semvec/pypi-packages huggingface dataset:
TagHunter 1.0.0
A Python package to identify and analyze improperly structured <p> tags in HTML documents.
Requires Python: >=3.7


        TagHunter is a Python tool for identifying <p> tags in HTML files that are not properly nested, such as <p> tags that appear as list items but are not part of <li> tags. 

        Features:
        - Detect improperly structured <p> tags.
        - Recognize patterns like numeric, Roman numerals, and parenthetical markers.
        - Validate patterns and classify by CSS classes.
        - Exclude invalid patterns (e.g., numbers above a threshold).
        - Aggregate results and generate reports.
        - Automatically export findings to CSV files.
praestans 0.1.2
python module that enables easy conversions between number systems

praestans
----------

![veni2](https://github.com/user-attachments/assets/0e6e7ab9-7f72-470a-91a3-3b12860455d9)

This Python library allows you to easily convert between binary, octal, decimal, and hexadecimal number systems. 
You can perform conversions between different number systems quickly and accurately.
Whether you're doing basic calculations or working on software projects that involve numbers, this library saves you time. 
It's an ideal tool for those looking for a simple and effective solution.

  - Source code: https://github.com/apotursun963/praestans

Installation
------------
```
pip install praestans
```

Example usage
-------------
This library offers a total of 12 different functions to convert between binary, octal, decimal, and hexadecimal number systems. 
Here are 4 examples of these functions:
```python
from praestans.bin import binary_to_decimal
from praestans.dec import decimal_to_hexa
from praestans.oct import octal_to_decimal
from praestans.hex import hexa_to_binary


# Conversion from binary to decimal
binary = 1011
decimal_res = binary_to_decimal(binary)
print(f"binary: {binary} -> decimal: {decimal_res}")


# Conversion from octal to decimal
octal = 1771
decimal_res = octal_to_decimal(octal)
print(f"octal: {octal} -> decimal: {decimal_res}")


# Conversion from decimal to hexa
decimal = 255
hexa_res = decimal_to_hexa(decimal, "X")
print(f"decimal: {decimal} -> hexadecimal: {hexa_res}")


# Conversion from hexa to binary
hexa = "A32E"
binary_res = hexa_to_binary(hexa)
print(f"hexa: {hexa} -> binary: {binary_res}")
```

Running test
------------
```
python .\test.py
```
Plan-Your-Workout 0.0.3
A Guide to Structuring Your Fitness Agenda

# Plan your Workout

The project consists of a kind of digital assistant to help people get in shape and track their progress. The idea is that the user can enter their basic information (such as height, weight, age, etc.) and choose a goal, whether it is to lose weight, gain muscle, or maintain it. From there, the program calculates things like body mass index and body fat percentage, and suggests exercise routines tailored to what you want to achieve and your experience level. It also estimates the calories burned according to the routine followed. In short, it is a tool to help you stay active and see progress toward health and fitness goals.

The classes used for this process are the class called “User”, which contains information about the user and the class called “Routine”, which inherits from the “Exercise” class. The “Exercise” class contains information about physical exercises and the “Routine” class returns combinations (with their respective repetitions) of those exercises. The generation of the routine will be based on the data entered by the user and its objective to be achieved.