Section: Session 4 - Mid-Point Circle Algorithms | Computer Graphics (Fall 20)

Section outline

Week 4: Understanding the Display Visualization

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.
- Select activity Lesson Plan of this SessionLesson Slides: Cla... (copy) (copy)
  
  Students must
  
  Mark as done
  
  Lesson Plan of this Session
  Lesson Slides: Class Contents
  Ice-Breaking and Motivation
  Lesson Slides: Class Contents
  Amazing Video
- Select activity 4.1 Mid-Point Circle Algorithm
  
  Students must
  
  Mark as done
  
  4.1 Mid-Point Circle Algorithm
- Select activity Computer Graphics Materials1. CG Notes2. Bresenham...
  
  Computer Graphics Materials
  1. CG Notes
  2. Bresenham's Mid_point
  3. Mid_point
  4. Line_Circle Notes
- Select activity Class Video of the Class on date:  6.10.2020
  
  Students must
  
  Mark as done
  
  Class Video of the Class on date: 6.10.2020
- Select activity Submission Link of CG-PC-A Assignment Link on or b...
  
  Students must
  
  Mark as done
  
  Submission Link of CG-PC-A Assignment Link on or before 18.10.2020
  Necessity, algorithm, example, applications, merits and demerits of DDA, Bresenham, Mid-Point circle algorithm

General

Course Information

Assessment Strategy

Session 1 - Introduction to Computer Graphics

1.0 Course Information

1.1 Introduction to Computer Graphics

1.2 Graphic System Introduction

1.3 Graphics Overview

1.4 Graphics Overview Math

Forum Discussion of this Session

Session 2 - Scan Conversions and DDA Algorithm

2.0 Raster Scan concept

2.1 Scan-Conversions

2.2 Scan Conversion - 1

2.3 Scan Conversion Math

2.4 Scan Conversion Math-1

2.5 Scan Conversion Final

2.6 Raster_Scan_Exercise

Session 3 - Bresenham's Line Drawing Algorithms

Session 4 - Mid-Point Circle Algorithms

Session 5 - Antialiasing

5.1 Anti-Aliasing

Session 6 - Transformation: 2-D and 3-D

3.1 Transformation

3.2 Transformation-1

3.3 Transformation - 2

3.4 Transformation-3

3.5 Transformation-4

3.6 Transformation - 5

3.7 Transformation Math Problems

Mid-Term Examination

Session 8 - Viewing and Clipping: 2-D and 3-D

Session 9 - Clipping Algorithms: Line and Polygon

Cohen_Sutherland Line Clipping Algorithms_1

Cohen_Sutherland Line Clipping Algorithms_2

Cohen_Sutherland Line Clipping Algorithms_3

Sutherland-Hodgman Polygon Algorithms

Weiler atherton polygon clipping algorithm_1

Weiler atherton polygon clipping algorithm_2

Session 10 - 3-D Display

Discussion Forum

Session 11 - Projection and Depth Cuing

Discussion on Career and Computer Graphics 2

Session 12 - Halftone Dithering, Color and Light

Discussion on Career and Computer Graphics

Final Examination

Upload your Final Exam (pdf) Answer Script [Section PC-A] Here in BLC

Quizs for the Computer Graphics, Section PC-A. Just Click It

Assignment for Students Section PC-A

Submit your Assignment (in .docs only) File here

Presentation for Students CSE421: CG Section PC-A

Submit your Presentation File (in .PPT only) here

Q & A Forum for CSE421 CG Section PC-A

Put your question and answer here

Q & A Forum of CSE 421 CG Section O7

Put your Question and Answer here

Interesting Videos for ICE-BREAKING

Very Amazing Natural Things

Section outline

Week 4: Understanding the Display Visualization

Topics for Discussion

Expected Learning Outcome:

Able to understand the core concept of output primitives and transformation..Able to implement the algorithm rendering the graphics.

Able to understand the core concept of output primitives and transformation..
Able to implement the algorithm rendering the graphics.