Kicked off day 1 with small Git and Git Pages introduction, to publish our process.
The Game Sprouts Rules (copyed) The game starts by drawing any number of spots. For example 3 spots. The first player has a turn by joining two of the spots and marking a new spot in the middle of the line. Or the line may start and end on the same spot.
You are not allowed to draw a line which crosses another line. A spot cannot have more than three lines leading to or from it. The idea is to make it impossible for the other player to draw a line. So the last person to draw a line is the winner.
Went abit ahead and created a camera based pixel visualization. First I visualized it on a paper.
// var stepSize = floor(map(mouseX, 0, width, 3, 3));
for (var x = 0; x < video.width; x += stepSize) {
for (var y = 0; y < video.height; y += stepSize) {
var index = (video.width + x) * 30;
// Filter code
var redVal = video.pixels[index];
var greenVal = video.pixels[index + 1];
var blueVal = video.pixels[index + 2];
// remove the stroke
noStroke();
// change the colors
fill(redVal, greenVal, blueVal);
// change the shape of the 'pixels'
rectMode(CENTER);
rect(x, y, stepSize, stepSize);
//circle(x, y, stepSize, stepSize);
}
}
}Second day was based on a grid challenge, where I used a repetitive loop which reproduces circles in round alignment infinitly.
Clock-o-day, I lacked some inspiration to use real-time to display a clock system. My first attempt included waves however I decided to go against it.
Creating a machine with a user input, I however tried to extend the challenge to write the fourier transformation algorithm with @codingtrain and to understand each step. On day 4 it still didn't work as how it should, however I kept working on it as a main project on day 6-8.
Face generator where the user can interact with a click to generate newer faces. By clicking on the image, a new nose is displayed with a random geometric object.
Pixel generation by displaying a broken tv screen. Added some interaction, whenever user clicks on the screen he's able to drag along and draw on it.
I continued working on the fourier transformation from week 4 and was able to finish it. After writing the algorithm I added an own sound, where the user can interact based on the base volume with the drawn amplitudes.
