Metadata-Version: 2.4
Name: hlpl
Version: 0.1.0
Summary: Human Life Programming Language - Build dynamic digital characters and living environments
Author: HLPL Project
License: MIT
Keywords: hlpl,simulation,e-character,e-city,robotics
Classifier: Development Status :: 3 - Alpha
Classifier: License :: OSI Approved :: MIT License
Classifier: Programming Language :: Python :: 3
Requires-Python: >=3.8
Description-Content-Type: text/markdown
License-File: LICENSE
Requires-Dist: pillow>=9.0
Requires-Dist: numpy>=1.21
Dynamic: license-file

# HLPL: Human Life Programming Language

**HLPL** (Human Life Programming Language) is a specialized programming language developed to build dynamic digital characters and simulate their living environments. 

---

## 🌍 Environment & Nature Simulation
Simulating an environment involves digitally constructing cities, villages, and natural elements (such as trees, mountains, clouds, sky, and earth). 

* **How it works:** HLPL takes static data (like images) from a real-world environment and transforms it into a dynamic, real-time view. 
* **The Result:** The perspective changes seamlessly based on position and time—just as it would in the real world—effectively transforming static captures into interactive **e-cities**.

## 👥 Character Simulation
HLPL allows you to create digital characters—including humans, animals, plants, and even inanimate objects—complete with lifelike interactions and emotional logic. Character creation consists of two main pillars:

1. **Appearance Cloning:** HLPL takes static images of a subject and converts them into a dynamic asset that shifts smoothly across all angles, mirroring how a real-world camera perspective changes.
2. **Mind Cloning:** Developers write HLPL code based on the behavioral patterns, memory, and personality of the real-life subject.

Combining appearance and mind into a single codebase results in an **e-character** that can be revived and hosted on the internet.

## 🤖 Robotics Integration
Characters created with HLPL can be deployed into physical robotics, resulting in highly lifelike creatures. 

* **Complexity Scaling:** The larger and more comprehensive the character code, the more human-like the robot becomes.
* **The Horizon of Realism:** By writing extensive code that covers a vast range of real-life possibilities, you can create a simulation so precise that an average human cannot distinguish the robot from a real person. This advanced tier involves simulating realistic skin, weight dynamics, and nuanced movement styles, requiring a robust technological foundation.

## 💼 Use Cases & Applications
* **Professional Roles:** HLPL characters can serve as digital teachers, business receptionists, or fill any role requiring guidance and leadership.
* **Physical Automation:** They can be deployed into hardware to perform physical labor, though this requires significant manufacturing capital.
* **Scale Flexibility:** HLPL can simulate a single isolated living entity or scale up to model an entire society of distinct characters interacting within a shared environment.

## 📦 Data Structure & File Formats
The project organizes its assets using highly structured compressed packages:

| Asset Type | Package Format | Contents |
| :--- | :--- | :--- |
| **Character** | `.zip` file | Contains character blueprints, animations, movement paths, localized settings, and behavioral HLPL code. |
| **City / Village** | `.zip` file | Contains comprehensive environmental imagery (buildings, houses, terrain, mountains) mapped to specific geographical coordinates and viewing directions. |


## PyPI Install
```bash
pip install hlpl
```
