2
android
1
biopython
3
bootstrap
1
c-plus-plus
2
c-sharp
6
css
2
cv2
2
firebase
1
flex-lexical-analysis
6
fontawesome
2
game
2
google-maps
3
hobby
6
html
1
jasypt
8
java
1
java-spark
6
javascript
3
jquery
1
jstl
1
laravel
3
matplotlib
1
mockaroo
2
multithreading
3
mysql
1
neat-algorithm
3
netlify
1
networkx
1
neural-networks
6
numpy
2
pandas
1
php
2
pillow
2
postgresql
9
python
3
react
1
reinforcement-learning
1
scikit-image
2
scikit-learn
1
scipy
2
servlets
7
sql
2
sqlite
3
tailwindcss
2
tomcat
19
university
3
visual-studio
6
web-app
2
website
Tic-Tac-Toe
A simple Tic-Tac-Toe game implementation in C# using window based components. The user is greeted with the game setup form to select the blue or red player. Then, the game starts off in a five by five grid of clickable elements, similar to the traditional Tic-Tac-Toe setup. The user is tasked to beat a naive computer player that is configured to make random moves by selecting empty spots on the game board. As the game progresses, we check whether our win conditions are satisfied by checking diagonal left, diagonal right, horizontally and vertically. Depending on each player's moves, the game can end in a win or draw state.
e-Bookstore
Involved in this project: Panos Ioannidis
A C# application that was developed as a university assignment for the subject of Human Interaction with Computers. The app includes sign in and registration features for employees and customers. We setup a virtual coffee shop interface with the ability to order items from a menu. We further include a virtual photocopy machine interface with several photocopying options to choose from. We also implement a complete online bookstore with book overviews and shopping cart features. This software was developed in phases based on RUP with detailed UML diagrams.