Computer Graphics(CG)

Learn Computer Graphics(CG) the exam way—clear concepts, worked examples, and 71 focused lessons in computer science study.

Instructor: DAKALA SREENIVASULU

Last updated Aug 2026 en

23 learners enrolled

all-levels

This course includes

— on-demand video
Access on mobile & desktop
Full lifetime access
Certificate of completion

Course content

9 sections · 71 lectures

Lec-01 : Introduction Preview
Lec-02 : Applications
Lec-03 : Types of computer graphics
Lec-04 : Interactive graphic system

Lec-05 : CRT display Preview
Lec-06 : Random scan display
Lec-07 : Raster scan display
Lec-08 : Random display Vs Raster scan
Lec-09 : DVST
Lec-10 : Flat Panel Display
Lec-11 : Input Output devices

Lec-12 : DDA: Digital Differential Analyser Preview
Lec-13 : DDA: Algorithm
Lec-14 : DDA: Algo & Example-1
Lec-15 : DDA: Example-2
Lec-16 : Bresemhan's line algorithm | Introduction
Lec-17 : Bresenham's line algorithm | Steps
Lec-18 : Bresenham's Lline algorithm | Example

Lec-19 : 2D Translation example Preview
Lec-20 : 2D Rotation with example
Lec-21 : 2D scaling with example
Lec-22 : 2D reflection with example
Lec-23 : 2D shearing
Lec-24 : 2D shearing with example
Lec-25 : 3D translation with example
Lec-26 : 3D scaling
Lec-27 : 3D rotation
Lec-28 : 3D reflection
Lec-29 : 3D shearing

Lec-30 : Clipping Preview
Lec-31 : Point clipping
Lec-32 : Line clipping
Lec-33 : Cohen sutherland line clipping
Lec-34 : Cohen sutherland line clipping Example
Lec-35 : Cohen sutherland line clipping Algorithm
Lec-36 : Projection
Lec-37 : Parallel projection
Lec-38 : Perspective Projection

Lec-39 : Curves Types Preview
Lec-40 : Bezier Curve
Lec-41 : Bezier Curve | Properties
Lec-42 : Bezier Curve | Derivation
Lec-43 : Bezier Curve example
Lec-44 : B-spline Curve
Lec-45 : B-spline curve | Properties

Lec-46 : Illumination model Preview
Lec-47 : Ambient light
Lec-48 : Diffuse reflection
Lec-49 : Specular reflection
Lec-50 : Visible surface detection
Lec-51 : Back face detection
Lec-52 : Z buffer method

Lec-53 : Multimedia Preview
Lec-54 : MIDI intoduction
Lec-55 : MIDI components
Lec-56 : MIDI message
Lec-57 : MIDI message | classification
Lec-58 : Multimedia authoring tools part-1
Lec-59 : Multimedia authoring tools part-2
Lec-60 : Animation
Lec-61 : Video Formats
Lec-62 : Designing an animation

Lec-63 : Data compression Preview
Lec-64 : Data compression techniques
Lec-65 : Lossy & lossless compression
Lec-66 : Run lenght encoding
Lec-67 : Huffman Coding
Lec-68 : Lempel ziv encoding example-1
Lec-69 : Lempel ziv encoding example-2
Lec-70 : JPEG compression
Lec-71 : JPEG Encoding algorithm example

Explore related topics

Computer Science all-levels

Description

Computer Graphics(CG) is an exam-focused computer science study programme designed for B.Tech / MCA learners and anyone revising CS subjects for semester exams (all levels). Lessons are paced for semester revision and competitive practice, with clear explanations you can replay anytime.

You will connect definitions to exam-style problems in Computer Graphics(CG), so you can write clearer answers, dry-run code mentally, and revise units in order. Syllabus highlights include Introduction, Displays, DDA & Bresemhan's Line algorithm, 2D & 3DTransformations, Clipping & Projection, and Curves. Across 71 lessons, you will move from foundations to problem-solving patterns that show up in university papers and placement tests.

Taught by DAKALA SREENIVASULU, this course keeps theory short and practice heavy—so you can revise faster, spot examiner cues, and build confidence before mocks and finals.