semvec/pypi-packages huggingface dataset:
roche-datachapter-lib 0.0.58
Esta biblioteca de código esta pensada para compartir funcionalidades entre todos los procesos ETL que desarrollemos con Python
Requires Python: >=3.12

# Roche Data Chapeter LIB

## Description
It contains the base structure that includes the configuration parameters of the different databases using environment variables on the server, a static data_transformer class to perform the data transformation and another static class to perform connection to Google services through the Google REST API.

## Usage
It is intended to be used as a requirement library at any Python ETL proyect.

## Support
- Ignacio Castillo (ignacio.castillo@roche.com)
- Lucas Frías (lucas.frias@roche.com)
- Uciel Bustamante (uciel.bustamante@contractors.roche.com)
- Sara Fernandez (sara.fernandez.sf1@roche.com)

## Authors and acknowledgment
Lucas Frías (lucas.frias@roche.com)
x13binary 1.1.61
X13-ARIMA-SEATS installable binary through Python.
Requires Python: ~=3.5

X13-ARIMA-SETAS PyPI distribution
=================================

The US Census Bureau provides a seasonal adjustment program now called 'X-13ARIMA-SEATS' building on both earlier programs called X-11 and X-12 as well as the SEATS program by the Bank of Spain.

Rationale
---------

X13-ARIMA-SEATS remains a critical tool in macroeconomic workflows, however it is not easily positioned to work in deployable environments.
This package aims to provide a binary that is callable by Python, or more simply, installs into the Python environment's scripts directory.

Usage
-----

To run X13-ARIMA-SEATS from the command line, use:

```shell
python -m x13binary
```

To run X13-ARIMA-SEATS from a Python program, you can use two methods.

```python
import sys, subprocess

subprocess.call([sys.executable, "-m", "x13binary"])
```

or

```python
import x13binary
import subprocess

subprocess.call([x13binary.find_x13_bin()])
```
flydev-mav 0.6.0
Comandos MAVLink em português para controle de drones com pymavlink
Requires Python: >=3.6

# flydev-mav# 🛸 FlyDev Comandos

**FlyDev Comandos** é uma biblioteca Python em **português brasileiro** que facilita o controle de drones com MAVLink usando a poderosa `pymavlink`. Ideal para iniciantes e desenvolvedores que preferem comandos claros, documentados e em português.

---

## 🚀 Principais Funcionalidades

- 📡 Conexão com o drone via MAVLink
- 🔐 Armar e desarmar motores
- ✈️ Decolar, pousar e mudar modo de voo
- 🕹️ Movimentar o drone (frente, trás, girar)
- 🧠 Todos os comandos com nomes e comentários em português

---

## 📦 Instalação

```bash
pip install flydev-comandos


from flydev_comandos.drone import Drone

# Conecte à porta serial do drone
drone = Drone('/dev/ttyUSB0')

# Armar e decolar
drone.armar()
drone.mudar_modo_voo('GUIDED')
drone.decolar(3)

# Movimentos básicos
drone.ir_para_frente(1.0)
drone.girar_direita(20)

# Pousar e finalizar
drone.pousar()
drone.desarmar()
drone.encerrar()



| Método                 | Descrição                                     |
| ---------------------- | --------------------------------------------- |
| `armar()`              | Arma os motores do drone                      |
| `desarmar()`           | Desarma os motores do drone                   |
| `mudar_modo_voo(modo)` | Altera o modo de voo (`'GUIDED'`, `'LOITER'`) |
| `decolar(altura)`      | Decola até a altura desejada (em metros)      |
| `pousar()`             | Inicia o pouso do drone                       |
| `ir_para_frente()`     | Move o drone para frente                      |
| `ir_para_tras()`       | Move o drone para trás                        |
| `girar_direita()`      | Gira o drone para a direita                   |
| `girar_esquerda()`     | Gira o drone para a esquerda                  |
| `encerrar()`           | Fecha a conexão com o drone                   |
```

## 🛠️ Requisitos
Python 3.6+

pymavlink

Acesso à porta serial do drone (ex: /dev/ttyUSB0)
uxtime 1.1.0
application for converting local time or UTC into Unixtime and viceversa
Requires Python: >=3.9
Keywords: unixtime, utc, local time, the epoch, converter, tkinter, GUI, timezone, datetime

## Unixtime Converter

The Unixtime Converter is a lightweight python program with a Tkinter-GUI. 
It calculates local time or UTC into an unixtimestamp or vice versa. Basically 
it can be used and downloaded by everybody. Unixtime is mainly used in the IT.

![GUI of the application](uxconverter.png)


## Installation/Setup

### Prerequisites

Make sure that your python setup has minimumversion 3.9 and contains the libraries for tkinter. To get this information you can type in into a terminal the command python (it can be that you have to use python3) and hit enter. You shoud get something like this:

    myuser@xxxx1:~$ python3
    Python 3.11.2 (main, Nov 30 2024, 21:22:50) [GCC 12.2.0] on linux
    ype "help", "copyright", "credits" or "license" for more information.
    >>> 


In the second line of the output you see the current version of python. As next you can type in "import tkinter as tk" and hit enter. If the tkinter libraries are installed nothing will happen - otherwise you will get an error that it can't be imported or found. If you have no issue you can type in the following and you will see the current version of tkinter:

    myuser@xxxx1:~$ python3
    Python 3.11.2 (main, Nov 30 2024, 21:22:50) [GCC 12.2.0] on linux
    Type "help", "copyright", "credits" or "license" for more information.
    >>> import tkinter as tk
    >>> tkversion = tk.TkVersion
    >>> print(tkversion)
    8.6
    >>>

If you can see something like this you are ready for setup.


### Proceed with installation

Currently the setup is only tested on linuxbased os with python3 minimumversion 3.9. It is strongly recommended to install it into a virtual environment (venv).
To start the setup use pip:

    pip install uxtime

A setup Windows 10 or 11 will follow soon.


## Start the application

After installing the application you can start it with "unixtime" from an terminal.


## How it works

The program needs exactly 2 parameters to calculate the requested time:
* select a timezone from the list
* fill in a unixtimestamp or localtime or utc and click on the butten left of the field
All 3 fields for time will be filled/calculated

Basically it's not needed to click on the resetbutton. It's for more clearance for the usage. If you click on it all entriefields for time (localtime, utc-time and unixtime) are cleared.<br><br>
If you change one timefield (and both other timefields containing values) and you click on the button beside of this field all other (time-)fields are recalculated.

done - that's it!

See also the documentation online  
[Read the documentation online] (https://docs.roadrunnerserver.com/unixtime/html/index.html)


## Donate

If you enjoy the program or want to buy me a coffee, you can do it with this link:
[Buy me a coffee] (https://www.paypal.com/donate/?hosted_button_id=WRRNT8JXXLNGJ "Buy me a coffee")

or you scan this QRcode:
![Scan and buy me a coffee](BuyMeACoffee.png)  

Thank you very much!