Abstract Data Structures

I am trying to create a repository with Data structures and algorithms from scratch. I am actively working over this library right now. Feel free to help in anyway possible. I am revisiting my Algorithms lessons and doing this helps me revise better. This also helps me practice and stay connected to C++.

The entire library is to be written in C++ but if I feel the need I might adjust the repo to include code in Python as well as C languages.

I do not have any plan in regards to it's structure or where to start off. I am currently sticking to learning from CLRS and Coursera and whatever DS or A comes my way I will implement it into the repo after learning of it.

Data Structures

There are several standard data structures and many other specific purpose data structures. Whatever may be the category, all of them are present within the ADT subfolder. In the ADT subfolder, there are three main abstract data structures of stack, queue and priority queue. Then there are different implementations of tree data structures that will go into trees folder. There is a folder present for graph data structures. Some of these folders have their own `Readme``files that you can read for more details on these.

Miscellaneous

Jump to miscellaneous folder. Click here.

Data structures that serve a specific purpose. For example, I have defined a matrix data structure that exhibits the properties and behaviour of a matrix in linear algebra. There are some valid linear algebra operations that can be performed in matrix class.

Updates

I will post updates here from this commit onwards.

• timestamp - 1402240328 - I have turned pqueue data structure into a templated one for more general sense. Although in the uGraph, I have not generalized the graph to templated one yet. It uses integer vector of nodes. I am thinking of accomplishing the generalization task of the uGraph and the other diGraph using a vector of pairs to map an object instance of a node to it's unique non-negative integer index to accomodate into the adjacencyMatrix format that I am using.

• timestamp - 11212022 - I have implemented the pqueue dequeue method. I am not sure of its working however. I am checking from left first and then swapping immediately. This looks like a DFS approach. I might implement to look for the smallest element at the entire level and then make the swap.

• timestamp-11162022 - I am currently working on implementing a priority queue DS. The idea is to make it viable to use for our search algorithms such as UCS or A*. I am committing some progress on this DS but one of the functions in the pqueue DS is wrongly implemented and won't give any results