Automatically divide up land into pre-specified chunk sizes, and report back the coordinates for each chunk.
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Updated
Jan 22, 2025 - JavaScript
Automatically divide up land into pre-specified chunk sizes, and report back the coordinates for each chunk.
"Find Me on the Map!" is an interactive web application designed to provide users with a fun and engaging way to search for the occurrence of their name across the globe. This project is for my birthday project.
A little React app for drawing & sharing running/walking routes.
This is my solution to the IP address tracker challenge on Frontend Mentor : https://www.frontendmentor.io/challenges/ip-address-tracker-I8-0yYAH0
Creates deployed visualization of global earthquakes by magnitude using HTML-CSS-JavaScript and Leaflet.JS
A Node.js-powered app for real-time location tracking using geolocation, Socket.IO, and Leaflet.js. Ideal for logistics and fleet management.
An interactive world map featuring over 2999 football clubs that uses a configurable dominance radius to display only the strongest club per region, with intelligent search functionality and responsive design for desktop and mobile devices.
Geomaps to visualize the earthquake data using HTML, CSS, JavaScript and Leaflet.js
Creating a world map to show the earthquake locations within the past 7 days using leaflet library and USGS dataset.
JavaScript project: OOP, Leaflet.js library, Geolocation API, Web Storage API. Application where you can to save on the map your running and cycling tranings results with their duration, distance etc.
Created an interactive map for earthquakes data using JavaScript, Leaflet.js, d3.Json and GeoJSON.
Data Visualization for UNESCO world heritage list
A basic leaflet app
Adding IDs to Leaflet Markers
This leaflet.js application maps earthquake activity from the past 7 days.
Visualizing earthquake data using Leaflet.js API.
A website for posting and finding lost items in Indonesia, helping owners and finders connect more easily.
ASP.NET web application for data management of genomics project starting from sample recieving, lab result and isolate storage to sequencing data capture.
A Futsal Recommendation System depends upon the haversine algorithm to calculate the shortest distance of a sphere which result the nearest futsal available on that location. It's only a frontend system built on react js using tainwind css. Additionally openstreetmap is used for the map components.
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