algorithmetn 0.4.3

A package for basic list operations and algorithms.

Algorithmetn

Algorithmetn is a Python package designed for basic list operations and algorithms. It provides a collection of static methods that simplify common tasks such as displaying messages, managing lists, and performing mathematical operations.

Features

• Display Messages: Easily print messages to the console.
• User Input: Get input from users in various formats (string, integer, float).
• List Management: Create, modify, and query lists with methods for adding, removing, and searching items.
• Mathematical Operations: Calculate maximum, minimum, average, and check for perfect cubes.
• Conditional Execution: Execute actions based on conditions.

Methods

Static Methods

• afficher(message): Display a message.
• entrer(prompt): Get user input.
• liste(): Return an empty list.
• ajouter(l, item): Add an item to the list.
• retirer(l, item): Remove an item from the list if it exists.
• existe(l, item): Check if an item exists in the list.
• longueur(l): Return the length of the list.
• position(l, item): Return the index of an item or -1 if not found.
• vider(l): Clear the list.
• clone(l): Return a copy of the list.
• entier(prompt): Get an integer input from the user.
• reel(prompt): Get a float input from the user.
• pour(n, action): Execute action for each number from 0 to n-1.
• si(condition, action_vrai, action_faux=None): Conditional execution based on a boolean condition.
• maximiser(l): Return the maximum value in the list.
• minimiser(l): Return the minimum value in the list.
• moyenne(l): Return the average of the numbers in the list.
• trier(l): Sort the list in ascending order.
• rechercher(l, item): Search for an item and return its index or -1 if not found.
• inverser(l): Reverse the list.
• est_vide(l): Check if the list is empty.
• est_palindrome(chaine): Check if the input is a palindrome (string or list).
• est_cubique(n): Check if a number is a perfect cube.

Usage Example

from Algorithmetn import Algorithmetn

# Create a new list
ma_liste = Algorithmetn.liste()

# Add items to the list
Algorithmetn.ajouter(ma_liste, 'apple')
Algorithmetn.ajouter(ma_liste, 'banana')

# Display the list
Algorithmetn.afficher(ma_liste)

# Check if an item exists
if Algorithmetn.existe(ma_liste, 'apple'):
    Algorithmetn.afficher('Apple is in the list!')

# Get the length of the list
length = Algorithmetn.longueur(ma_liste)
Algorithmetn.afficher(f'List length: {length}')

# Check for a palindrome
is_palindrome = Algorithmetn.est_palindrome('radar')
Algorithmetn.afficher(f'Is "radar" a palindrome? {is_palindrome}')