TheBokiya/typing_test
Playing with typing js
Developer Profile
TheBokiya
Discovered public repositories for TheBokiya in the GitHub catalog.
TheBokiya/MovieProject
Public repository.
TheBokiya/Fam
12 out of 25 total classes made for Fam
TheBokiya/Time-Series--a-Visual-Analytics-Project
Time series is a Java application built to show the exchange rate of 8 different currencies from 1983 to 1985. The application reads a CSV file that contains all the data and controls how the data is presented to the user.
TheBokiya/SFU-Room-Booking-System-Prototype
Therea are a lot of aspects that can be improved on the current SFU Room Booking System. This project attempts to redesign the current system by making a much more user friendly design and much more effiecient for students.
TheBokiya/Project-Catfish
A java applet game that allows the player to control an avatar fish. The idea is to eat the smaller fish to grow bigger. The player can only eat the smaller fish, fish that are bigger than the avatar fish will eat the avatar fish.
TheBokiya/Crime--Climate---Population
Crime, Climate & Population is a project that a partner and I made for Visual Analytics class. This project aims to answer whether there's a correlation between crime rate, annual climate and population in the U.S. The system reads three different datasets (csv files), crime rate data, climate data and population data. The data is presented using choropleth map to allow easy analysis and interaction with each individual state.
TheBokiya/UDGraphLayout
Graphs are a common type of data encountered by analysts. Social networks, co-author networks, and gene interactions can all be represented as graphs. These types of data can be difficult to understand without the aid of a visualization. Visual analytics tools with graph visualizations allows the analysts to view data as a node link diagram. Vertices or nodes represent objects. Edges represent the relationship between two nodes. To render graphs, a number of automatic graph layouts have been developed. These algorithms use properties of the graph, like the number of interconnections between nodes, to compute positions for the graph’s vertices. While these algorithms have a number of parameters that can be adjusted to affect the layout, they are automatic - no analyst input is used to position the graph nodes.