Simple Abstract Sketch

BleuBox

I have created a quick, abstract sketch. The URL is bleubox.altervista.org/lemonFlower.html. More of my sketches are shown here: bleubox.altervista.org/productions.html. If anybody would like to modify the code of the program (below) and have it displayed as a variation on the website (I would also credit the person who created the modified program, unless they wish to remain anonymous), they can post their modified code in this discussion, and how they would like to be credited.

float xt, yt; float n; float nt; float angle = 0; void setup() { size(600, 600); } void draw() { translate(300, 300); rotate(n); xt = (0 + noise(nt) * 10) + cos(angle) * (50); yt = (0 + noise(nt) * 10) + sin(angle) * (50); stroke(#FAD577); point(xt, yt); stroke(#FAD577, 100); line(xt, yt, 0, 0); angle += 0.01; n += 0.005; nt += 0.1; } void mousePressed() { save("lemonFlower.tif"); }

Chrisir

beautiful....!

BleuBox

Thanks!

Chrisir

float xt, yt;
//float n;
float nt;

// index for array
int angle = 0;

PVector pv;
color col; 
float f = 10.0;

// array
float[] arrC = new float[100*10*10*int(TWO_PI)];
float[] arrS = new float[100*10*10*int(TWO_PI)];

int TWO_PI100 = int(TWO_PI*100);

void setup() {
  // size(600, 600);
  fullScreen();
  pv=new PVector(random(width), random(height));
  col=color(random(255), random(255), random(255));

  float angle2=0.0;
  for (int angle=0; angle<=TWO_PI*100; angle += 1) {
    arrC[angle] = cos(angle2) * (50);
    arrS[angle] = sin(angle2) * (50);
    angle2+=.01;
  }
  background(0);
  noCursor();
  stroke(col, 100);//stroke(col); OR stroke(col,100);

  println("setup() is done");
}

void draw() {

  while (angle<TWO_PI100)
    drawOne();

  //  if (angle>TWO_PI + .08 && random(100)>95) {
  //if (angle>=TWO_PI100) {
  angle=0; 
  pv.x=random(width);
  pv.y=random(height);
  col=color(random(255), random(255), random(255));
  f=random(11);
  nt=1;
  //n=0;
  stroke(col, 100);//stroke(col); OR stroke(col,100);
  //}
}

void drawOne() {
  xt =  pv.x+(0 + noise(nt) * f) *  arrC[int(angle)];
  yt =  pv.y+(0 + noise(nt) * f) *  arrS[int(angle)];

  line(xt, yt, pv.x, pv.y);
  angle += 1;
  nt += 0.1;
}

void mousePressed() {
  save("lemonFlower2.tif");
}

Chrisir

to be published without my name

BleuBox

Thank you. I have added it to the site.

Chrisir

thanks!

kfrajer

Great games!

Kf

BleuBox

Thanks. I am working on another program that simulates an airplane.