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How I Created a Bubble Shooter Game with Google Code Assist and ChatGPT Prompts

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How I Created a Bubble Shooter Game with Google Code Assist and ChatGPT Prompts

I created a Bubble Shooter Android game using Google Code Assist and ChatGPT prompts. In this blog, I share how AI helped me build game logic, UI, aiming, levels, and Play Store setup faster without creating separate image assets.

Published May 16, 2026 at 03:20 AM2 min read382 words
#AI game development#Google Code Assist#ChatGPT prompts#Bubble Shooter game#Android game development#mobile game development#AI coding tools#game development with AI#Android native game#Play Store app#developer tools#prompt engineering#MTKits#coding with AI#casual mobile game

Creating a mobile game can take a lot of time, especially when you have to manage game logic, UI, levels, sounds, ads, and Play Store setup.

https://play.google.com/store/apps/details?id=com.mtkits.bubbleshooter

Recently, I created my own Bubble Shooter game for Android with the help of Google Code Assist and prompts prepared through ChatGPT.

You can try the game here:
https://play.google.com/store/apps/details?id=com.mtkits.bubbleshooter

The Idea

The goal was to create a simple and fun bubble shooter game where users can aim, shoot, match colors, clear bubbles, and complete levels.

Instead of writing everything from scratch manually, I used AI tools to speed up the development process.

How ChatGPT Helped

I used ChatGPT to create clear prompts for different parts of the game, such as:

  • Bubble shooter game logic
  • Android native game structure
  • Aim line and bounce direction
  • Bubble colors and UI design
  • Score and level system
  • Bomb feature
  • Play Store setup and policy questions

The biggest help was that ChatGPT converted my rough ideas into proper technical prompts.

How Google Code Assist Helped

After preparing the prompts, I used Google Code Assist to generate and improve the code.

It helped me build the main features like:

  • Drawing bubbles
  • Shooting logic
  • Collision detection
  • Matching same-color bubbles
  • Removing bubbles
  • Score updates
  • Level progress
  • UI improvements

The first version was not perfect, but after a few prompt improvements, the game became much better.

No Image Assets Needed

One good thing about this game is that most of the bubbles are created using code, not separate image files.

The game draws colorful bubbles directly using Android drawing logic. This helps keep the app lightweight and easier to update.

What I Learned

The main lesson is that AI works better when your prompt is clear.

A small prompt like:

“Create a bubble shooter game”

is not enough.

But a detailed prompt like:

“Create a native Android bubble shooter game with aiming line, bounce reflection, colorful bubbles, score system, level system, and smooth UI”

gives much better results.

Final Thoughts

This project showed me how useful AI tools can be for developers.

ChatGPT helped me prepare better prompts, and Google Code Assist helped me turn those prompts into working code.

AI does not replace developers, but it can save time and help build faster.

My Bubble Shooter game is now live on Google Play:

https://play.google.com/store/apps/details?id=com.mtkits.bubbleshooter

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