From Text to Cards: ChatGPT Transforms into an ESP32 Poker Game

Table of Contents

1. Introduction
2. The Role of Artificial Intelligence in Programming
3. Creating a Poker Game on a Breadboard
   • 3.1. Background of Poker Machines
   • 3.2. Designing the Poker Game
   • 3.3. Using Artificial Intelligence in Game Development
4. Sponsoring Message: PCB Way
5. Building the Poker Game Prototype
   • 5.1. Choosing the Development Board
   • 5.2. Programming the Board with Arduino IDE
   • 5.3. Creating Custom PCB with PCB Way
6. Obtaining Playing Card Images
   • 6.1. Difficulties in Finding Free Card Images
   • 6.2. Purchasing Card Images on Etsy
7. Converting Card Images to Code
   • 7.1. Storing Cards in an Array
   • 7.2. Representing Cards as Numbers
8. Engaging with Chat GPT for Game Logic
   • 8.1. Initiating Conversation with Chat GPT
   • 8.2. Implementing Card Shuffling and Dealing Functions
   • 8.3. Allowing Player to Select Cards to Hold
   • 8.4. Replacing Unheld Cards and Displaying New HAND
9. Testing the Game Logic in an Online Simulator
   • 9.1. Simulating Code Execution for Verification
   • 9.2. Satisfied Results and Functionality
10. Including Jokers as Wild Cards (Optional)
    • 10.1. Challenges and Complexity in Implementing Jokers
    • 10.2. Decision to Exclude Jokers
11. Adaptation for Arduino IDE
    • 11.1. Requesting Compatibility with Arduino IDE
    • 11.2. Successful Porting of Code for Arduino
12. Conclusion
    • 12.1. Initial Resistance to External Assistance
    • 12.2. Recognizing the Efficiency and Effectiveness of Chat GPT
    • 12.3. Willingness to Consider Chat GPT for Future Projects
13. Reader Opinion and Discussion
14. Sponsoring Message: Subscribe and Support
15. FAQ

Creating a Poker Game with Artificial Intelligence

In recent times, there has been a growing belief that artificial intelligence (AI) is rendering programmers obsolete. To put this claim to the test, I decided to undertake a side project involving programming on a development board – creating a poker game. While I am not a professional programmer, I was curious to explore how much AI can assist in code development. In this article, I will share the Journey of creating a poker game on a breadboard, leveraging the power of artificial intelligence through the use of Chat GPT. Through my experience, I aim to shed light on the capabilities of AI in programming, as well as the benefits and limitations of using AI assistance in personal projects.

1. Introduction

Before diving into the specifics of the poker game development, it is important to understand the Context and motivation behind this project. The introduction section will provide an overview of the project goals, the involvement of artificial intelligence, and the tools used throughout the process.

2. The Role of Artificial Intelligence in Programming

In this section, we will explore the evolving relationship between artificial intelligence and programming. We will discuss the potential impact of AI on the field of programming and address the common concerns regarding the replacement of human programmers.

3. Creating a Poker Game on a Breadboard

3.1. Background of Poker Machines

To set the stage for the poker game development, it is crucial to understand the historical context of poker machines. This subsection will Delve into the presence of similar machines in bars during the past, providing a foundation for the project.

3.2. Designing the Poker Game

In this subsection, we will discuss the design considerations for the poker game on a breadboard. We will Outline the rules of the game, the limitations of a five-card poker variant, and the visual design elements that need to be incorporated.

3.3. Using Artificial Intelligence in Game Development

This subsection will focus on the application of artificial intelligence in the development of the poker game. We will introduce Chat GPT as the AI Tool used and discuss its capabilities in understanding programming requirements.

4. Sponsoring Message: PCB Way

Before proceeding further, we would like to acknowledge our sponsor, PCB Way. This section will briefly introduce PCB Way and highlight the benefits of using their custom PCB services for personal projects.

5. Building the Poker Game Prototype

5.1. Choosing the Development Board

To kickstart the development process, the selection of a suitable development board is crucial. This subsection will explore the criteria used to choose the development board and introduce the specific board utilized for this project.

5.2. Programming the Board with Arduino IDE

In this subsection, we will provide a step-by-step guide on programming the chosen development board using the popular Arduino IDE. Instructions and Relevant links will be provided to ensure a smooth programming experience.

5.3. Creating Custom PCB with PCB Way

To elevate the project to the next level, the creation of a custom PCB becomes necessary. This subsection will showcase the process of utilizing PCB Way's services to manufacture a custom PCB for the poker game.

6. Obtaining Playing Card Images

6.1. Difficulties in Finding Free Card Images

One of the initial challenges faced in the project was obtaining suitable playing card images. In this subsection, we will discuss the difficulties encountered in finding free card images and the decision made to source images from Etsy.

6.2. Purchasing Card Images on Etsy

To overcome the challenge of finding free card images, the decision was made to purchase card images from Etsy. This subsection will walk through the process of purchasing and acquiring the necessary card images for the game.

7. Converting Card Images to Code

7.1. Storing Cards in an Array

In order to programmatically represent the playing cards, it is necessary to convert the card images into code. This subsection will explain the approach taken to store the cards in a logical manner using an array.

7.2. Representing Cards as Numbers

Building upon the previous subsection, we will delve deeper into the representation of the playing cards as numbers. This section will provide insights into the method used to assign numerical values to each card for ease of coding.

8. Engaging with Chat GPT for Game Logic

8.1. Initiating Conversation with Chat GPT

To utilize the power of artificial intelligence, Chat GPT was engaged to assist in developing the game logic. This subsection will outline the process of initiating a conversation with Chat GPT to begin the collaborative coding experience.

8.2. Implementing Card Shuffling and Dealing Functions

In this subsection, we will dive into the details of implementing the essential functions for shuffling and dealing the cards in the game. The collaboration between the programmer and Chat GPT will be explored to showcase the effectiveness of the AI tool.

8.3. Allowing Player to Select Cards to Hold

To enhance the gameplay experience, the ability for players to select cards to hold was deemed necessary. This subsection will demonstrate the collaborative process of incorporating this functionality into the game with the assistance of Chat GPT.

8.4. Replacing Unheld Cards and Displaying New Hand

To complete the gaming loop, the functionality to replace unheld cards and display the new hand was implemented. This subsection will provide insights into the coding process influenced by the collaboration with Chat GPT.

9. Testing the Game Logic in an Online Simulator

9.1. Simulating Code Execution for Verification

To ensure the accuracy and functionality of the game logic, testing was conducted using an online simulator. This subsection will highlight the importance of code verification and walk through The Simulation process.

9.2. Satisfied Results and Functionality

Based on the simulation results, the game logic was found to be satisfactory in terms of accuracy and functionality. This subsection will present the outcomes of the simulation and discuss the success of the Chat GPT collaboration.

10. Including Jokers as Wild Cards (Optional)

10.1. Challenges and Complexity in Implementing Jokers

The prospect of including Jokers as wild cards in the poker game was explored. This subsection will outline the challenges and complexities encountered in implementing this additional feature and the ultimate decision made regarding their inclusion.

10.2. Decision to Exclude Jokers

After careful consideration, the decision to exclude Jokers as wild cards was taken. This subsection will provide insights into the rationale behind this decision and its impact on the final version of the game.

11. Adaptation for Arduino IDE

11.1. Requesting Compatibility with Arduino IDE

As a secondary requirement, the adaptation of the code to be compatible with Arduino IDE was requested. This subsection will highlight the process of negotiating this addition with Chat GPT for seamless integration into the chosen programming environment.

11.2. Successful Porting of Code for Arduino

With the cooperation of Chat GPT, the code was successfully adapted for Arduino IDE. This subsection will present the resulting code and discuss the achievement of compatibility with Arduino IDE.

12. Conclusion

12.1. Initial Resistance to External Assistance

Initially uncertain about seeking external AI assistance, the programmer experienced some skepticism. This subsection will explore the doubts and concerns faced during the project's development.

12.2. Recognizing the Efficiency and Effectiveness of Chat GPT

As the project progressed, the efficiency and effectiveness of Chat GPT in assisting the programmer became evident. This subsection will highlight the benefits and advantages derived from leveraging AI capabilities.

12.3. Willingness to Consider Chat GPT for Future Projects

Reflecting on the overall experience, the programmer's willingness to consider Chat GPT for future projects emerged. This subsection will discuss the newfound acceptance and openness to using AI assistance based on the positive outcomes of this project.

13. Reader Opinion and Discussion

In this section, readers will be encouraged to share their thoughts and experiences related to using AI assistance in programming. The comments section will allow for an interactive discussion on the topic.

14. Sponsoring Message: Subscribe and Support

Before concluding the article, readers will be reminded to subscribe to the Channel and support the content creator. This section will provide information on how to subscribe and avenues for supporting the creator's work.

15. FAQ

To address common queries and provide further clarification, a list of frequently asked questions (FAQ) will be included. This section will consist of questions and answers regarding the poker game development process, AI assistance, and other related topics.