semvec/pypi-packages huggingface dataset:
ndjsonlib 0.0.4
Read and write Dataset-JSON as NDJSON
License: MIT

# ndjsonlib

## Introduction
![under development](https://img.shields.io/badge/under-development-blue)

The ndjsonlib module provides an interface to read and write Dataset-JSON as NDJSON. It can convert to and from the JSON
format of Dataset-JSON. It also supports storing NDJSON metadata and data as separate files and combining them for 
data exchange. Maintaining the metadata in a separate file makes it simple to update the datasetJsonCreationDatetime 
and the records attributes without requiring an application to re-write the entire file.

The ndjsonlib module was initiated to support a POC implementation of a draft Dataset-JSON API standard. The ndjsonlib
module remains under development and its API will evolve.

## Basic Structure and Interfaces
* **dataset_name.py**: Given the dataset name and the directory, the DatasetName class provides the file names needed for 
the metadata and data parts of the NDJSON dataset.
* **data_file.py**: The DataFile class provides methods for reading and writing the NDJSON data file
* **metadata_file.py**: The MetadataFile class provides methods for reading and writing the NDJSON metadata file
* **json_data_file.py**: The JsonDataFile class returns JSON by reading the NDJSON files and writes NDJSON given a JSON 
dataset. Basically, this class uses NDJSON as a data store for JSON inputs and outputs.
* **ndjson_data_file.py**: The NdjsonDataFile reads and writes NDJSON datasets as one file.

## Status
The ndjsonlib module has been updated to support Dataset-JSON v1.1 and is still under development. The ndjsonlib 
module was originally developed to support the Dataset-JSON API Proof-of-Concept.

## TODO
1. refine API / class interfaces
2. complete documentation
3. update tests
HS23005UNO 0.0.2
Libreria para resolver sistema de ecuaciones lineales y no lineales.
License: MIT
Requires Python: >=3.6

# HS23005UNO

**Librería para resolver sistemas de ecuaciones lineales y no lineales**  
Este proyecto incluye implementaciones de diferentes métodos numéricos como:  
- Gauss  
- Gauss-Jordan  
- Cramer  
- Descomposición LU  
- Jacobi  
- Gauss-Seidel  
- Bisección (para ecuaciones no lineales)

---

## Instalación

1. Clona el repositorio o descarga los archivos.

2. Navega a la carpeta del proyecto y ejecuta:

```bash
pip install HS23005UNO

# como ejecutarlo
con el comando python hs23005uno

## Ejemplo de uso
## con metodo Biseccion

Ejemplo para f(x) = x**3 + 4*x**2 - 10
Ingrese el límite inferior a: 1
Ingrese el límite superior b: 2
Ingrese la tolerancia (ej: 1e-5): 1e-5
Ingrese el numero maximo sw interacciones: 100
Resultado: Raíz aproximada = 1.365234375

##Ejemplo de uso para lo demas metodos

2x + y = 11
5x + 7y = 13

## en la terminal
Ingrese el numero de incognitas: 2
fila 1: 2 1
Fila 2: 5 7
Vector b: 11 13