14
11. Explain the Matrix representation of the 2-D transformation.
12. Discuss the polygon clipping algorithm.
13. Explain the composite 3-D transformations.
14. Explain the Hidden surface algorithm.
15. Describe the depth buffer algorithm.
M.C.A. DEGREE EXAMINATION, MAY 2017.
Second Semester
COMPUTER GRAPHICS
(2010 Academic year onwards)
Time Three hours Maximum 100 marks
SECTION A — 8 40 marks)
Answer any FIVE questions.
1. Explain the various Graphical input devices.
2. Write a note on Graphics system software.
3. Discuss the two-dimensional composite transformation.
4. What is meant by viewports? Explain with a suitable
example.
5. Write short notes on Mirror reflection.
6. Discuss the Orthogonal projection.
7. Discuss the line clipping in three dimensional view.
8. Write a note on Command languages.
SECTION B — × 15 60 marks)
Answer any FOUR questions.
9. Write and explain an algorithm to draw ellipse.
10. Describe the region filling technique.
Sub. Code
204
DE-688
2
wk14
11. Explain the Matrix representation of the 2-D transformation.
12. Discuss the polygon clipping algorithm.
13. Explain the composite 3-D transformations.
14. Explain the Hidden surface algorithm.
15. Describe the depth buffer algorithm.
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