Einblick in die generative Gestaltung mit «Processing»

						/*
Autor: Peter Seidel
Kurs: Einblick in die generative Gestaltung mit processing ip971241
Kursleitung: Hanna Zuellig
Veroeffentlicht unter der creative common license Attribution-NonCommercial-ShareAlike
CC BY-NC-SA  http://creativecommons.org/licenses/
*/
int[] data;
PFont font;
float  anglestep;
float winkel=0;
int r=200;

void setup() {
  size(600,600);
  background(255);
 // The text from the file is loaded into an array. 
  String[] stuff = loadStrings("sketches/kurstag06/Peter_Seidel/data/data.txt");
  // This array has one element because the file only has one line. 
  // Convert String into an array of integers using ',' as a delimiter
  data = int(split(stuff[0], ',' ));
  font=loadFont("sketches/kurstag06/Peter_Seidel/data/Rockwell-Light-12.vlw");
  //font = createFont("Rockwell-Light", 12);
  textFont(font);

 
 
  anglestep=TWO_PI/data.length;
  //textSize(64);
}

void draw() {
  background(TWO_PI);
  fill(0);
  winkel=0;
  colorMode (HSB,TWO_PI,100,100);
  int[] sorted= sort(data); //Kreiiert einen neune Datensatz sortiert=sorted. Und lässt "data" als unsortierten Code bestehen

 // data=sort(data);
  
  for (int i = 0; i < sorted.length; i ++ ) {
    // The array of ints is used to set the color and height of each rectangle.
    
    float s=map(data[i],min(data),max(data),0,100);
    float b=map(data[i],min (data),max(data),0,100);
  
    
    float xpos=300+cos(winkel)*r+i;
    float ypos=300+sin(winkel)*r+i;
    
    
    //float l=map(data[i], min(data), max(data), r/2,r);
    
    fill(winkel,100,100);
    //rotate(winkel);
    //rect(xpos,ypos,10,data[i]*-1);
    //fill(0);
    //text(data[i],(i*10)-5,500-data[i]-5);
    //text(360/data.length);
    text(sorted[i],xpos,ypos);
    winkel=anglestep+winkel;
    
  }
  
}