numshooter 0.1.4

A modular mathematics library for fast and structured numerical operations in Python.

numshooter

numshooter is a modular math library for Python that provides fast, organized, and extensible numerical operations.

Designed to be simple and lightweight, numshooter separates functionality into clear modules such as arithmetic, powers, and root operations, making it easy to maintain and scale.

Overview

numshooter is:

• A modular Python library
• Engine to solve math operations
• Anything you can imagine about numbers!

Installation

Run:

pip install numshooter

In the features section, you can see how to run each function.

Features

Add

Adds multiple numbers together using a flexible variadic interface.

• Accepts any number of arguments (*args)
• Returns 0 if no arguments are provided (additive identity)
• Uses left-to-right accumulation
• Supports integers and floats

Example:

add(1, 2, 3)  # 6
add()         # 0

Sub

Performs sequential subtraction from the first value.

• First value is treated as the base
• Each subsequent value is subtracted in order
• Returns the single value if only one argument is given

Example:

sub(10, 2, 3)  # 5
sub(7)         # 7

Mul

Multiplies all provided numbers together.

• Accepts any number of arguments
• Returns 1 if no arguments are provided (multiplicative identity)
• Uses iterative multiplication Example:

mul(2, 3, 4)  # 24
mul()         # 1

Div

Performs sequential division from left to right.

• First value is the numerator base
• Each next value divides the current result
• Raises ZeroDivisionError if any divisor is zero

Example:

div(8, 2, 2)  # 2.0
div(9)        # 9

Philosophy

numshooter prioritizes:

• Simplicity over complexity

• Modular design over monoliths

• Readability over over-optimization

• Extensibility for future math domains

License

numshooter uses MIT license. See more details at our license file.