Dear all interested readers,

I'm trying to make a rotating hexagon with text on every corner. The text should be rotated so that it looks like the text are connected to the centre. I'll visualise it in the next picture:




The code I have now draws the text, but I really don't now how to rote the words as shown above. I've been trying RotateZ with push and popmatrix, but this doesn't work out the way it needs.

1. 
   
   String tekst = "Boston Bomber";
   String bronnen = "Source";
   
   int een, twee, drie, vier, vijf, zes;
   
   
   String input;
   
   import processing.opengl.*;
   
   PFont font;
   int hoekje;
   int getal = 2;
   
   
   
   boolean hoek = false;
   PGraphics pg;
   
   void setup() {
   
   
     size(1300, 800, OPENGL);
     fill(100);
   
     pg = createGraphics(width, 100);
     font = createFont("Arial", 300);
   
     // noCursor();
     textSize(20);
     noStroke();
   }
   
   void draw() {
   
   
     background(0);
     //lights();
   
     pg.background(0, 0);
   
     pg.beginDraw();
     pg.textFont(font, 30);
     textFont(font, 30);
   
     float sw = textWidth(tekst);
   
   
     pg.fill(0, 0, 255);
     pg.rect(0, 28, sw+20, 38);
     pg.fill(255);
     pg.text(tekst, 0, 55);
   
   
     if (bronnen.indexOf("vk")>=0)
     {
       bronnen = "volkskrant";
     }
     pg.text(bronnen, 0, 100);
   
   
     pg.endDraw();
   
     // image(pg, 0, 0);
   
     pushMatrix();
     translate(width/2, height/2);
   
   
   
     float a = map(hoekje, 0, height, 0, PI/2);
     rotateX(a);
     rotateZ(-frameCount/120.0);
   
     //  axis();
     // pyramid(60);
   
     polygon(6, 0, 0, 350);
     text(6, 0, 0, 350);
     zijden(6, 0, 0, 350);
   
     if (hoekje <680 && hoek == false) {
   
       hoekje = hoekje+1;
     }
     else {
   
       hoek = true;
       hoekje = hoekje-1;
   
       if (hoekje <680 ) {
   
         hoekje = hoekje+1;
         hoek = false;
       }
     }
     popMatrix();
   
   
     image(pg, 0, 0);
   }
   
   
   
   
   
   
   
   void text(int n, float cx, float cy, float r)
   {
     float angle = 360.0 / n;
     stroke(0);
     strokeWeight(3);
     beginShape();
     fill(255);
   
     for (int i2 = 0; i2 < n; i2++)
     {
       stroke(0, 0, 255);
       if (i2 == 0) {
         //   fill(0,255,0);
         line( cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), 0, cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), zes); // z in blue
         noStroke();
   
   
         text("economie", cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), 0);
   
       }
   
       if (i2 == 1) {
         line( cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), 0, cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), een); // z in blue
         //   fill(0,255,0);
         noStroke();
         pushMatrix();
   
   
   
         text("wetenschap", cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2))+10, 0);
         popMatrix();
    
   
     }
   
       if (i2 == 2) {
         //   fill(0,255,0);
         line( cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), 0, cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), twee); // z in blue
         noStroke();
     
   
         text("politiek", cx + r * cos(radians(angle * i2))-100, cy + r * sin(radians(angle * i2))+10, 0);
     
    
     }
   
       if (i2 == 3) {
         //   fill(0,255,0);
         line( cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), 0, cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), drie); // z in blue
         noStroke();
   
         text("sport", cx + r * cos(radians(angle * i2))-100, cy + r * sin(radians(angle * i2))+10, 0);
       }
   
       if (i2 == 4) {
         //   fill(0,255,0);
         line( cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), 0, cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), vier); // z in blue
         noStroke();
   
         text("conflict", cx + r * cos(radians(angle * i2))-150, cy + r * sin(radians(angle * i2))+10, 0);
       }
   
       if (i2 == 5) {
         //   fill(0,255,0);
         line( cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), 0, cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2)), vijf); // z in blue
         noStroke();
   
         text("cultuur", cx + r * cos(radians(angle * i2)), cy + r * sin(radians(angle * i2))+10, 0);
       }
     }
   }
   
   
   
   
   //noStroke();
   
   void polygon(int n, float cx, float cy, float r)
   {
     float angle = 360.0 / n;
     stroke(0);
     strokeWeight(3);
     beginShape();
   
   
   
     for (int i = 0; i < n; i++)
     {
   
       if (i == 1) {
         fill(0, 0, 255, 255);
         vertex(cx + r * cos(radians(angle * i)),
         cy + r * sin(radians(angle * i)), een);
       }
   
       if (i == 2) {
         fill(0, 0, 255);
   
         vertex(cx + r * cos(radians(angle * i)),
         cy + r * sin(radians(angle * i)), twee);
       }
       if (i == 3) {
         fill(0, 0, 255);
   
         vertex(cx + r * cos(radians(angle * i)),
         cy + r * sin(radians(angle * i)), drie);
       }
       if (i == 4) {
   
         fill(0, 0, 255);
   
         vertex(cx + r * cos(radians(angle * i)),
         cy + r * sin(radians(angle * i)), vier);
       }
       if (i == 5) {
   
         fill(0, 0, 255);
   
         vertex(cx + r * cos(radians(angle * i)),
         cy + r * sin(radians(angle * i)), vijf);
       }
       if (i == 0) {
   
         fill(0, 0, 255);
   
         vertex(cx + r * cos(radians(angle * i)),
         cy + r * sin(radians(angle * i)), zes);
       }
     }
     endShape(CLOSE);
   
   
     //noStroke();
   }
   
   
   
   
   
   
   void zijden(int n, float cx, float cy, float r)
   {
     float angle = 360.0 / 6;
     stroke(0);
     strokeWeight(3);
     fill(255);
     beginShape();
   
     vertex(cx + r * cos(radians(angle * 1)),
     cy + r * sin(radians(angle * 1)), een);
   
     vertex(cx + r * cos(radians(angle * 2)),
     cy + r * sin(radians(angle * 2)), twee);
   
     vertex(cx + r * cos(radians(angle * 2)),
     cy + r * sin(radians(angle * 2)), 0);
   
     vertex(cx + r * cos(radians(angle * 1)),
     cy + r * sin(radians(angle * 1)), 0);
   
     endShape(CLOSE);
   
     beginShape();
   
     vertex(cx + r * cos(radians(angle * 2)),
     cy + r * sin(radians(angle * 2)), twee);
   
     vertex(cx + r * cos(radians(angle * 3)),
     cy + r * sin(radians(angle * 3)), drie);
   
     vertex(cx + r * cos(radians(angle * 3)),
     cy + r * sin(radians(angle * 3)), 0);
   
     vertex(cx + r * cos(radians(angle * 2)),
     cy + r * sin(radians(angle * 2)), 0);
     endShape(CLOSE);
   
     beginShape();
   
   
     vertex(cx + r * cos(radians(angle * 3)),
     cy + r * sin(radians(angle * 3)), drie);
   
     vertex(cx + r * cos(radians(angle * 4)),
     cy + r * sin(radians(angle * 4)), vier);
   
     vertex(cx + r * cos(radians(angle * 4)),
     cy + r * sin(radians(angle * 4)), 0);
   
     vertex(cx + r * cos(radians(angle * 3)),
     cy + r * sin(radians(angle * 3)), 0);
     endShape(CLOSE);
   
     beginShape();
   
   
     vertex(cx + r * cos(radians(angle * 4)),
     cy + r * sin(radians(angle * 4)), vier);
   
     vertex(cx + r * cos(radians(angle * 5)),
     cy + r * sin(radians(angle * 5)), vijf);
   
     vertex(cx + r * cos(radians(angle * 5)),
     cy + r * sin(radians(angle * 5)), 0);
   
     vertex(cx + r * cos(radians(angle * 4)),
     cy + r * sin(radians(angle * 4)), 0);
     endShape(CLOSE);
   
   
     beginShape();
   
   
     vertex(cx + r * cos(radians(angle * 5)),
     cy + r * sin(radians(angle * 5)), vijf);
   
     vertex(cx + r * cos(radians(angle * 6)),
     cy + r * sin(radians(angle * 6)), zes);
   
     vertex(cx + r * cos(radians(angle * 6)),
     cy + r * sin(radians(angle * 6)), 0);
   
     vertex(cx + r * cos(radians(angle * 5)),
     cy + r * sin(radians(angle * 5)), 0);
   
     endShape(CLOSE);
   
     beginShape();
   
     vertex(cx + r * cos(radians(angle * 6)),
     cy + r * sin(radians(angle * 6)), zes);
   
     vertex(cx + r * cos(radians(angle * 1)),
     cy + r * sin(radians(angle * 1)), een);
   
     vertex(cx + r * cos(radians(angle * 1)),
     cy + r * sin(radians(angle * 1)), 0);
   
     vertex(cx + r * cos(radians(angle * 6)),
     cy + r * sin(radians(angle * 6)), 0);
   
   
     endShape(CLOSE);
   
   
   
   
   
     //noStroke();
   }
   
   

Hope that someone can help me with this problem. Thanks in advance.