Create a Mobile App with ChatGPT & Flutter in EP. 1

Create a Mobile App with ChatGPT & Flutter in EP. 1

Table of Contents

1. Introduction
2. Project Outline
3. Game Setup
   • Selecting Number of Players
   • Setting Starting Life Count
   • Choosing Dice
4. In-Game Operations
   • Displaying Player's Life Count
   • Adding and Subtracting Life
   • Randomly Selecting Starting Turn
   • Interacting with the Dice
   • Shaking the Device to Roll the Dice
   • Restarting the Game
   • Accessing Settings Menu
   • Adjusting Life Count and Number of Players
5. App Layout
6. Building the App with Flutter
7. Generating Shapes in Dart
8. Making the Game GRID Adaptable
9. Adding Player and Dice Overlays
10. Conclusion

Building a Mobile Application Using Chat GPT and Flutter

In this article, we will explore the process of building a mobile application using Chat GPT and Flutter. For those unfamiliar, Chat GPT is an AI-powered chatbot developed by OpenAI and Flutter is a framework for developing mobile applications using the Dart programming language. Although the author of this article has limited experience in mobile app development, the intention is to leverage Chat GPT to learn the necessary skills to Create a simple mobile application - a life counter for a turn-Based game.

Project Outline

Before diving into the development process, it is important to establish a clear outline for the project. The basic functionality of the app will include game setup, in-game operations, and various interactions with the dice. The app will also incorporate features such as player customization and settings menu.

Game Setup

The first step in setting up the game involves selecting the number of players, defining the starting life count, and choosing the Type of dice. The app will allow for customization or the option to use default values. Additionally, players may have the ability to input their names and select a background color for their player cell.

In-Game Operations

During the game, the app will display each player's life count on the screen. Players will have the option to add or subtract from their life count using intuitive functionality. The app will also feature a random starting turn selection, ensuring fairness in gameplay. Interacting with the dice will involve tapping to roll and double-tapping to access a menu for die customization.

One of the standout features of the app will be the ability to shake the device to roll the dice. This feature adds an element of excitement and realism to the gameplay. Additionally, the app will include a restart button for starting a new game without changing the settings. A settings menu will provide options to modify the life count, number of players, and other game parameters.

App Layout

The app will utilize a grid-based layout to emulate a game table. Each player's cell will display their name, life count, and potentially other Relevant information. The player whose turn it is will be highlighted to provide visual cues. For games with more than two players, the app will support dragging and dropping players into appropriate slots, facilitating easy game setup.

Building the App with Flutter

With limited experience in Flutter, the author will rely on Chat GPT to navigate the development process. Flutter is an open-source framework created by Google for mobile application development. Installation instructions can be found at flutter.dev. Once Flutter is installed, the next step is to create the main code for the app in the main.dart file.

Generating Shapes in Dart

In order to create and arrange shapes in a grid, we will utilize the Dart programming language. Chat GPT can provide guidance on how to generate and manipulate shapes in Dart effectively. This feature will play a crucial role in creating the game grid and ensuring its adaptability.

Making the Game Grid Adaptable

To cater to different game scenarios, it is essential to make the game grid adaptable. This means allowing for scalability in the number of players and adjusting the layout accordingly. By implementing dynamic cells or slots, players can be easily rearranged to match their seating positions.

Adding Player and Dice Overlays

The final steps involve adding player and dice overlays to the app. Player overlays will display the player's name, life count, and any additional information. Dice overlays provide a visually appealing representation of the selected die and allow for interactive rolling and customization.

Conclusion

In this article, we have explored the process of building a mobile application using Chat GPT and Flutter. We have outlined the project, discussed game setup and in-game operations, and touched upon the app's layout. Additionally, we have delved into the development process with Flutter and utilizing Dart for Shape generation. By incorporating Chat GPT's guidance, we can learn how to create an adaptable game grid and add player and dice overlays. The next episode will focus on making the game grid adaptable and integrating player and dice overlays into the app. Stay tuned for more exciting progress in our mobile application development Journey.