Exam Details
| Subject | computer graphics | |
| Paper | ||
| Exam / Course | b.c.a./b.c.a. (lateral) | |
| Department | ||
| Organization | Alagappa University Distance Education | |
| Position | ||
| Exam Date | May, 2017 | |
| City, State | tamil nadu, karaikudi |
Question Paper
DISTANCE EDUCATION
B.C.A./B.C.A. (Lateral) DEGREE EXAMINATION, MAY 2017.
COMPUTER GRAPHICS
(2003 onwards)
Time Three hours Maximum 100 marks
Answer any FIVE questions.
All questions carry equal marks.
1. Discuss about Hardcopy output devices in detail.(10)
Describe about Graphics software.
2. Explain Bresenham's Line drawing Algorithm.
Discuss about Midpoint Ellipse Algorithm.
3. Explain about two dimensional transformations.
Discuss about Matrix representations and
homogenous co-ordinates.
4. Discuss about Point, curve and Text clipping in
detail.
Explain Sutherland Hodgman Algorithm for
Polygon clipping.
5. Discuss about modeling and co-ordinate
transformations.
Explain 3-D composite transformations.
6. Discuss 3-D transformations.
Explain projections in 3D.
Sub. Code
25
DE-180
2
Ws 5
7. Discuss about the Z-buffer Algorithm.
Explain about clipping against a finite view volume.
8. Explain about Information Display.
Discuss about the user interface design.
B.C.A./B.C.A. (Lateral) DEGREE EXAMINATION, MAY 2017.
COMPUTER GRAPHICS
(2003 onwards)
Time Three hours Maximum 100 marks
Answer any FIVE questions.
All questions carry equal marks.
1. Discuss about Hardcopy output devices in detail.(10)
Describe about Graphics software.
2. Explain Bresenham's Line drawing Algorithm.
Discuss about Midpoint Ellipse Algorithm.
3. Explain about two dimensional transformations.
Discuss about Matrix representations and
homogenous co-ordinates.
4. Discuss about Point, curve and Text clipping in
detail.
Explain Sutherland Hodgman Algorithm for
Polygon clipping.
5. Discuss about modeling and co-ordinate
transformations.
Explain 3-D composite transformations.
6. Discuss 3-D transformations.
Explain projections in 3D.
Sub. Code
25
DE-180
2
Ws 5
7. Discuss about the Z-buffer Algorithm.
Explain about clipping against a finite view volume.
8. Explain about Information Display.
Discuss about the user interface design.
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