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Kevin Webb

Learner reviews:

"I thought that this was an excellent course. All of the explanations and examples were easy to follow, and I felt that the course built upon itself in a way that was easy to follow along. I never felt lost, and I feel much more confident trying to develop my own text adventure now."

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Learner reviews:

"I thought that this was an excellent course. All of the explanations and examples were easy to follow, and I felt that the course built upon itself in a way that was easy to follow along. I never felt lost, and I feel much more confident trying to develop my own text adventure now."

Computer Science and Computational Thinking are now being taught to learners of all ages, and Python has become the popular choice in schools for learning text-based programming.  Many learners and teachers, however, struggle with the curriculum requirements beyond the more simple Scratch, Flowol and Small Basic block programming.  Python is the perfect next step, and you don't need to purchase or download the software, as it is available for free online.

The fun Text Adventure Game is designed to help you, the learners and teachers / trainees, understand the concepts of text-based computer programming and the Python computer language, using simple, easy to follow steps.  You can now learn in your own time, and in the comfort of your own home through Udemy's online learning platform, how to program using the most essential commands in the Python programming software.  The ideas from this course can even be taken into the classroom for the  to use, making life so much easier.

This Python course focuses specifically on helping you to get up and running with real practical skills and understanding.  Follow step by step with videos, downloads, quizzes and tasks.  Once you’ve completed this course, you’ll have a working Text Adventure Game that can be used by others and developed further with more intricate features when you're ready.  Most importantly, you'll be ready to confidently teach these skills and / or create simple programs effectively using Python programming language.  You'll soon be ready to progress onto more advanced programming skills with a better understanding.

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What's inside

Learning objectives

  • * everyday python code, used to create common algorithms (instructions)
  • * create and run a simple interactive text adventure game
  • * use commands to print to screen, with tips and tricks for presentation
  • * define 'sub-routines' to navigate around the game
  • * the three main programming constructs 'sequencing', 'selection (if, else)', and 'repetition / iteration (while loops)'
  • * write program code that prompts the user to input data
  • * create code to run different options using the 'if' command
  • * create looping code using the 'while' command
  • * assign values to 'variables'
  • * identify and correct simple syntax, semantic and runtime errors
  • So are you ready? ok, let’s get busy!
  • Show more
  • Show less

Syllabus

By the end of Section 1, you'll be able to confidently access Python and get cracking with this learning program. You're on your way to making your own text adventure game while learning to program
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Lecture 1 covers:

  • A few keywords

  • What you will learn

  • What to expect when following this course

Lecture 2 highlights the overall objectives of the course.

Overview of how to access an online Python environment (editor) for free if you don't have your own installed version.

Video explaining how to access an online Python environment (editor) for free if you don't have your own installed version.

Explains how to create a new file for the online Python editor (the 'coding' environment); what happens where you don't have an account with an online Python editor; and how to create a new file in your installed Python software.

Explanation of the origins and history of the Text Adventure game, and the concept of the game.

Explaining the purpose of a map (location plan) for the Text Adventure game.

Objective: Gain an insight into the code that you'll be learning to use for the game.

Download the code (the '1_Text_Adventure' files)

Test your memory on flowchart symbols

Which is the most correct statement?

The print command

Check your understanding of the four error types

Now's a good time to reflect on user input, output and the whole interaction between program and user.

Pay particular attention to 'local variable'.

Check how much you remember and understand with functions

Check to see how much you understand about the IF statement

Check to see how well you understand the while command

Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Uses a text adventure game to teach Python, which can make learning more engaging and relatable for beginners and those new to programming concepts
Covers essential programming constructs like sequencing, selection (IF, Else), and repetition (WHILE loops), which are fundamental concepts in computer science
Includes activities focused on debugging, which is a crucial skill for any programmer to develop early on in their learning journey
Emphasizes the use of free online Python environments, removing a potential barrier to entry for learners who may not have Python installed on their computers
Requires learners to download course files, which may pose a challenge for those with limited internet access or storage capacity
Focuses on creating a specific type of game, which may not appeal to learners interested in other applications of Python programming

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Create your own learning path. Save this course to your list so you can find it easily later.
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Reviews summary

Easy python basics via text game

Based on the single provided review excerpt, learners say this course is an excellent introduction to Python 3. The explanations and examples are described as easy to follow. The content builds progressively, helping students feel never lost and significantly more confident in their ability to develop their own text adventure game. The course appears well-structured for absolute beginners.
Explanations and examples are clear.
"All of the explanations and examples were easy to follow..."
Course content builds concepts clearly.
"...felt that the course built upon itself in a way that was easy to follow along. I never felt lost..."
Feel more confident developing a game.
"...feel much more confident trying to develop my own text adventure now."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Learn Python 3 Programming with an easy Text Adventure Game with these activities:
Review Basic Programming Concepts
Reviewing basic programming concepts like variables, loops, and conditional statements will provide a solid foundation for understanding the Python code used in the text adventure game.
Browse courses on Programming Fundamentals
Show steps
  • Read introductory materials on programming concepts.
  • Complete online quizzes to test your understanding.
  • Write simple code snippets to practice each concept.
Read 'Automate the Boring Stuff with Python'
Reading this book will provide a broader understanding of Python's capabilities and reinforce the concepts learned in the course.
Show steps
  • Read the chapters relevant to basic Python syntax and control flow.
  • Work through the examples and exercises in the book.
  • Adapt some of the examples to the context of the text adventure game.
Practice Python Syntax on CodingBat
Practicing Python syntax on CodingBat will help solidify your understanding of the language and improve your coding speed and accuracy.
Show steps
  • Visit the CodingBat website and select the Python section.
  • Work through the exercises on strings, loops, and conditional statements.
  • Aim to solve at least 10 exercises per session.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Help Other Students in the Course Forums
Helping other students by answering their questions and providing guidance will reinforce your own understanding of the course material.
Show steps
  • Regularly check the course forums for new questions.
  • Provide clear and concise answers to student inquiries.
  • Share your own code examples and solutions to help others learn.
Read 'Python Crash Course'
Reading this book will provide a more in-depth understanding of Python and its various libraries, which can be helpful for expanding your text adventure game.
Show steps
  • Read the chapters on data structures, functions, and object-oriented programming.
  • Experiment with the code examples and try to modify them.
  • Apply the concepts learned to improve your text adventure game.
Write a Blog Post About Your Text Adventure Game
Writing a blog post about your text adventure game will help you reflect on the design and development process, and share your creation with others.
Show steps
  • Describe the concept and storyline of your game.
  • Explain the Python code used to implement the game's features.
  • Share your game with others and solicit feedback.
Expand Your Text Adventure Game
Expanding your text adventure game with new features and content will allow you to apply your Python skills and create a more engaging experience for players.
Show steps
  • Add new locations, characters, and items to the game.
  • Implement more complex puzzles and challenges.
  • Incorporate sound effects and graphics to enhance the game's atmosphere.

Career center

Learners who complete Learn Python 3 Programming with an easy Text Adventure Game will develop knowledge and skills that may be useful to these careers:
Computer Science Teacher
A computer science teacher educates students on the principles of computer science and programming. This Python course is designed for learners and teachers, making it an excellent resource for a computer science teacher. The course focuses on teaching Python programming through the creation of a text adventure game, which is both engaging and educational for students. The course helps teachers learn Python programming concepts and provides them with a hands-on project to demonstrate these concepts to their students. The course materials can be taken into the classroom.
Python Developer
A Python developer specializes in building applications and systems using the Python programming language. This Python course provides a practical introduction to Python, with an emphasis on building a text adventure game. This project introduces learners to fundamental concepts such as using print commands for output, defining subroutines for game navigation, and implementing conditional logic with IF/ELSE statements, all of which are essential for Python development. The course also covers error handling, debugging, and user input/output, all crucial skills for creating robust Python applications. Learning to build a functional game makes this course an attractive path to Python development.
Technology Trainer
A technology trainer provides instruction on using software and hardware technologies. This Python course helps technology trainers learn Python programming concepts and provides them with a practical project to demonstrate these concepts to their students. The course's focus on building a text adventure game provides a hands-on learning experience that can be easily replicated in a training environment. The course materials, step-by-step instructions, and explanations of programming concepts make it a valuable resource for technology trainers who want to teach Python programming to others.
Software Engineer
A software engineer applies engineering principles to design, develop, and maintain software systems. This Python course helps build a foundation in programming using Python, through the creation of a text adventure game. The course covers core concepts such as algorithm design, control flow, and debugging, which are essential for any software engineer. Gaining hands-on experience by building a complete software project, as learners do in this course, can be a stepping stone to understanding software engineering principles by emphasizing subroutines, which adds modularity to code and increases the readability of software.
Educator
Educators instruct students in a variety of subjects. This Python course may benefit educators who wish to teach introductory programming concepts using Python. The course's focus on teaching Python through a fun text adventure game makes it an engaging and accessible way for students to learn. Educators can use the course materials, game project, and step-by-step instructions to teach programming skills in an interactive way. The course also covers essential concepts such as algorithm design, control flow, and debugging, which are crucial for educators to effectively teach programming.
Software Developer
A software developer designs, develops, and tests software applications. This Python course may be useful for aspiring software developers due to its practical approach to learning Python through building a text adventure game. The course covers foundational concepts like sequencing, selection using 'IF' statements, and repetition using 'WHILE' loops. Understanding these constructs, as taught in the course, helps build a foundation for creating more complex software in Python. Moreover, the course's focus on identifying and correcting syntax, semantic, and runtime errors is invaluable for any software developer in debugging code effectively.
Data Analyst
A data analyst collects, processes, and analyzes data to identify trends and insights that can inform business decisions. This introductory Python course may be useful by teaching foundational programming concepts and syntax in Python, which is frequently used to conduct data analysis. The course's emphasis on creating algorithms, using variables, and implementing control flow structures such as 'IF' statements and 'WHILE' loops may help build a foundation for data manipulation and analysis. Furthermore, the course teaches debugging skills, which are valuable for troubleshooting code during data analysis projects.
Game Developer
A game developer creates video games for various platforms. While this Python course focuses on a text adventure game, which is simpler than modern graphical games, it helps build a foundation in game logic, user interaction, and basic programming principles applicable to game development. The course guides learners through planning, prototyping, and coding a complete game, covering essential concepts like subroutines for game structure and conditional statements for decision-making. By building a game from scratch, learners gain practical experience that may be useful to game development.
Data Scientist
A data scientist analyzes large datasets to extract meaningful insights using statistical techniques and programming languages like Python. This introductory Python course may be useful for aspiring data scientists because it introduces core programming concepts and syntax in Python. The course's emphasis on creating algorithms, using variables, and implementing control flow structures such as 'IF' statements and 'WHILE' loops helps build a base for data manipulation and analysis. Furthermore, the course teaches debugging skills, which are valuable for troubleshooting code during data analysis projects.
Web Developer
A web developer builds and maintains websites and web applications. While this Python course does not directly cover web development frameworks, it provides a foundation in Python programming, which can be useful for backend web development using frameworks like Django or Flask. The course helps build proficiency in writing Python code, creating interactive programs with user input, and implementing logic using conditional statements and loops. These fundamental skills, as taught in the course, are transferable to web development tasks such as handling user requests, processing data, and interacting with databases.
Automation Engineer
An automation engineer designs and implements automated systems and processes, often using programming languages like Python. This Python course may be useful, as it helps one learn the fundamentals of Python programming through a practical project. The course covers essential concepts such as writing code, implementing control flow, and handling user input, which are all applicable to automating tasks and systems. By learning how to create interactive programs and implement logic using 'IF' statements and 'WHILE' loops, learners gain skills that may be transferable to automating processes and creating scripts for various applications.
Quality Assurance Engineer
A quality assurance engineer tests software to ensure that it meets quality standards and functions correctly. This Python course may be useful by teaching foundational programming concepts and debugging skills that can aid in writing test scripts and identifying software defects. The course emphasizes error handling, debugging techniques, and understanding different types of errors, which are all valuable for a quality assurance engineer. By demonstrating understanding control flow and program logic through a text adventure game, learners can develop the analytical skills needed to approach testing software.
Instructional Designer
An instructional designer creates learning materials and experiences, often for online courses or training programs. This Python course may be useful, as it provides the instructional designer with a complete project-based learning experience in Python programming. By working through the course and building the text adventure game, the instructional designer can gain firsthand experience in developing engaging and effective learning materials for programming. The course's structure, step-by-step instructions, and coverage of essential programming concepts can inform and inspire the design of other instructional materials.
Curriculum Developer
A curriculum developer designs and develops educational curricula for schools, colleges, or training programs. This Python course may be useful by providing curriculum developers with a practical example of a project-based learning curriculum for Python programming. The course's focus on building a text adventure game using Python provides a hands-on learning experience that can be adapted and incorporated into other programming curricula. The course structure, step-by-step instructions, and coverage of essential programming concepts serve as a valuable resource for curriculum developers looking to create engaging and effective Python programming curricula.
Technology Consultant
A technology consultant advises organizations on how to use technology to meet their business goals. This Python course may be helpful for technology consultants who need to understand basic programming principles and the capabilities of Python. While the course focuses on a simple text adventure game, it may provide a foundational understanding of how software is developed and how Python can be used to solve problems. The course's coverage of essential programming concepts such as algorithm design, control flow, and debugging can inform a technology consultant's recommendations.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Learn Python 3 Programming with an easy Text Adventure Game.
Provides a practical introduction to Python programming, focusing on automating everyday tasks. It covers essential Python concepts in a clear and accessible manner, making it ideal for beginners. The book's emphasis on practical application aligns perfectly with the course's goal of creating a text adventure game. It serves as a valuable reference for students looking to expand their Python skills beyond the scope of the course.
Offers a fast-paced, thorough introduction to Python that will have you writing programs, solving problems, and making things that work in no time. In the first half of the book, you’ll learn about basic programming concepts, such as lists, dictionaries, classes, and loops, and practice writing clean and readable code with exercises for each topic. You’ll also learn how to make your programs interactive and how to test your code safely before adding it to a project. This book is useful as additional reading to reinforce the concepts taught in the course.

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