Python & Turtle - A Practical Guide for Beginners and Beyond

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Eincode by Filip Jerga,Filip Jerga

22:11:23

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1. Introduction

1. Introduction.mp4

01:54

2.1 How to install python.html

2. Info before you Start.mp4

09:03

2. Variables & Simple Data

1.1 Code.html

1. Install Python.mp4

08:11

2.1 Code.html

2.2 Complete Project.html

2. Setup Env.mp4

15:25

3.1 Code.html

3. Variables Start.mp4

09:04

4.1 Code.html

4. More Variables.mp4

12:00

5.1 Code.html

5. More Data Types.mp4

10:18

6.1 Code.html

6. Small string assignment.mp4

09:34

7.1 Code.html

7. Multi Line Assignments.mp4

07:33

8.1 Code.html

8. Variables Exercise.mp4

05:14

9.1 Code.html

9. String Formatting Options.mp4

10:52

3. Conditionals

1.1 Code.html

1. Simple Comparisons.mp4

06:56

2.1 Code.html

2. If Elif.mp4

09:06

3.1 Code.html

3. Indentation.mp4

07:17

4.1 Code.html

4. More Ifs.mp4

09:43

5.1 Code.html

5. And, Or.mp4

17:13

6.1 Code.html

6. If Statement Exercise.mp4

13:48

7.1 Code.html

7. Not Operator.mp4

06:56

4. While Loops

1.1 Code.html

1. Get Input.mp4

09:19

2.1 Code.html

2. Data Type Transformations.mp4

07:08

3.1 Code.html

3. Loto Assignment.mp4

10:59

4.1 Code.html

4. While loop.mp4

09:15

5.1 Code.html

5. Check even numbers.mp4

06:36

6.1 Code.html

6. Continue.mp4

05:50

7.1 Code.html

7. Indentation reminder.mp4

05:06

8.1 Code.html

8. Calculator assignment.mp4

14:34

9.1 Code.html

9. Assignment improvements.mp4

13:58

5. Functions and Debugging

1.1 Code.html

1. Define Function.mp4

07:32

2.1 Code.html

2. Function Parameters.mp4

11:11

3.1 Code.html

3. More about Functions.mp4

06:30

4.1 Code.html

4. Named params.mp4

16:22

5.1 Code.html

5.2 Code.html

5. Debugging.mp4

16:43

6.1 Code.html

6. Debugging again.mp4

17:28

7.1 Code.html

7. Even More Debugging!.mp4

21:26

8.1 Code.html

8. Function returns.mp4

11:43

6. Data Types & Dev Tools

1.1 Code.html

1. Define data types.mp4

08:49

2.1 Code.html

2. Pylint.mp4

12:41

3.1 Code.html

3. Mypy.mp4

16:07

4.1 Code.html

4. Fibonacci assignment.mp4

09:15

5.1 Code.html

5. Fibonacci solution.mp4

09:58

7. Recursion

1.1 Code.html

1. None type.mp4

05:54

2.1 Code.html

2. Recursion start.mp4

16:13

3.1 Code.html

3. Recursion with params.mp4

08:24

4.1 Code.html

4. Recursive fibo.mp4

10:38

5.1 Code.html

5. Try and Except.mp4

12:59

8. Lists

1.1 Code.html

1. Lists.mp4

10:58

2.1 Code.html

2. Get range from the list.mp4

10:48

3.1 Code.html

3. More list operations.mp4

15:37

4.1 Code.html

4. Remove item from list.mp4

15:05

5.1 Code.html

5. Interesting thing about list.mp4

06:16

6.1 Code.html

6. Fibo with list.mp4

05:45

7.1 Code.html

7. Fibo one more time.mp4

03:12

8.1 Code.html

8. Immutable vs Mutable.mp4

16:03

9.1 Code.html

9. Background to variables.mp4

19:40

10.1 Code.html

10. User list assignment.mp4

05:27

11.1 Code.html

11. User list Solution.mp4

11:14

9. For Loops

1.1 Code.html

1. For loops.mp4

16:24

2.1 Code.html

2. Get index in for loop.mp4

05:25

3.1 Code.html

3. Index method.mp4

09:12

4.1 Code.html

4. Args with .mp4

16:55

5.1 Code.html

5. Bubble sort assignment + Explanation.mp4

11:31

6.1 Code.html

6. Bubble Sort solution.mp4

11:36

7.1 Code.html

7. Optimize sort.mp4

12:52

8.1 Code.html

8. Reverse sort.mp4

04:26

9.1 Code.html

9. Tuple vs List.mp4

12:14

10. Classes

1.1 Code.html

1. Classes Big Intro.mp4

20:41

2.1 Code.html

2. Methods.mp4

10:06

3.1 Code.html

3. Method improvements.mp4

13:23

4.1 Code.html

4. Database Class.mp4

08:38

5.1 Code.html

5. Objects are mutable.mp4

09:23

6.1 Code.html

6. Magic methods.mp4

08:29

7.1 Code.html

7. Database assignment.mp4

05:20

8.1 Code.html

8. Database assignment solution.mp4

15:24

11. Inheritance

1.1 Code.html

1. Class vs Instance attribute.mp4

12:32

2.1 Code.html

2. Shape base class.mp4

12:09

3.1 Code.html

3. Polymorphism.mp4

09:45

4.1 Code.html

4. Method in base class.mp4

02:50

5.1 Code.html

5. Private in Python.mp4

04:36

6.1 Code.html

6. Super.mp4

12:44

7.1 Code.html

7. Match and Case.mp4

05:34

8.1 Code.html

8. Shape assignment.mp4

02:14

9.1 Code.html

9. Shape assignment solution.mp4

12:11

12. Turtle Start

1.1 Code.html

1.2 Complete project.html

1. Turtle Start Lecture.mp4

04:13

2.1 Code.html

2. Turtle module.mp4

11:50

3.1 Code.html

3. Simple turtle graphics.mp4

09:57

4.1 Code.html

4. Draw second triangle.mp4

08:49

5.1 Code.html

5. Range.mp4

05:42

6.1 Code.html

6. Movement in range.mp4

04:15

13. Player and Window

1.1 Code.html

1. Setup Screen.mp4

04:57

2.1 Code.html

2. Mainloop and turtle color.mp4

04:15

3.1 Code.html

3. Player class.mp4

07:17

4.1 Code.html

4. Create player additional ways.mp4

08:04

5.1 Code.html

5. Inherit Turtle.mp4

02:55

6.1 Code.html

6. Window class.mp4

04:38

7.1 Code.html

7. Position system.mp4

15:33

8.1 Code.html

8. Draw square assignment.mp4

05:10

14. Events and Movement

1.1 Code.html

1. Key Event.mp4

09:01

2.1 Code.html

2. High order functions.mp4

15:53

3.1 Code.html

3. Functions assignment.mp4

07:05

4.1 Code.html

4. Move up with set position.mp4

07:44

5.1 Code.html

5. Move to each side.mp4

04:27

6.1 Code.html

6. Global vars and game function.mp4

05:10

7.1 Code.html

7. Speed and Pen up.mp4

05:46

15. Update Loop

1.1 Code.html

1. Update loop lecture.mp4

09:48

2.1 Code.html

2. Player update.mp4

06:05

3.1 Code.html

3. Vec2D.mp4

13:08

4.1 Code.html

4. Set player direction on key press.mp4

05:29

5.1 Code.html

5. Disable tracer and add movement speed.mp4

18:26

6.1 Code.html

6. Fps and frame time.mp4

08:20

7.1 Code.html

7. Time Delta.mp4

09:48

8.1 Code.html

8. Compute real speed.mp4

14:49

9.1 Code.html

9. Class Methods.mp4

12:43

10.1 Code.html

10. Store delta time in Class.mp4

03:07

11.1 Code.html

11. Move all to Game Time.mp4

04:13

16. Advanced Movement

1.1 Code.html

1. Watched key.mp4

10:16

2.1 Code.html

2. Handle movement in Update.mp4

04:51

3.1 Code.html

3. Handle movement function.mp4

05:01

4.1 Code.html

4. Handle diagonal movement.mp4

12:08

5.1 Code.html

5. Compute magnitude.mp4

12:25

6.1 Code.html

6. Normalize movement.mp4

09:18

17. Rotations

1.1 Code.html

1. Turn to angle.mp4

10:03

2.1 Code.html

2. Smooth rotations.mp4

22:11

3.1 Code.html

3. Correct rotation.mp4

15:15

18. Enemy

1.1 Code.html

1. Enemy class.mp4

04:56

2.1 Code.html

2. Game Entity.mp4

04:38

3.1 Code.html

3. Follow the player.mp4

11:46

4.1 Code.html

4. Teleport Enemy.mp4

04:15

5.1 Code.html

5. Randomize jumps.mp4

04:59

6.1 Code.html

6. Catch the player.mp4

09:10

7.1 Code.html

7. Global game over.mp4

05:09

19. User Interface

1.1 Code.html

1. Simple Text.mp4

11:16

2.1 Code.html

2. Show text when needed.mp4

03:03

3.1 Code.html

3. UI class.mp4

03:54

4.1 Code.html

4. UI buttons.mp4

04:37

5.1 Code.html

5. Callback functions.mp4

09:52

6.1 Code.html

6. Pass player and enemy to restart.mp4

05:40

20. Lambda and Course Wrap-Up

1.1 Code.html

1. Lambda function.mp4

03:38

2.1 Code.html

2. Practicing lambda.mp4

14:45

3.1 Code.html

3. Restart player and enemy.mp4

03:52

4.1 Code.html

4. Course Done.mp4

06:24

Description

Learn Python language practically and build a game with Turtle module. From zero experience to solid coder in Python 3.

What You'll Learn?

Master Python from fundamentals to advanced concepts
Develop strong problem-solving skills for real-world scenarios
Embrace and apply principles of object-oriented design for effective programming
Apply Python to create graphics, visualization, and games

Who is this for?

Designed for those new to coding, offering a thorough introduction to Python

Tailored for developers in the early stages, providing hands-on experience in Python

Suited for individuals looking to strengthen their portfolios with practical Python projects

What You Need to Know?

No coding skills needed! Learn all the essential knowledge from scratch

More details

Description
What is Python?
Python is a beginner-friendly programming language known for its simplicity and readability. It's widely used in web development, data analysis, machine learning, AI, and automation due to its versatility and extensive libraries.

Course Description
The lessons are designed to be exciting and make Python easy to understand. You'll get engaging lectures that set the groundwork for becoming good at Python development.

1. Core Concepts Exploration:
Master vital Python basics. Delve into the core concepts of variables and simple data types, gaining a profound understanding of their pivotal role in Python programming.
Learn essentials about Python. Variables, data types, value assignments, and critical coding skills. This module lays a robust Python foundation for deeper exploration and mastery.
Sharpen your skills with practical assignments, including string manipulation and conditional statements, providing valuable hands-on experience.
2. Building Proficiency:
Progress through crucial topics such as loops, iterations,Â functions, and debugging techniques.
The course aims to impart Python knowledge and hone your problem-solving skills, making you a proficient developer.
The central part of this will be to develop your skills to understand the code you write.
This includes a wide variety of assignments that are often used in Code Interviews. These assignments include Fibonacci sequence, Sorting algorithms, Recursions, etc.
3. Object-Oriented Programming Foundation:
Delve deeply into the principles of object-oriented programming, dedicating a substantial portion of the course.
Gain a comprehensive understanding of critical elements such as classes, methods, and inheritance, unlocking the full potential of OOP.
Establish a robust foundation as you navigate through the intricacies of OOP.
This core knowledge is the starting point for your learning journey. It helps you enter the more exciting and advanced topics we'll cover later in the course.
4. Graphics, Visualization, and Game Development:
Explore the Turtle module to create captivating visuals, venturing into graphics and visualization.
Delve into game development, introducing advanced concepts like update loops, delta times, movement, rotation, and implementing game entities - All by writing purely Python code!
This section will be a great reminder of Classes and Inheritance because we will use it extensively!
Get an overview and practical skills on how the games work. The gained knowledge can be used in any other game framework like Unity.
5. Final Sections of the Course:
Conclude the course with a focus on user interfaces.
Create a simple interface to display text on the screen. Learn how to create buttons and handle events.
Explore the versatility of lambda functions in Python, adding a powerful tool to your programming toolkit.
Finish up the course by reviewing the final project. It's a chance to show off what you've learned in a hands-on way.

Why Should You Enroll?
Exciting and rewarding projects await you, offering a chance to apply your skills in real-world scenarios
By the end, you'll not only be proficient in Python but also equipped with the ability to tackle any development challenges.
The final project covers how to create a game. Which is great to show in your portfolio.

Who is this course for?
Mostly, Beginners and early-stage devs who want a comprehensive and practical introduction to Python.
Aspiring developers are seeking hands-on experience building a game from the ground up.
Who this course is for:
Designed for those new to coding, offering a thorough introduction to Python
Tailored for developers in the early stages, providing hands-on experience in Python
Suited for individuals looking to strengthen their portfolios with practical Python projects

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Python

Eincode by Filip Jerga

Instructor's Courses

Eincode mission is to provide the best online learning experience for its audience.High-quality content and programming concepts explained in real-life projects are fields where Eincode shines!Eincode covers mainly courses focusing on programming guides for web and mobile development. If you are looking for complete and comprehensive guides, then Eincode is the right choice.Instructor Filip Jerga also publishes courses.Cheers & Keep Coding!

Filip Jerga

Instructor's Courses

My name is Filip Jerga, and I am an experienced software engineer and freelance developer. I have a Master's degree in Artificial Intelligence and several years of experience working on various technologies and projects, from C++ development for ultrasound devices to modern mobile and web applications in React and Angular.Throughout my career, I have acquired advanced technical knowledge and the ability to explain programming topics clearly and in detail to a broad audience. I invite you to take my course, where I have put a lot of effort into explaining web and software engineering concepts straightforwardly, hands-on, and understandable.

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