gheorghemorari Goto Github PK

asslab

bd-morarigheorghe

blitz

Repository to all blitz projects that were assigned to me at university, all the projects are from the hardest difficulty category "Ai". All programs tackle a different problem in algorithms and are made using only stdlib.h and stdio.h

boidproccesingjava

This program is made in Proccesing Java, that mimics the behaviour of birds invented by Craig Reynolds.

chess-challenge

https://youtu.be/iScy18pVR58

cslabs

Parser for .audit files that converts them into json files

desktop

Fork of GitHub Desktop to support various Linux distributions

dininghallservergo

This is the dining hall part of the Restaurant simulation of the first lab at the Network Programming course

esp32tools

Tools I used on the esp32

hacc

kitchenservergo

This is the kitchen part of the Restaurant simulation of the first lab at the Network Programming course

lfpc

oop

pad

Repository for Programming Distribuited Applications course at university

pbl-master-sem2

Google photos app thing

pbl3

YES

pbl_iot

pr-lab2

Lab 2 for network programming course at university

projectvariant8

A simple calculator that inputs an array of chars (requirement), and then processes that char to give a final answer, in the char can be used different spacing, these operands "+,-,*,/" and it can support brackets and nested brackets "{,[,(,),],}", there is also a branch for float calculations.

ptrlab3

University laboratory nr. 3 for Real Time Programming course

pweblab5

University laboratory nr.5 for Web Programming

raylibcsgraphs

Practical implementation of Linear Transfromation

tmps

university-project-4

This project is for university programming class, it is a solution to the hardest tasks with difficulty "C" and this project has 4 subprojects that all are about data structures. 1C is a list based reverse KALAH, 2C the number of permutations possible within a stack, 3C is a stack-based boolean algebra evaluator (loosely based on "Project Variant 8") and is by far the most complex program, 4C calculates the leftmost and the rightmost node on a random binary tree.