semvec/pypi-packages huggingface dataset:
teobresums 4.4.1
TEOBResumS: Effective-One-Body model for compact binary coalescences

# TEOBResumS: Effective-one-body model for compact binary waveforms

## Pre-requisites

 * C compiler (e.g. GCC)
 * [GSL library](https://www.gnu.org/software/gsl/)

## Usage

To start, checkout the [Wiki](https://bitbucket.org/eob_ihes/teobresums/wiki/browse/).

### Python extension

```
$ python
>>> import EOBRun_module
```

Example scripts for using the python module can be found in `Python/Examples/` [here](https://bitbucket.org/eob_ihes/teobresums/src/master/Python/Examples/).

## References

Please, consult the complete list of [references on the Wiki](https://bitbucket.org/eob_ihes/teobresums/wiki/References) and cite papers according to what you use.

## Developers

Please contact Sebastiano Bernuzzi and Alessandro Nagar if you wish to be included in the list of developers.

A short description of the code can be found in [here](C/README.md). Please, take a moment to understand the data structures and how the parameters are managed.

See [here](https://bitbucket.org/eob_ihes/teobresums/wiki/EOB-repo-usage) for a description of the workflow of this repo.

If you want to start a new branch or development make sure to

 * Talk to us 
 * Run the benchmark *before* applying any change 
 * Run the benchmark *after* you applied your changes and before pushing them; compare and make sure you did not break anything.

## Contact

You can get in contact with TEOBResumS developers and fellow users through our mailing list. To subscribe please click on the badge below.

[![Mailing List](https://img.shields.io/badge/mailing%20list-join-informational)](https://lserv.uni-jena.de/mailman/listinfo/teobresums)
zig-minesolver 0.1.1
Minesweeper solver in Zig

# Minesweeper solver

    A minesweeper solver written in Zig.


    The following cell representations are used for input boards:
    - `#` for an unclicked cell
    - `<N>` where `N=0,1,2,...` is a number shown in a cell
    - `.` as an alternative to `0` (since the number 0 is not normally shown)
    - `*` to represent a single mine (may be a revealed mine or a flag)
    - `*<N>` where `N=1,2,...` is the number of mines


    Example usage:
    ```
    >>> import zig_minesolver
    >>> board = """
    ... # 2 # # #
    ... # # # # #
    ... # 3 # # #
    ... # 2 # 4 #
    ... # # # # #
    ... """
    >>> probs = zig_minesolver.get_board_probs(board, mines=8)
    >>> print("
".join(str(x) for x in probs))
    [0.27108, 0.0, 0.27108, 0.31325, 0.31325]
    [0.48594, 0.48594, 0.48594, 0.31325, 0.31325]
    [0.26506, 0.0, 0.50602, 0.5494, 0.5494]
    [0.26506, 0.0, 0.50602, 0.0, 0.5494]
    [0.10843, 0.10843, 0.24096, 0.5494, 0.5494]
    >>>
    ```
eazure 0.1.2
Eazure: A package providing easier access to Azure storage, tables, and queue functions.
Requires Python: >=3.7

## Overview

Eazure (Easy Azure) is a Python package that serves as a comprehensive wrapper for Azure utilities. It simplifies and streamlines interactions with various Azure services, providing easy-to-use functions for downloading and uploading blobs, managing tables, handling queues, and more.

## Features

- **Blob Management**: Easily download and upload blobs to your Azure storage account.
- **Table Management**: Efficiently manage your Azure tables.
- **Queue Management**: Simplify interactions with Azure queues.
- **Azure Key Vault Utility**: Simplify interactions with Azure Keys.


## Installation

You can install Eazure using pip:

```bash
pip install eazure
```

## Usage

Here's a simple example of how to use Eazure:

```python
import eazure

# Initialize the Eazure client
ea = eazure.Client()

ea.connection_string = 'connection_string'

# Download a blob
ea.download_blob('your-container-name', 'your-blob-name', 'output-file-path')

# Upload a blob
ea.upload_blob('your-container-name', 'your-blob-name','input-file-path')
```

## Contributing

We welcome contributions!