class Bodies  {

  //variables

    float bodiesy, bodiesx;
  color skycolor;
  int h; //holder for hour
  int skymultiplier;

  //Constructor
  Bodies () {
    smooth();
    fill(0);
    skycolor =color (18, 29, 90);
  }

  void display(int temphour) {
    h=temphour;

    smooth();
    noStroke();

    fill(skycolor);
    rect(0,0,width, 300);

    this.calcPosition();   //gets x, y, color, and backcolor


  }


  void calcPosition ()  {

    if (h >= 0 && h < 6) {    //from 0 to 6
      bodiesx=map(h, 0, 6, width/2, width);
      bodiesy=map(h, 0, 6, 100, height-100);

      skymultiplier=16*(6-h);
      this.drawmoon();
    }

    if (h >= 6 && h < 12) {    //from 6 to 12
      bodiesx=map(h, 6, 12, 0, width/2);
      bodiesy=map(h, 6, 12, height-100, 100);

      skymultiplier=h*10;

      this.drawsun();
    }

    if (h >= 12 && h < 18) {    //from 12 to 18
      bodiesx=map(h, 12, 18, width/2, width);
      bodiesy=map(h, 12, 18, 100, height-100);

      skymultiplier=(23-h)*10;
      this.drawsun();

    }

    if (h >= 18 && h <= 23) {    //from 0 to 6
      bodiesx=map(h, 18, 23, 0, width/2);
      bodiesy=map(h, 18, 23, height-100, 100);

      skymultiplier=(h-17)*16;  //not 18, to keep from an infinite loop

      this.drawmoon();

    }

  }

  void drawsun() {

    skycolor=color (70+skymultiplier, 70+skymultiplier, 255);


    for (float i = 0; i <= 80; i = i+4) {

      fill(255, 255, 0, 10);

      ellipse(bodiesx,bodiesy, 70+i, 70+i);
    }

    fill(255, 255, 0, 255);
    ellipse(bodiesx,bodiesy, 70, 70);

  }


  void drawmoon() {
    skycolor=color (8, 8, 113);


    //skymultiplier=50;
    for (int z=0; z < skymultiplier; z++){
      stars[z].display();
      println(z);
      //println(skymultiplier);

    }



    for (float i = 0; i <= 50; i = i+4) {

      fill(195, 195, 224, 10);

      ellipse(bodiesx,bodiesy, 60+i, 60+i);

    }

    fill(185, 185, 139, 255);
    ellipse(bodiesx,bodiesy, 60, 60);

  }



}