Computer Vision Game Development

Computer Vision Game Development, available at $59.99, has an average rating of 4.8, with 47 lectures, based on 33 reviews, and has 202 subscribers.

You will learn about Pygame, Computer Vision Game, Machine Learning and Image Processing. This course is ideal for individuals who are Those who want to develop games with Python, or Those who want to develop a computer vision game, or Those who want to develop a hand model with machine learning, or Those who want to learn about image processing and or Those who want to control the character with the hand model. It is particularly useful for Those who want to develop games with Python, or Those who want to develop a computer vision game, or Those who want to develop a hand model with machine learning, or Those who want to learn about image processing and or Those who want to control the character with the hand model.

Enroll now: Computer Vision Game Development

Summary

Title: Computer Vision Game Development

Price: $59.99

Average Rating: 4.8

Number of Lectures: 47

Number of Published Lectures: 47

Number of Curriculum Items: 47

Number of Published Curriculum Objects: 47

Original Price: $27.99

Quality Status: approved

Status: Live

What You Will Learn

Pygame,

Computer Vision Game,

Machine Learning and

Image Processing.

Who Should Attend

Those who want to develop games with Python,

Those who want to develop a computer vision game,

Those who want to develop a hand model with machine learning,

Those who want to learn about image processing and

Those who want to control the character with the hand model.

Target Audiences

Those who want to develop games with Python,

Those who want to develop a computer vision game,

Those who want to develop a hand model with machine learning,

Those who want to learn about image processing and

Those who want to control the character with the hand model.

Hello,

With Computer Vision Game Development, we will develop our own computer vision game using the Pygame module. In order to create the necessary infrastructure, we will first learn the Pygame module, create our game window with this module, control our keyboard and mouse movements in our games, add our background images, add our internal and external fonts, control our game characters and adjustment of the FPS value and have information about many of our structures. Not limited to this, we will learn about Machine Learning and Image Processing so that we can improve our computer vision game. Moreover, we will be able to control our own characters with our hand gestures.

My Computer Vision Game Development course:

Those who want to develop games with Python,

Those who want to develop a computer vision game,

Those who want to develop a hand model with machine learning,

Those who want to learn about image processing,

Those who want to control the character with the hand model,

Or, it is suitable for anyone who wants to know about the 5 topics above.

The course content, which you can learn 5 topics together, has been  explained in a comprehensive way without boring the student. In addition, you can ask where you got stuck during the training process and you can get answers in a short time. You will be able to learn and code new technologies with constantly updated content.

Welcome to our way of developing ourselves and writing code on the technologies of the future.

“Continuity in work conquers all difficulties.” -Anthony Trollope

Learn by coding!

Regards,

Y?lmaz ALACA

Course Curriculum

Chapter 1: Installation

Lecture 1: Introduction to Installation Part

Lecture 2: Installation of IDE

Lecture 3: Installation of Necessary Modules

Chapter 2: Basics of Pygame

Lecture 1: Creating a Game Window

Lecture 2: Extra -1

Lecture 3: Basic Drawing Operations -1

Lecture 4: Extra -2

Lecture 5: Basic Drawing Operations -2

Lecture 6: Extra 3

Lecture 7: Fill Background

Lecture 8: Blitting for Images (Copying) -1

Lecture 9: Blitting for Images (Copying) -2

Lecture 10: Extra 4

Lecture 11: Extra 5

Lecture 12: Blitting for Text (Reaching Default Font) -1

Lecture 13: Blitting for Text (Default Font) -2

Lecture 14: Blitting for Text (External Font) -3

Lecture 15: Extra 6

Lecture 16: Blitting for Background Image

Lecture 17: Adding a Music (Free Sounds)-1

Lecture 18: Adding a Music -2 (Background)

Lecture 19: Adding a Music -3 (Sound Effect)

Lecture 20: Keyboard Movements

Lecture 21: Mouse Operations

Lecture 22: Keyboard Continuity and Setting FPS

Lecture 23: Adding Border to Game Window

Lecture 24: Collision

Lecture 25: Extra 7

Chapter 3: Basics of OpenCV (for Computer Vision Games)

Lecture 1: Image Reading and Showing

Lecture 2: Reaching Width and Height

Lecture 3: Capturing Frame from Webcam

Lecture 4: Setting Up Webcam Size

Lecture 5: Color Formats

Lecture 6: Creating Circle (for Special Point of Hand)

Lecture 7: Creating Hand Model

Lecture 8: Reaching Hand Landmarks

Lecture 9: Rotating Operation

Lecture 10: Using Webcam as a Game Window -1

Lecture 11: Using Webcam as a Game Window -2

Chapter 4: Computer Vision Game Project: Destroy the Viruses

Lecture 1: Preview

Lecture 2: Game Files

Lecture 3: Computer Vision Game (Definitions) -1

Lecture 4: Computer Vision Game (Definitions) -2

Lecture 5: Computer Vision Game (Game Loop) -1

Lecture 6: Computer Vision Game (Game Loop) -2

Lecture 7: Computer Vision Game (Game Loop) -3

Lecture 8: Final Step (Test Our Game)

Instructors

Y?lmaz Alaca
Electrical and Electronics Engineer | Author | Instructor

Rating Distribution

1 stars: 0 votes

2 stars: 0 votes

3 stars: 0 votes

4 stars: 2 votes

5 stars: 31 votes

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