Section: Week 4 | Computer Graphics (Summer 2021)

Section outline

Topics for discussion

Lecture 7: Properties of Circle, Circle Drawing Algorithm : Midpoint

Lecture 8: Mid point circle drawing Algorithm Implementation

Expected Learning Outcome:

Able to understand the core concept of output primitives and transformation..

Able to implement the algorithm rendering the graphics.

Book Chapter: Output Primitives (Ch:3)
- Select activity Lecture 7& 8: Mid Point Circle Algorithm
  
  Lecture 7& 8: Mid Point Circle Algorithm File
- Select activity [PC-B] Video Recording: 6th and 7th Class on Lecture 6 (Midpoint Algorithm)
  
  [PC-B] Video Recording: 6th and 7th Class on Lecture 6 (Midpoint Algorithm) URL
  
  Students must
  
  Mark as done
- Select activity [PC-C] Video Recording: 6th and 7th Class on Lecture 6 (Midpoint Algorithm)
  
  [PC-C] Video Recording: 6th and 7th Class on Lecture 6 (Midpoint Algorithm) URL
  
  Students must
  
  Mark as done
- Select activity [PC-D] Video Recording: 6th and 7th Class on Lecture 6 (Midpoint Algorithm)
  
  [PC-D] Video Recording: 6th and 7th Class on Lecture 6 (Midpoint Algorithm) URL
  
  Students must
  
  Mark as done
- Select activity Interactive Content: Learning Overview (Self Test)
  
  Interactive Content: Learning Overview (Self Test)
  
  Students must
  
  View

Welcome to CSE 421 Computer Graphics Course

Announcements

Text Book

Reference Books

Class Attendance Submission

Week-1: Preparing for Background

Reference Materials

Lecture 1: Introduction to Computer Graphics

Lecture 2: Video Display Devices

Forum Discussion: Week 1 ( Video Display Device)

[PC-B] Video Recording: 2nd Class on Lecture 2

[PC-C] Video Recording: 2nd Class on Lecture 2

[PC-D] Video Recording: 2nd Class on Lecture 2

Week 2

Lecture 3&amp;4 : Points, Lines &amp; DDA Algorithm Implementation

Week 2 : Forum Discussion

[PC-B] Video Recording: 3rd Class on Lecture 3 &amp;4 (DDA Algorithm)

[PC-C] Video Recording: 3rd Class on Lecture 3 &amp;4 (DDA Algorithm)

[PC-D] Video Recording: 3rd Class on Lecture 3 &amp;4 (DDA Algorithm)

Week 3

Lecture 5: Bresenham Line Drawing Algorithm

[PC-B] Video Recording: 4th Class on Lecture 5 (Breshenham Algorithm)

[PC-C] Video Recording: 4th Class on Lecture 5 (Breshenham Algorithm)

[PC-D] Video Recording: 4th Class on Lecture 5 (Breshenham Algorithm)

Discussion Forum of Week-3

Assignment 1: Line Drawing Algorithms. [PC-B]

Assignment 1: Line Drawing Algorithms. [PC-C]

Assignment 1: Line Drawing Algorithms. [PC-D]

Reference Video Tutorial

Quiz - 1

Quiz 1 : PC-B

Quiz 1 : PC-B 2nd Attempt

Quiz 1 : PC-C

Quiz 1 : PC-C 2nd Attempt

Quiz 1 : PC-D

Quiz 1 : PC-D 2nd Attempt

Week 4

Lecture 7&amp; 8: Mid Point Circle Algorithm

[PC-B] Video Recording: 6th and 7th Class on Lecture 6 (Midpoint Algorithm)

[PC-C] Video Recording: 6th and 7th Class on Lecture 6 (Midpoint Algorithm)

[PC-D] Video Recording: 6th and 7th Class on Lecture 6 (Midpoint Algorithm)

Interactive Content: Learning Overview (Self Test)

Week 5: Video Presentation

Video Presentation Submission (PC-B)

Video Presentation Submission (PC-C)

Video Presentation Submission (PC-D)

week 6

Week-6 Discussion Forum

2D Transformation AHS Version.

[PC-B] Video Recording: 8th Class on Lecture 7 (2D Transformation Part I)

[PC-B] Video Recording: 9th Class on Lecture 7 (2D Transformation Part II)

[PC-B] Video Recording: 10th Class on Lecture 7 (2D Transformation Part III)

[PC-C] Video Recording: 8th Class on Lecture 7 (2D Transformation Part I)

[PC-C] Video Recording: 9th Class on Lecture 7 (2D Transformation Part II)

[PC-C] Video Recording: 10th Class on Lecture 7 (2D Transformation Part III)

[PC-D] Video Recording: 8th Class on Lecture 7 (2D Transformation Part I)

[PC-D] Video Recording: 9th Class on Lecture 7 (2D Transformation Part II)

[PC-D] Video Recording: 10th Class on Lecture 7 (2D Transformation Part III)

Interactive Content: 2D Transformation Gamification

Week 7

Mid-term Examination for Section [PC-B] [Question and Answer Submission Thread]

Mid-term Examination for Section [PC-C] [Question and Answer Submission Thread]

Mid-term Examination for Section [PC-D] [Question and Answer Submission Thread]

week 8

3D Transformation AHS V

[PC-B] Video Recording: 11th Class on Lecture 8 (3D Transformation Part I)

[PC-B] Video Recording: 12th Class on Lecture 8 (3D Transformation Part II) Text Tutorial

[PC-C] Video Recording: 11th Class on Lecture 8 (3D Transformation Part I)

[PC-C] Video Recording: 12th Class on Lecture 8 (3D Transformation Part II) Text Tutorial

[PC-D] Video Recording: 11th Class on Lecture 8 (3D Transformation Part I)

[PC-D] Video Recording: 12th Class on Lecture 8 (3D Transformation Part II) Text Tutorial

Forum Discussion

Week 13

Lecture 23: Color Model &amp; Applications

Reference Material

[PC-B] Video Recording: 13th Class on Lecture 11 (Color Model)

[PC-C] Video Recording: 13th Class on Lecture 11 (Color Model)

[PC-D] Video Recording: 13th Class on Lecture 11 (Color Model)

Forum Discussion

week 12

Lecture 3&4 : Points, Lines & DDA Algorithm Implementation

[PC-B] Video Recording: 3rd Class on Lecture 3 &4 (DDA Algorithm)

[PC-C] Video Recording: 3rd Class on Lecture 3 &4 (DDA Algorithm)

[PC-D] Video Recording: 3rd Class on Lecture 3 &4 (DDA Algorithm)

Lecture 7& 8: Mid Point Circle Algorithm

Lecture 23: Color Model & Applications

Lecture 18 & 19: 3D display Methods

[PC-B] Video Recording: 14th Class on Lecture 18 & 19 3D Display Methods

[PC-C] Video Recording: 14th Class on Lecture 18 & 19 3D Display Methods

[PC-D] Video Recording: 14th Class on Lecture 18 & 19 3D Display Methods

[PC-B] Video Recording: 17th & 18 Class on Lecture 14 [Sutherland-Hodge-man]

[PC-C] Video Recording: 17th & 18th Class on Lecture 14 [Sutherland-Hodge-man]

[PC-D] Video Recording: 17th & 18th Class on Lecture 14 [Sutherland-Hodge-man]

PC-B-----> C.G Open Book Final Assessment [Summer 2021]

PC-C-----> C.G Open Book Final Assessment [Summer 2021]

PC-D-----> C.G Open Book Final Assessment [Summer 2021]

Expected Learning Outcome:

Able to understand the core concept of output primitives and transformation..

Able to implement the algorithm rendering the graphics.

Book Chapter: Output Primitives (Ch:3)

Expected Learning Outcome:

Able to understand the core concept of output primitives and transformation..

Able to implement the algorithm rendering the graphics.

Book Chapter: Output Primitives (Ch:3)