babylonian-image-library 1.0.0
A deterministic infinite image library generator inspired by Borges' 'The Library of Babel'. Generate unique, deterministic images based on coordinate systems without storing image data.
Requires Python: >=3.7

# Babylonian Image Library <sup>v1.0.0</sup>

***

A deterministic infinite image library generator inspired by Borges' 'The Library of Babel'. Generate unique, deterministic images based on coordinate systems without storing image data.

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***

## 🚧 Project Status: Research & Development

**IMPORTANT DISCLAIMER**: This project is currently in active research and development phase. It is provided as-is for academic and experimental purposes only. No guarantees of stability, security, or fitness for any particular purpose are provided. Users assume all risks associated with usage.

---

## 🚀 Version Information

### Current Version: 1.0.0 (New Modular Architecture)

**Complete rewrite with breaking changes** - this version introduces a completely new architecture inspired by the Smart Babylon Library:

- **🌌 Multi-Universe Support** - Isolated image libraries with different configurations
- **📐 6D Coordinate System** - Floor, room, cabinet, shelf, book, page coordinates
- **🎯 Deterministic Generation** - Same coordinates always produce the same image
- **🏠 Home Directory Storage** - Organized storage in `~/babylonian_image_library/`
- **🖼️ Multiple Image Types** - Standard and abstract image generation
- **⚙️ Configurable Settings** - Custom dimensions, formats, and quality
- **📦 Modular Architecture** - Clean separation with config, coordinates, core, and generator modules

### Legacy Version: 0.1.4 (Deprecated)

**⚠️ Version `0.1.4` and earlier are no longer supported.** The previous monolithic architecture has been completely replaced by the new modular system.

**Key breaking changes from 0.1.4 to 1.0.0:**
- **New import paths**: `from babylonian_image_library import SmartBabylonImageLibrary`
- **Different coordinate system**: 6D coordinates instead of address strings
- **Modular structure**: Separate config, coordinates, core, and generator modules
- **Multi-universe support**: Isolated libraries with different configurations
- **Home directory storage**: Automatic organization in user's home folder
- **Enhanced API**: Object-oriented interface with better type safety

---

## 📚 Related Research Publications

This library implements concepts from our published research:

- **[Pointer-Based Security Paradigm](https://doi.org/10.5281/zenodo.17204738)** - Architectural shift from data protection to data non-existence
- **[Local Data Regeneration Paradigm](https://doi.org/10.5281/zenodo.17264327)** - Ontological shift from data transmission to synchronous state discovery  
- **[Deterministic Game Engine](https://doi.org/10.5281/zenodo.17383447)** - Practical implementation validating the theoretical paradigms

## Features

- **Deterministic Image Generation**: Same coordinates always produce the same image
- **Infinite Image Library**: Virtually unlimited images through coordinate system
- **Zero Image Storage**: Images generated on-demand, only metadata stored
- **Multi-Universe Support**: Isolated libraries with different configurations
- **Home Directory Storage**: Automatic organization in user's home directory
- **Configurable**: Custom image dimensions, formats, and quality
- **Abstract Art Generation**: Algorithmic abstract image creation
- **Modular Design**: Clean, maintainable architecture

## Installation

```bash
pip install babylonian-image-library
```

## Quick Start

```python
from babylonian_image_library import SmartBabylonImageLibrary

# Create library instance
library = SmartBabylonImageLibrary()

# Generate a random image
image_path = library.generate_random_image()
print(f"Image saved: {image_path}")

# Get specific image by coordinates
image = library.get_image(floor=1, room=3, cabinet=2, shelf=5, book=42, page=1)
image.save("specific_image.png")
```

## Architecture

The library follows a modular architecture:

```
babylonian_image_library/
├── library/
│   ├── config.py      # ImageLibraryConfig
│   ├── coordinates.py # ImageCoordinates  
│   ├── core.py        # BabylonianImageLibrary, SmartBabylonImageLibrary
│   └── generator.py   # BabylonianImageGenerator
```

## Coordinate System

Each image is located using 6-dimensional coordinates:
- `floor`: Library floor (0-100)
- `room`: Room number (0-50)  
- `cabinet`: Cabinet number (0-20)
- `shelf`: Shelf number (0-10)
- `book`: Book number (0-1000)
- `page`: Page number (0-500)

## Configuration

```python
from babylonian_image_library import SmartBabylonImageLibrary, ImageLibraryConfig

# Custom configuration
config = ImageLibraryConfig(
    universe="abstract_art",    # Universe name
    width=800,                  # Image width
    height=600,                 # Image height
    image_format="JPEG",        # PNG, JPEG, etc.
    quality=90                  # JPEG quality (1-100)
)

library = SmartBabylonImageLibrary(config)
```

## Migration Guide from 0.1.4 to 1.0.0

### Before (0.1.4):
```python
from babylonian_image_library import BabylonianImageLibrary

library = BabylonianImageLibrary()
address = library.generate_random_address()  # "Room42:Wall3:Shelf7:Volume5:Book23:Page456"
library.save_image(address, "image.png")
```

### After (1.0.0):
```python
from babylonian_image_library import SmartBabylonImageLibrary

library = SmartBabylonImageLibrary()
image_path = library.generate_random_image()  # Automatically generates coordinates
# Or use specific coordinates:
image = library.get_image(floor=1, room=3, cabinet=2, shelf=5, book=42, page=1)
```

## Multi-Universe Support

```python
from babylonian_image_library import SmartBabylonImageLibrary, ImageLibraryConfig

# Different universes - different images
fantasy_config = ImageLibraryConfig(universe="middle_earth")
scifi_config = ImageLibraryConfig(universe="andromeda_galaxy")

fantasy_library = SmartBabylonImageLibrary(fantasy_config)
scifi_library = SmartBabylonImageLibrary(scifi_config)

# Same coordinates, different images
fantasy_image = fantasy_library.get_image(1, 1, 1, 1, 1, 1)
scifi_image = scifi_library.get_image(1, 1, 1, 1, 1, 1)
```

## API Reference

### SmartBabylonImageLibrary

Main library interface:

- `get_image(floor, room, cabinet, shelf, book, page)` - Get image by coordinates
- `get_abstract_image(floor, room, cabinet, shelf, book, page)` - Get abstract image
- `save_image(floor, room, cabinet, shelf, book, page, filename)` - Save image to file
- `save_abstract_image(floor, room, cabinet, shelf, book, page, filename)` - Save abstract image
- `generate_random_image()` - Generate and save random image
- `get_library_info()` - Get library information

### ImageLibraryConfig

Configuration class:

- `universe` - Universe name (default: "default")
- `width` - Image width (default: 1920)
- `height` - Image height (default: 1080) 
- `image_format` - Image format (default: "PNG")
- `quality` - JPEG quality (default: 95)

### ImageCoordinates

Coordinate class:

- `floor, room, cabinet, shelf, book, page` - Coordinate components
- `seed` - Combined seed string for generation
- `to_dict()` - Convert to dictionary
- `to_json()` - Convert to JSON string

## Examples

### Basic Usage

```python
from babylonian_image_library import SmartBabylonImageLibrary

library = SmartBabylonImageLibrary()

# Generate multiple random images
for i in range(5):
    path = library.generate_random_image()
    print(f"Generated: {path}")

# Get library information
info = library.get_library_info()
print(f"Library location: {info['library_path']}")
print(f"Total images: {info['total_images']}")
```

### Working with Coordinates

```python
from babylonian_image_library import ImageCoordinates

# Create specific coordinates
coords = ImageCoordinates(floor=5, room=10, cabinet=3, shelf=2, book=150, page=42)
print(f"Coordinates: {coords}")
print(f"Seed: {coords.seed}")

# Use coordinates with library
image = library.get_image(coords.floor, coords.room, coords.cabinet, 
                         coords.shelf, coords.book, coords.page)
```

### Advanced Usage

```python
from babylonian_image_library import SmartBabylonImageLibrary, ImageLibraryConfig

# Create specialized universe for digital art
art_config = ImageLibraryConfig(
    universe="digital_art",
    width=1024,
    height=768,
    image_format="PNG"
)

art_library = SmartBabylonImageLibrary(art_config)

# Generate a series of abstract artworks
for i in range(10):
    art_library.save_abstract_image(1, 1, 1, 1, i, 0, f"artwork_{i}.png")
```

## Storage Location

Images are automatically stored in:
- Linux/Mac: `~/babylonian_image_library/{universe}/`
- Windows: `C:\Users\{username}\babylonian_image_library\{universe}\`

## Deterministic Behavior

Image generation is deterministic based on coordinates and universe:

```python
# Same coordinates = same image
library1 = SmartBabylonImageLibrary(ImageLibraryConfig(universe="test"))
library2 = SmartBabylonImageLibrary(ImageLibraryConfig(universe="test"))

image1 = library1.get_image(1, 1, 1, 1, 1, 1)
image2 = library2.get_image(1, 1, 1, 1, 1, 1)

# Images will be identical
```

## ⚠️ Important Legal Notice

**NO WARRANTY**: This software is provided for academic and research purposes only. The authors make no warranties, express or implied, regarding the software's functionality, security, or fitness for any purpose. Users assume all responsibility and risk for use.

**RESEARCH STATUS**: This implementation is part of ongoing research into deterministic systems and pointer-based architectures. It should not be used in production environments or for any critical applications.

## License

[BSD 3-Clause License](https://github.com/smartlegionlab/babylonian-image-library/blob/master/LICENSE)

## GitHub

https://github.com/smartlegionlab/babylonian-image-library