Argon v3

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    <img width="150" src="logos/ArLogo.png">
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<h1>Argon v3</h1>
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ARGON 3 is a math-driven programming language designed to make code easy to read and write. It's not meant to be fast, as it's interpreted.

## 📚 Features
   - Easy to read and write: Argon 3 is designed with clarity of code in mind, making it easier for you and others to read and write code.
   - All numbers are stored as rational numbers, preventing precision errors.
   - Math-driven: Designed for mathematical computations, Argon 3 uses techniques and rules set in maths. It's designed to be easy for mathematicians to write and understand algorithms in.
   - Interpreted: Argon 3 is an interpreted language, so you don't need to compile your code before running it.
   - Cross-platform: Argon 3 can be run on any platform that has an interpreter for it.

## 💻 Installation
### Windows
As of now, Argon 3 does not have a windows installer. Feel free to clone this repo and run the `build.bat` file. the build will be found in `bin\argon.exe`.
If you want to also use the isotope package manager, you can find the source code [here](https://github.com/open-argon/isotope).

### UNIX based (macOS and Linux)
Unix based operating systems can use the argon installer script found at [https://argon.wbell.dev/](https://argon.wbell.dev/). The script should run on all modern linux distros, and should also work on macOS with limited support. It may also work on other Unix based operating systems such at FreeBSD, but those are untested but are supported if you have issues.

## 📖 Usage
To use Argon 3, you can create a file with the .ar extension and write your code in it. Then, you can run your code using the interpreter. For example, if you have a file called example.ar, you can run it using the following command:

```
argon example.ar
```

## 🔍 Specification

For a detailed specification of the Argon 3 language, please refer to [the docs](https://argon.wbell.dev/docs/).

## 🚀 Example Code

Here's an example of how to define a function in Argon 3:

```javascript
f(x) = x^2 + 2*x + 1
term.log('f(10) =', f(10))
```

This code defines a function f(x) that calculates x^2 + 2*x + 1. It then calls the function with an argument of 10 and logs the result to the console.

Please note that this example is subject to change as the specification is in beta and may be updated frequently.

## Licence

GNU General Public License v3.0