// AnalogUhr
function initUTCUhr(posX,posY,radius,pzone,pstadt,pname,ptiefe) {
 // Variablen Initialisierung
 var radiant, start_x, start_y, end_x, end_y;
 var zeit,std,mins,sek;
 var sek_winkel,min_winkel,std_winkel;
 var sek_radiant,min_radiant,std_radiant;
 var sek_x,sek_y,min_x,min_y,std_x,std_y;

 // Winkel in Bogenmass
 function winkelBogen(winkel) {
  return winkel/180*Math.PI;
 }

 // MovieClip für AnalogUhr erzeugen
 this.createEmptyMovieClip(pname,ptiefe);

 // Textfeld für Statdanzeige erzeugen
 this[pname].createTextField("anzeige_txt",ptiefe+1,posX,posY+radius,0,0);
 this[pname].anzeige_txt.autoSize = "center";
 this[pname].anzeige_txt.text = pstadt;

 // Ziffernblatt zeichnen
 for(var i=1; i<=60; i++) {
  radiant = winkelBogen(i*6);
  if (i%5 == 0) {
   start_x = Math.cos(radiant)*(radius-10);
   start_y = Math.sin(radiant)*(radius-10);
   end_x = Math.cos(radiant)*radius;
   end_y = Math.sin(radiant)*radius;
   this.lineStyle(2, 0, 100);
   this.moveTo(posX+start_x, posY+start_y);
   this.lineTo(posX+end_x, posY+end_y);
  } else {
   start_x = Math.cos(radiant)*(radius-5);
   start_y = Math.sin(radiant)*(radius-5);
   end_x = Math.cos(radiant)*radius;
   end_y = Math.sin(radiant)*radius;
   this.lineStyle(1, 0, 100);
   this.moveTo(posX+start_x, posY+start_y);
   this.lineTo(posX+end_x, posY+end_y);
  }
 }

 this[pname].onEnterFrame = function() {
  // Zeiger entfernen
  this.clear();
  // Uhrzeit ermitteln
  zeit = new Date();
  sek = zeit.getUTCSeconds();
  mins = zeit.getUTCMinutes();
  std = zeit.getUTCHours()+pzone;
  // AM/PM ermitteln
  if (std >= 24) {
   std = std - 24;
  }
  if (std < 12) {
   this.anzeige_txt.text = pstadt + " / am";
  } else {
   this.anzeige_txt.text = pstadt + " / pm";
  }
  // Zeigerwinkel berechnen
  sek_winkel = sek*6-90;
  min_winkel = mins*6-90;
  std_winkel = std*30+mins/60*30-90;
  // die winkel werden in bogenmaße umgerechnet
  sek_radiant = winkelBogen(sek_winkel);
  min_radiant = winkelBogen(min_winkel);
  std_radiant = winkelBogen(std_winkel);
  // Zeigerpunkte via Sin/Cos berechnen
  // Sekunden
  sek_x = posX + Math.cos(sek_radiant)*radius;
  sek_y = posY + Math.sin(sek_radiant)*radius;
  // Minuten
  min_x = posX + Math.cos(min_radiant)*(radius*1);
  min_y = posY + Math.sin(min_radiant)*(radius*1);
  // Sekunden
  std_x = posX + Math.cos(std_radiant)*(radius*.75);
  std_y = posY + Math.sin(std_radiant)*(radius*.75);
  // Zeiger zeichnen
  // Sekunden
  this.lineStyle(1, 0xff0000, 100);
  this.moveTo(posX, posY);
  this.lineTo(sek_x, sek_y);
  // Minuten
  this.lineStyle(2, 0, 100);
  this.moveTo(posX, posY);
  this.lineTo(min_x, min_y);
  // Stunden
  this.lineStyle(3, 0, 100);
  this.moveTo(posX, posY);
  this.lineTo(std_x, std_y);
 }
}

// Städte und Zeitzonen
var x=0,y=0;
stadtliste = new Array("Berlin","Istanbul","New York","Moskau","Tokyo","Sydney");
zonenliste = new Array(2,3,-5,4,9,10);

// Uhren erzeugen
for (var j=0; j < stadtliste.length; j++) {
 startpos = 150;
 x++;
 pX = startpos + 120*x;
 if (j%3 == 0) {
  x=0;
  y++;
  pX = startpos;
  pY = 120*y;
 }
 initUTCUhr(pX,pY,50,zonenliste[j],stadtliste[j],"uhr"+j,j);
}

// Uhren (UTC)
// Berlin (+01:00)
initUTCUhr(Stage.width/2,Stage.height/2,50,1,"Berlin","uhr",1);
// Istanbul (+02:00)
initUTCUhr(Stage.width/2,75,50,2,"Istanbul","uhr2",2);
// New York (-05:00)
initUTCUhr(Stage.width/2,325,50,-5,"New York","uhr3",3);