semvec/pypi-packages huggingface dataset:
wlmclear 1.0.0
WindowsMacLiux Clear, clears the console in all 3 major operating systems with just the simple command: clean
Requires Python: >=3.12

# WindowsLinuxMac Clear
A simple solution, to clear the screen in all 3 major operating systems, with a simple command:

```
# Import
from wlmclear import clear
# Use it
clear()
dnamite 1.0.8
Implementation of DNAMite, an interpretable model for survival analysis and more.
Requires Python: >=3.7

# DNAMite

DNAMite: a package for Discrete Neural Additive Models. 

<p align="center">
  <img src="docs/dynamite.png" alt="dnamite-logo">
</p>

### Installation

Run `pip install dnamite`.

### Documentation

[Official DNAMite Documentation](https://dnamite.readthedocs.io/en/latest/).
liwancai 1.0.0
liwancai的个人工具包
Requires Python: >=3.6
Keywords: tools utilities data-analysis logging database


liwancai的个人工具包

这个包包含了数据分析、日志处理、数据库连接等常用功能模块。

主要模块包括：
- EQDBLinks: 数据库连接相关功能
- EQStructure: 数据结构定义
- EQUseApi: API调用封装
- Functions: 通用工具函数
- MainBase: 基础类
- THSFuncs: 同花顺相关功能
pranavi-convert 0.1.0
A universal data converter (binary, hex, octal, ascii)
Requires Python: >=3.6

# pranavi-convert

A universal data converter created by Puneeth ðŸŒŸ  
Convert any number or string to binary, hex, octal, or ASCII easily.

## Installation
```bash
pip install pranavi-convert
```

## Usage
```python
from pranavi_convert import convert_any, auto_convert

print(convert_any("Puneeth", "binary"))
print(auto_convert(25))
```
HongTaQuant 0.1.3
HongTaQuant是基于红塔证券量化衍生出来的一套Python框架，对外以Python库的形式提供策略交易所需要的行情和相关的API接口。
Requires Python: >=3.8
Keywords: data, finance, http, kafka, sdk, streaming

# HongTaQuant 提供的服务
HongTaQuant是基于红塔证券量化衍生出来的一套Python框架，对外以Python库的形式提供策略交易所需要的行情和相关的API接口。

# HongTaQuant 环境依赖
- Python 3.6 及以上版本
- 需要通过红塔证券量化开通账号及权限

# HongTaQuant 运行逻辑
 HongTaData 作为行情模块，本模块旨在提供精简直接的数据满足量化交易者的数据需求，主要提供行情数据等通用的数据。
## HongTaData 功能包括：
- 提供股票、期货等多市场的历史行情数据接口
- 提供实时行情数据接口
op-opsdevnz 0.1.4
OpsDev.nz helpers for resolving 1Password secrets with Service Account + CLI fallback.
Requires Python: >=3.9
Keywords: 1password, secrets, octodns, opsdevnz

# op-opsdevnz

[![CI](https://github.com/startmeup-nz/op-opsdevnz/actions/workflows/ci.yml/badge.svg)](https://github.com/startmeup-nz/op-opsdevnz/actions/workflows/ci.yml)

Python package for resolving 1Password `op://` secrets across CI service accounts and developer workstations, plus a CLI fallback that depends on the authenticated 1Password CLI binary. Keeps OctoDNS and other automation workflows secret-free. Packaged for reuse by OpsDev.nz, a platform engineering collective sponsored by StartMeUp.nz.

## Features

- Resolve `op://` references via the official Service Account SDK with optional
  CLI fallback for local workflows.
- Rich error handling plus an API that can return the secret value *and* which
  resolver was used.
- Environment override helpers for CI sandboxes/tests.
- OctoDNS hook (`opsdevnz.octodns_hooks.resolve`) for the Metaname provider.
- Small CLI (`op-opsdevnz resolve …`) that mirrors the `resolve_secret()`
  helper so shell scripts match the Python API semantics.

## Installation

```bash
# editable install while developing locally
pip install -e modules/op_opsdevnz

# latest release from PyPI
pip install op-opsdevnz

# or install straight from GitHub if you need main branch changes
pip install git+https://github.com/startmeup-nz/op-opsdevnz.git
```

## Usage

```python
from opsdevnz.onepassword import resolve_secret

result = resolve_secret(
    secret_ref_env="METANAME_API_TOKEN_REF",
    env_override="METANAME_API_TOKEN",
)
print(result.value, result.source)  # -> ('***', 'sdk' | 'cli' | 'env')
```

CLI equivalent:

```bash
op-opsdevnz resolve --ref "op://Vault/Item/Field" --show-source
op-opsdevnz resolve --ref-env METANAME_API_TOKEN_REF --env-override METANAME_API_TOKEN
```

### OctoDNS Hook

Set the resolver environment variable so the OctoDNS Metaname provider can load
the helper automatically:

```bash
export OCTODNS_METANAME_SECRET_RESOLVER="op_opsdevnz.octodns_hooks:resolve"
```

## Development

```bash
python -m venv .venv && source .venv/bin/activate
pip install -e .[dev]
make check
```

See [CONTRIBUTING.md](CONTRIBUTING.md) for the full workflow and
[RELEASING.md](RELEASING.md) for publishing instructions.

## License

Apache-2.0 © OpsDev.nz
nonbond 0.3.0
Add your description here
Requires Python: >=3.13

# Nonbond

**Nonbond** is an [ASE (Atomic Simulation Environment)](https://ase-lib.org/) calculator designed for computing **non-bonded interactions**, including the 12-6 Lennard–Jones (LJ) and Coulomb potentials.  
It currently outputs only the **total potential energy** and **per-atom energies**.  
(*Note: Force and stress calculations are not yet implemented.*)

# Requirements
  
- ASE
- torch-pme
- vesin-torch 

# Installation

Install via **pip**:

```bash
conda create -n nonbond python=3.13
conda activate nonbond
pip install nonbond
```

# Example

```python
from ase import Atoms
from nonbond import Nonbond
import numpy as np

# Define Lennard-Jones parameters for SPC/E water
# Unit: kcal/mol
epsilon = {
    'Ow': 0.15535,
    'Hw': 0.0,
}

# Unit: Å
sigma = {
    'Ow': 3.16600,
    'Hw': 1.0,
}

# Calculator
calc = Nonbond(
    epsilon=epsilon,
    sigma=sigma,
    cutoff=14.0,  # Unit: Å, cutoff radius for LJ and Coulomb interactions
    coul_method='ewald',  # Options: 'direct', 'ewald', 'pme', 'p3m'
    accuracy=1e-5,  # Accuracy for long-range Coulomb interactions
    device='cpu', # Options: 'cuda'
)

# SPC/E water molecule
atoms = Atoms(
    'OH2',
    positions=[
        [0.00000, -0.06461, 0.00000],
        [0.81649,  0.51275, 0.00000],
        [-0.81649, 0.51275, 0.00000]
    ],
    cell=[40.0, 40.0, 40.0],
    pbc=True
)

# Assign atom types and charges
atoms.set_array('type', np.array(['Ow', 'Hw', 'Hw']))
atoms.set_initial_charges([-0.8476, 0.4238, 0.4238])

# Attach calculator and compute energy
atoms.calc = calc
energy = atoms.get_potential_energy()
print(f"Potential energy: {energy:.6f} eV")
```
---