semvec/pypi-packages huggingface dataset:
acousticspy 0.6.2
Lots of simple acoustics calculations, all in one place.
Keywords: python,acoustics

This is a package that I am writing during my time as a graduate student at Brigham Young University. My research is in aeroacoustics, and most of our code is written in MATLAB. Knowing that I may not always have access to MATLAB, and because I enjoy open-source software, I've decided to create code in Python that performs many of the same tasks that we regularly perform for research. My dream is that this package can develop to the point where it could realistically be used to do all of the same research that we currently perform in MATLAB.
rounded-calculate-MiestoMeska 0.0.1
A small example package
Requires Python: >=3.7

# Rounded calculator

## Features
<p> This package allows users to calculate addition, substraction, division, multiplication and power of n root of active memory value. Also package users can print history of calculations and undo last actions to access specific history values. All calculations made with this package are rounded to 8 decimal points.</p> 

### Getting started 
<p>Instalation of the Rounded Calculate package is done by running command <br/>
pip install rounded-calculate</p>

## Package usage

### Init Calculator
<p>Assign Calculator class to desired variable <br/>
calculator = Calculator()<br/>
<br/>
All the calculations made by the Calculator is based on value of the Calculator memory.<br/>
<br/>
Calculator class contains class of Memory which is storing all the history of calculations performed by using this package.   <br/>
</p>

### Calculator functions
<br/>
<p>All Calculator methods returns calculation result where operand 1 is current value of calculator memory and operand 2 is called method parameter. This do not apply for memory related methods.</p><br/>
<br/>

<p>calculator.add(n)<br/>
Adds parameter n to calculator memory value. Returns new calculator memory value.</p><br/>

<p>calculator.substract(n)<br/>
Substracts parameter n from calculator memory value. Returns new calculator memory value.</p><br/>

<p>calculator.multiply(n)<br/>
Multiplies calculator memory value by power of parameter n. Returns new calculator memory value.</p><br/>

<p>calculator.divide(n)<br/>
Divides calculator memory value by power of parameter n. Returns new calculator memory value.</p><br/>

<p>calculator.root(n)<br/>
Adds parameter n to last calculation of calculator outcome. Returns new calculator memory value.</p><br/>

<p>calculator.undo()<br/>
Removes last entry of calculator history.</p><br/>

<p>calculator.reset_memory()<br/>
Deletes all calculations history, sets next calculation base to 0.</p><br/>

<p>calculator.print_history()<br/>
Prints all calculations history.</p><br/>

## License

<p>Licensed under the MIT License.</p>
gpt-humanizer 0.0.6
Humanize GPT Responses
Keywords: python,openai,chatgpt,artificial intelligence,avoid ai detection,chatgpt humanizer,gpt3,gpt-3,gpt 3,chat-gpt humanizer,gpt humanizer


# gpt-humanizer
a Python package that enhances ChatGPT's ability to produce human-like responses while avoiding detection from AI detectors

## Installation:
```pip install gpt-humanizer```

## Usage:

```py
from GPTHumanizer import Humanizer

text = Humanizer.humanize(# input text)

print(text)
```