# conformallab++

conformallab++ is a modern C++ reimplementation of the ConformalLab software by Stefan Sechelmann for experiments in discrete conformal geometry and related mesh transformations.
  

It builds on well‑established open‑source libraries such as **CGAL**, **Eigen**, and **Boost** for robust geometric data structures and efficient numerical computations, and uses single‑header libraries **CLI11** and **json.hpp** for a lightweight command‑line interface and configuration handling. In addition, **libigl**’s OpenGL viewer stack based on **GLFW** provides portable windowing and input handling, while the separate **libigl‑glad** component supplies a generated OpenGL function loader for the required core profile, making interactive visualization easy to integrate.


## Status

This project is in an early prototype stage.  
API, file formats and command‑line interface are all subject to change.

## Features (placeholder)

- Discrete conformal geometry utilities (placeholder)
- Mesh and graph data structures built on CGAL (placeholder)
- Linear algebra and optimization routines using Eigen (placeholder)
- High‑level operations and helpers based on Boost (placeholder)
- Command‑line tools with CLI11 and JSON configuration (placeholder)

## Getting started

### Prerequisites

- A C++20 compiler (e.g. `g++` or `clang++`)
- CMake version 3.20  

### Clone the repository

```bash
git clone https://codeberg.org/user2595/ConformalLabpp
cd conformallabpp/code
```

### Configure and build
```bash
cmake -S . -B build && cmake --build build
```

### Run the binare
```bash
 ./bin/conformallab_core --input ./data/off/simple_cupe.off
```
### License
conformallabpp is released under the MIT License (see LICENSE).