semvec/pypi-packages huggingface dataset:
fieldbillard 0.0.1
Field Billard
Requires Python: >=3.6

A simulator of 2-D positive charges interacting with each other and 
a bounding electric field. Can consider either quasi-electrostatic approximation 
or quasi-electromagnetostatics approximation (through the Darwin Hamiltonian).
Built on PyTorch mostly.

Mostly a toy project done from boredom.


## Installing
On this folder:
```sh
pip install .
```

## Usage
To open the GUI
```sh
import fieldbillard
fieldbillard.run()
```

![Alt text](docs/figs/examplegui.png?raw=true "GUI")
craedl 1.0.3
A Python SDK for Craedl
Requires Python: >=3.7

# Craedl Python SDK

The Craedl Python SDK (Software Development Kit) enables Craedl users to access
their [Craedl](https://craedl.org) accounts using the Python programming
language. This provides a mechanism for using Craedl on computers without access
to a web browser (such as a high-performance computing cluster) and to automate
common Craedl project manipulations (such as file uploads and downloads) within
a Python script.

## Quick start

Get started with the Craedl Python SDK by obtaining it via
[PyPI](https://pypi.org/project/craedl/):

```
pip install craedl
```

Log into your Craedl account at [Craedl.org](https://craedl.org) and generate an
API access token by clicking the key tab in your profile view. Copy your token
and paste it when prompted after running one of the following commands:

**(A) Configure your account through a system shell**
```
python -m craedl
```

**(B) Configure your account through an interactive Python interpreter**
```
import craedl
craedl.configure()
```

Now you can use Python to access your Craedl, for example:

```
import craedl
profile = craedl.auth()
for craedl in profile.craedls:
    print(craedl)
```

## More information

For more information about the Craedl Python SDK, refer to
[our documentation](https://craedl-sdk-python.readthedocs.io). The source code
is hosted on [GitHub](https://github.com/craedl/craedl-sdk-python).