Arcade Retail Store Game for Kids

Build a fun, simple arcade retail game for home use on Raspberry Pi with barcode scanning, arcade controls, and retro 16-bit aesthetics for 4-year-olds.

Game Overview

Create a combination hardware/software game console that plugs into a TV or monitor, featuring:

Hardware Requirements

Development Instructions

1. Project Setup & Architecture

Set up a simple, offline-first Python game using Pygame:

```python

Use Pygame for game engine

Structure:

- main.py: Entry point, game loop

- retail_mode.py: Shopping simulation logic

- timer_mode.py: Speed challenge logic

- sku_manager.py: Product database (local JSON file)

- hardware.py: Button/joystick/scanner input handling

- assets/: Images and sound effects folder

```

2. Offline-First Data Management

Create a simple JSON-based SKU database:

```json

{

"products": [

{

"barcode": "123456789",

"name": "Milk",

"price": 2.99,

"image": "milk.png"

}

]

}

```

Store in local file, no API dependencies.

3. Dual Input System (Testing & Production)

Implement keyboard fallback for desktop development:

4. Retail Mode Implementation

Build shopping simulation with:

5. Timer Mode Implementation

Create speed challenge with:

6. 16-Bit Arcade Aesthetics

Design with early 1990s arcade style:

Create placeholder assets initially:

7. SKU Management Options

Implement two methods:

**A. In-Game Editor** (simple):

**B. Mobile App via Bluetooth** (bonus):

8. Raspberry Pi Auto-Start

Configure game to launch on boot:

9. Image Generation Bonus Feature

If implementing AI product image generation:

10. Testing Checklist

Key Technical Considerations

Example Game Loop Structure

```python

while running:

for event in pygame.event.get():

if event.type == KEYDOWN or event.type == JOYBUTTONDOWN:

handle_input(event)

if barcode_scanned():

process_scan()

if mode == "retail":

update_retail_logic()

elif mode == "timer":

update_timer_logic()

render_screen()

clock.tick(60) # 60 FPS

```

Resources & Assets

Plan to create or source:

Constraints

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Build incrementally: Start with desktop prototype → Add hardware integration → Polish aesthetics → Implement bonus features