Skip to content

Home
Engineering (BE)
Mar’24 month certification
FAQ – Mar’24 Month Certification Drive
Registration Certification link
My Account
Log In
Contact

Home
Engineering (BE)
Mar’24 month certification
FAQ – Mar’24 Month Certification Drive
Registration Certification link
My Account
Log In
Contact

SE CSE SEM 3 – COMPUTER GRAPHICS

Course Content

Expand All

Module 1 – Introduction and Overview of Graphics System 7 Topics

Expand

Lesson Content

0% Complete 0/7 Steps

1.1.a Definition & Representative Uses Of Computer Graphics

1.1.b Overview Of Co-ordinate System

1.1.c Definition Of Scan Conversion

1.1.d Rasterization & Rendering.

1.2.a Raster Scan & Random Scan Displays

1.2.b Architecture Of Raster Graphics System With Display Processor

1.2.c Architecture Of Random Scan Systems.

Module 2 – Output Primitives 10 Topics

Expand

Lesson Content

0% Complete 0/10 Steps

2.1.a Scan Conversions Of Point, Line, Circle & Ellipse – DDA Algorithm For Line Drawing

2.1.b Scan Conversions Of Point, Line, Circle & Ellipse – Bresenham Algorithm For Line Drawing

2.1.c Scan Conversions Of Point, Line, Circle & Ellipse – Midpoint Algorithm For Circle

2.1.d Scan Conversions Of Point, Line, Circle And Ellipse – Midpoint Algorithm For Ellipse Drawing

2.2.a Scan Conversions Of Point, Line, Circle And Ellipse – Aliasing

2.2.b Scan Conversions Of Point, Line, Circle And Ellipse – Antialiasing Techniques Like Pre And Post Filtering, Super Sampling, Pixel Phasing

2.3.a Filled Area Primitive – Scan Line Polygon Fill Algorithm

2.3.b Filled Area Primitive – Inside Outside Tests

2.3.c Filled Area Primitive – Boundary Fill

2.3.d Filled Area Primitive – Flood Fill Algorithm.

Module 3 – Two Dimensional Geometric Transformations 5 Topics

Expand

Lesson Content

0% Complete 0/5 Steps

3.1.a Basic Transformations: Translation, Scaling, Rotation

3.1.b Basic Transformations: Translation, Scaling, Rotation

3.2 Matrix Representation And Homogeneous Coordinates

3.3 Composite Transformation

3.4 Other Transformations: Reflection And Shear

Module 4 – Two-Dimensional Viewing and Clipping 6 Topics

Expand

Lesson Content

0% Complete 0/6 Steps

4.1 Viewing Transformation Pipeline And Window to Viewport Coordinate Transformation

4.2.a Clipping Operations – Point Clipping

4.2.b.1 Line Clipping Algorithms – Cohen-Sutherland

4.2.b.2 Line Clipping Algorithms – Liang: Barsky

4.2.c.1 Polygon Clipping Algorithms – Sutherland-Hodgeman

4.2.c.2 Polygon Clipping Algorithms – Weiler-Atherton

Module 5 – Three Dimensional Geometric Transformations, Curves and Fractal Generation 7 Topics

Expand

Lesson Content

0% Complete 0/7 Steps

5.1 3D Transformations: Translation, Rotation, Scaling And Reflection

5.2 Composite Transformations: Rotation About An Arbitrary Axis

5.3 Projections – Parallel, Perspective. (Matrix Representation)

5.4.a Bezier Curve

5.4.b B-Spline Curve

5.4.c Fractal-Geometry: Fractal Dimension

5.4.d Koch Curve

Module 6 – Visible Surface Detection & Animation 9 Topics

Expand

Lesson Content

0% Complete 0/9 Steps

6.1.a Visible Surface Detection: Classification Of Visible Surface Detection Algorithm

6.1.b Back Surface Detection Method

6.1.c Depth Buffer Method

6.1.d Area Subdivision Method

6.2.a Animation: Introduction To Animation

6.2.b Traditional Animation Techniques

6.2.c Principles Of Animation

6.2.d Key Framing: Character And Facial Animation

6.2.e Deformation, Motion Capture

Get Certified in Technology Skills for Better Job Opportunities for Mumbai University Students

Copyright © 2024 MuCertification.com

Powered by MUQuestionPapers.com

Login

Accessing this course requires a login. Please enter your credentials below!

Username or Email Address

Password

Remember Me

Continue with Facebook

Continue with Google

Lost Your Password?

Register

Don't have an account? Register one!

Register an Account

Username

Email

Password

Confirm Password

Continue with Facebook

Continue with Google

Subscribe to our Free Newsletter

Registration confirmation will be emailed to you.