semvec/pypi-packages huggingface dataset:
pulse-extractor-loader 0.1.1
Projeto focado em criar scripts de extracão de dados de diversos tipos de sistemas externos e efetuar
Requires Python: >=3.12

# Intro

Essa lib serve de substituto das funcoes de extracao existentes no pylakeutils. 
O objetivo é remover a dependencia do Spark/Databricks e consequentemente da JVM nos processos de extracão. 



# Testes

Os testes são executados com o uso de testcontainers diretamente integrados no pytest. É necessário ter o docker instalado no ambiente de execução.
```
genga 0.1.0
A GWCNA + Co-expression networks analysis tool for gene expression analysis.
Requires Python: >=3.8
Keywords: genga, GWCNA, graph

networks 🔬
This is the official repository for the GenGa: A GWCNA + Co-expression networks analysis tool for gene expression analysis.

A library for the co-expression network analysis used on the project "Spatiotemporal patterns of gene expression associated with mating stimuli in the brain of female guppies"

How to use ☑️
All functions are contained within the "functions.py"
A simple example made with a subset of the paper data can be found in the notebook "genga.ipynb"
Credits 🥇
Created by B.Sc. Andrés Santiago Martínez Hernandez

Feel free to contact me for any doubts regarding usage! 📫 as.martinez@uniandes.edu.co

Advisors: PhD Natasha Bloch and PhD Felipe Giraldo
LinkedList-utils-version-1 0.1.0
A powerful custom LinkedList implementation with advanced methods.
Requires Python: >=3.7

# LinkedList

A powerful and extensible implementation of a singly linked list in Python.

This `LinkedList` class supports standard linked list operations as well as advanced functional-style utilities such as `map`, `filter`, `reduce`, slicing, merging, sorting, and more. Itâ€™s perfect for learning data structures or using in custom projects that need a flexible list alternative.

---

## ðŸš€ Features

- `append`, `push`, `pop`, `insertBefore`, `insertAfter`, `removeByValue`
- Functional methods: `map`, `filteredList`, `reduceList`
- Utilities: `clone`, `reverse`, `contains`, `toList`, `fromList`, `detail`, `clear`
- Slicing: `sliceLinkedList(start, end)`
- Sorting: `sortedList(mode="asc|desc|random|reverse")`
- Pythonic magic methods: `__len__`, `__str__`, `__iter__`, `__getitem__`, `__setitem__`
- Deep merge and deduplication
- Works with loops, indexing, and native functions like `len()`

---

## ðŸ“¦ Installation

```bash
pip install linkedlist
dd21006UNO 0.1.1
Librería para resolver sistemas de ecuaciones lineales y no lineales con métodos clásicos.
Requires Python: >=3.6

# Mi Librería de Resolución de Ecuaciones

Esta librería implementa varios métodos para resolver sistemas de ecuaciones lineales y no lineales. Los métodos disponibles son:
- Eliminación de Gauss
- Gauss-Jordan
- Crammer
- Descomposición LU
- Jacobi
- Gauss-Seidel
- Bisección

## Instalación

Puedes instalar esta librería usando pip:

```bash
pip install mi_libreria
psy-detector 0.1.0
A real-time sigh detection system using audio processing
Requires Python: >=3.8

# Psy Detector

Writing a thesis, working on a manuscript, track your anxitety.
A Python application that detects and counts sighs in real-time using your microphone. The application continuously monitors audio input to identify sigh patterns based on their acoustic characteristics.

## Installation

### From PyPI (Recommended)

```bash
pip install psy-detector
```

### From Source

1. Clone this repository
2. Install the required dependencies:
```bash
pip install -r requirements.txt
```

## Usage

Run the application to start monitoring your microphone:

```bash
psy-detector
```

### Options

- `--min-duration`: Minimum duration of a sigh in seconds (default: 0.5)
- `--max-duration`: Maximum duration of a sigh in seconds (default: 2.0)
- `--threshold`: Energy threshold for sigh detection (default: 0.3)

Example with custom parameters:
```bash
psy-detector --min-duration 0.3 --max-duration 1.5 --threshold 0.25
```

## How it Works

The application:
1. Continuously captures audio from your microphone
2. Processes the audio in real-time using a sliding window approach
3. Computes RMS energy and identifies potential sigh patterns
4. Filters and validates sighs based on duration and energy characteristics
5. Displays the total count and timestamp of detected sighs

## Features

- Real-time monitoring of microphone input
- Configurable detection parameters
- Live display of sigh count and timestamps
- Graceful shutdown with Ctrl+C

## Notes

- Make sure your microphone is properly connected and configured
- The application uses a 2-second sliding window for processing
- Press Ctrl+C to stop the monitoring

## Supported Audio Formats

The application supports common audio formats including WAV, MP3, and FLAC.