+
---
-## 📖 Overview
-**Aurora Rendering Engine (A.R.E.)** is a high-performance path tracing library developed in C++ by **NanoEra Studio**. Leveraging OpenGL 4.3 compute shaders for GPU-accelerated path tracing, A.R.E. provides a clean and intuitive API suitable for learning and researching ray tracing techniques.
-## ✨ Features
-- 🚀 **GPU-Accelerated Path Tracing** - Powered by OpenGL 4.3 Compute Shaders
-- 🎨 **PBR Material System** - Diffuse, Metal, Dielectric materials
-- 💡 **Multiple Light Types** - Point lights, Area lights, Environmental lighting
-- 📦 **Static Library** - Easy integration into existing projects
-- 🔧 **CMake Build System** - Cross-platform support
-## 🛠️ Dependencies
-A.R.E. depends on the following external libraries:
-- **OpenGL 4.3** - Graphics API
-- **GLFW** - Window and input management
-- **GLAD** - OpenGL loader
-- **GLM** - Mathematics library
-- **stb-image** - Image loading
-- **spdlog** - Logging system
-## 📦 Quick Start
+## Overview
+**Aurora Rendering Engine (ARE)** is a high-performance path tracing library developed in C++ by **NanoEra Studio**.
+## Dependencies
+- **OpenGL 4.3**
+- **GLFW**
+- **GLAD**
+- **GLM**
+- **stb-image**
+- **spdlog**
+## Quick Start
### Clone Repository
```bash
-git clone https://github.com/NanoEraStudio/AuroraRenderingEngine.git
-cd AuroraRenderingEngine
+git clone https://github.com/NanoEra/aurora-rendering-engine.git
+cd aurora-rendering-engine
```
### Build Project
```bash
@@ -53,8 +47,8 @@ mkdir build && cd build
cmake ..
cmake --build .
```
-## 🎮 Minimal Example: Cornell Box
-The following code demonstrates how to render a classic Cornell Box scene using A.R.E.:
+## Example
+Here is a cornell box demo using ARE:
```cpp
#include 
+ 
+ 