sander vermeer.
is a Netherlands based developer, designer and allround tinkerer.
I specialise in [ C++, JavaScript, PHP ] and also like to fool around with Arduino. Check out some of my projects below.
projects.
Lekkar Lekkar (work in progress)
A fast and responsive recipe site. Made using a Node.js/MYSQL backend and client facing React app. My goal was to make a fast recipe site that's not bloated with ads and unncessary content. Personally selected recipes from a passionate home cook.
bon appétit
Boodschappenbeheer.nl (work in progress)
A simple yet very effective, responsive shopping list manager. Features an administrative layer to add new users, items and categories. All self hosted on a home made Linux server and made using Node.js, MYSQL and React.
login
Monosynth-1, an analogue modelled synthesizer VST (C++)
This is a software synthesizer, made to be used as a VST plug-in or standalone application. It's realised in C++ using the Juce framework. It features 3 oscillators, 3 different filter models, 3 envelope generators, an LFO and a simple yet powerfull sequencer.
github
"Paardensprong" word puzzle game (C++)
Inspired by the "2 voor 12" game show, I remade the game in C++ using the SFML framework for rendering and audio. You have to guess the correct 8-letter word. The order can be clockwise or counter clockwise and the letters make a jump using the chess' knight move (2 vertically, 1 horizontally or vice versa). Every word is worth 30 points but counts down every second. After that, each second a point is removed from the overall score.
github
A interactive visualization of the Fourier Series in P5.js
A rendering of harmonics in audio signals. Switch between square wave, saw wave and triangle wave and add or subtract harmonics. Use the keyboard to play some notes or drag the wheel to show what exactly is going on. Fun for the whole family!
demo
edit
Home made analog handbrake and sequential shifter using Arduino
A simple, robust up-down shifter and handbrake, designed to work with racing games. The control board is programmed in Arduino and extended to work with a (future) handbrake. A GUI was created using Processing for setting different variables and ranges of the handbrake.
