semvec/pypi-packages huggingface dataset:
matrixHandler 0.2.2
a small module which adds a Matrix class to be used as a new data type
License: MIT
Requires Python: >=3
Keywords: Matrix,Matrixes,Mathemacis,Maths,Algebra

MATRIXHANDLER
=============

A small module which adds you to manipulate matrixes in Python3.
Code is still under development, features such as matrix division and power TBA.

The code is made for Python3

Installation
------------

```
$ pip3 install matrixHandler
```

Example
-------

```python
from pymatrix import matrix

# creates a 2x3 matrix based on a list
matrix1 = Matrice([[1, 2],[3, 4],[5, 6]])

# creates another 3x2 matrix
matrix2 = Matrice([[10, 9, 8], [7, 6, 5]])

# multiples both matrixes
multMatrix = matrix1 * matrix2

# displays the result
print(multMatrix)
```

Output:
-------

```python
[14, 12]
[28, 24]
[42, 36]
```
computype 0.0.4
A library that looks like the computer is typing and stuff, see https://codeberg.org/RevelCorp/Computype
License: MIT
Requires Python: >=3.0

This library allows you to do things like: make it look like your computer is typing(ctype), backspace text(backspace), clear the screen(clear), and wait for the user to press enter(pressenter). 

***ctype***

To use ctype, do ctype(text, speed). Replace text with what you want to type and speed with the amount of time between each letter.

***backspace***

Backspace works the same as ctype. backspace(text, speed).

***pressenter***

All you have to do is type pressenter(). It waits for you to press enter!

***clear***

Just type clear() to clear the screen. Works on any system that's NT (Windows, DOS) or UNIX (macOS, Linux, Solaris, and almost every other OS) compatible.
pfp 0.4.11
An 010 template interpreter for Python
License: MIT

pfp is an 010 template interpreter for Python. It accepts an
        input data stream and an 010 template and returns a modifiable
        DOM of the parsed data. Extensions have also been added to the
        010 template syntax to allow for linked fields (e.g. checksums,
        length calculations, etc), sub structures in compressed data,
        etc.