Bryan Thiam's repositories
Agent-based-Simulation-Grouping-Behaviors
The main purpose of this project is to give you an opportunity to use your linked list within the context of an agent-based simulation. In this week's simulation, we will have Agents that are on a 2D landscape. They will have positions in a continuous (floating point) 2D space, rather than the grid from the Game of Life. Like in the Game of Life, the agents are active and will implement an updateState method. For this simulation, we won't have the concept of a scale factor, or you can think of the scale factor as being 1 so that coordinates map to pixels. If your Landscape's size is 500 by 500, then the Agents' positions should be between 0 and 500. The Agent-based simulations were inspired by Growing Artificial Societies by Epstein and Axtell, two of the first researchers to make use computational modeling to examine social science questions about self-organizing societies.
Animated-Scene
This project essentially based on practicing working with shapes on Zelle Graphics in order to produce a final scene influenced by Animated Intro Credits for Film and Television. My main influence for this project was the “Big Fish Movie Title Sequence”. To portray this influence I was able to create a pattern with multiple circles at different widths, and colors in order to create a futuristic rainbow. This art was composed using the graphics module on Python. In addition to this I was finally able to create a final animated scene which contained my buildings, windows, my rainbow and the ender eye which acts as the sun.
ASCII-Art
This project essentially teaches you how to compose works of art using data derived from text files. This is achieved through learning essential string and list operations such as; concatenation and join, top-down design to break a problem into manageable parts, organizing data with dictionaries and working with images & using compound conditional statements.
Cellular-Automata-Simulation-Game-of-Life
This week we'll explore the simulation of entities on a 2D grid. The entities will interact with each other to determine how they change over time. The overall concept is called cellular automata, and you'll implement a specific version of cellular automata that implement Conway's Game of Life. Please at least skim the Wikipedia page if you have not seen the Game of Life before.
Final-Sudoku-Solver
This week we'll explore the game of Sudoku. In particular, you will write a stack-based solver for the game that implements a depth-first search algorithm. Once your code can solve Sudoku games, then you will explore how the number of starting values provided affects the complexity of the search for a solution.
Image-Manipulation
This project is essentially based on image manipulation by creating different image filters consisting of effects due to change in RGB within a particular image file. This project was completed using the Zelle Graphics module on the Python Programming Language.. Different sectors within this project include creating a 2x2 grid which is achieved by making a list to organize which images go in the grid. This project also leads to making a filter which removes a green screen background and replacing it with an exotic beach background.
InsightHunter
InsightHunter is a client analysis tool designed for businesses to research individuals and organizations. The platform provides users with an easy-to-use interface where they can input information on a person or organization they want to research.
Monte-Carlo-Simulation-Blackjack
The main purpose of this project is to give you practice building classes in Java. To do this, we'll simulate a simple version of the card game Blackjack. The objects in a card game include: a Card, a Deck, a Hand, and Game. You'll make a class for each one, connecting them together as appropriate. We'll also start to make use of a few of the many Java library classes.
Milestone_1
Milestone1 provides creative additions to my main Github profile page while also learning how to add items from local to remote repository using Git Bash as a terminal.
Traffic
Creates a simple neural network which essentially shows traffic