Welcome to my digital portfolio site, which was created using both front and back end technologies. The backend of my website is powered by Python and Flask.It is hosted on a DigitalOcean Linux Server, with a couple of bash scripts to help aid in maintaining and updating my website. Additionally, I connected a SQLite database connected, which holds information about my project cards, langauges I know, and the courses I'''' have taken. My front end technologies include HTML, CSS, and Javascript. Git was used for project management.

I created this digital christmas card as a part of my Programming I course. Using the P5JS Javascript libary, I created a digital card that I sent out to several teachers. The program includes custom built functions, the implmentations of gifs, and the rendering of 3D graphics.

This project was created in python. Using a Chat-GPT text model, it took a user input, called the api, and determined if the user entered device was capable of running Doom. This project includes python, flask, as well as the use of environment variables for the hiding of the AI key.

This python code was written for a Raspberry Pi. Using buttons connected to the GPIO pins on the board, it stores two different user inputs, and then determines a winner and prints the result.

Recently I read "Algorithms" by Panos Lauridas. After having learned about different searching and sorting algorithms, I wrote different algorithms in Python. All of the algorithms take in input from a text file, and make use of a module I wrote to convert the data from the text file into a Python list.

Having completed AP Computer Science A, this GitHub reposititory is a collection of Java programs that cover the course content, including control structure, iteration, class defintion, objects, and arrays.

This flutter app was created for the Tontitown historical museum. The app features 12 different app icons, and play videos about different historical ideas in Tontitown. The tablet running the app is embedded in a table, which has various 3D printed of the topics covered in the app. Creating the interactive display required me to work in a team, as this display had many layers, including the 3D models, the app icons, the video editing, and designing the app. We are currently in the process of setting up the display in the museum.

This is a calculus riddle game based off of the New York Times Connections game. Thi s website uses HTML and CSS for the website design and layout, and uses Javascript for the games logic. The items in the grid are stored using a 2D array, and makes use of iteration to lay the items out in a random way.