hustcc/JS-Sorting-Algorithm
JS Sorting Algorithm
Ce projet est une bibliothèque d'algorithmes de tri JavaScript et une ressource pédagogique de programmation. Il fournit une collection d'implémentations de tri classiques conçues pour enseigner la logique derrière les techniques courantes de classement de données.
Le projet sert de guide de référence technique, offrant des implémentations de diverses méthodes de tri accompagnées d'explications sur leur complexité temporelle et spatiale. Il se concentre sur l'application des modèles fondamentaux de l'informatique dans un environnement JavaScript.
La bibliothèque couvre un large éventail d'algorithmes de tri, notamment les méthodes basées sur la comparaison comme le tri rapide (quicksort), le tri fusion (merge sort) et le tri par tas (heapsort), ainsi que des techniques basées sur la distribution comme le tri par base (radix sort) et le tri par seaux (bucket sort). Elle inclut également des implémentations itératives de base comme le tri à bulles (bubble sort) et le tri par insertion (insertion sort).
Features
- Educational Programming Resources - Serves as a documented set of implementations designed to teach the logic behind common data ordering techniques.
- Classic Array Sorting Algorithms - Provides a comprehensive library of classic array sorting algorithms for educational and practical use.
- Sorting Algorithms - Provides a technical comparison of various sorting methods based on their time and space complexity.
- JavaScript Implementations - Provides fundamental computer science sorting algorithms implemented specifically in JavaScript for learning.
- Bubble Sorts - Implements a bubble sort algorithm that repeatedly swaps adjacent elements to order a sequence.
- Bucket Sorts - Implements a bucket sort algorithm that distributes elements into containers based on value ranges.
- Counting Sorts - Implements a counting sort algorithm that determines positions by calculating value frequencies.
- Heap Sorts - Implements a heapsort algorithm that utilizes a binary heap structure to extract extreme values.
- Insertion Sorts - Implements an insertion sort algorithm that iteratively builds a sorted sequence by inserting elements.
- Merge Sorts - Implements a merge sort algorithm that recursively divides and merges lists to achieve order.
- Quicksorts - Implements a quicksort algorithm that uses recursive partitioning around a pivot for high performance.
- Radix Sorts - Implements a radix sort algorithm that orders data by processing individual digits or bits.
- Selection Sorts - Implements a selection sort algorithm that repeatedly finds the minimum element from an unsorted section.
- Shell Sorts - Implements a shell sort algorithm that sorts sub-lists using decreasing intervals to improve efficiency.
- Sorting Algorithms - Provides educational implementations and analysis of classic sorting algorithms for study.
- Divide And Conquer Algorithms - Implements recursive divide-and-conquer algorithms such as merge sort and quicksort to optimize time complexity.
- Sorting Algorithm Tutorials - Offers a reference guide explaining the mechanics and complexity of various sorting algorithms.
- In-Place Sorting Algorithms - Implements memory-efficient sorting algorithms that rearrange elements directly within the original array.
- Distribution-Based Sorting Logic - Implements non-comparative sorting techniques like bucket and radix sort using distribution mapping.
- Priority Heaps - Provides a priority heap implementation used for identifying and extracting extreme values during sorting.
- Comparison-Based Sorting Implementations - Implements a collection of sorting algorithms that order elements through pairwise binary comparisons.
- Algorithms and Data Structures - Guide to classic sorting algorithms with implementations.
