import stamp.core.*;
public class Segment7LED {
static boolean P0 = true;
static boolean flag = true;
//public static int = 0;
public static void main() {
while(flag=true) {
//  clearLED();
  for (int i=0;i<10;i++)
  {
  CPU.delay(10000);
  clearLED();
  displayNumber(i);
  } // end for
  flag=false;
} // end while
} // end main

public static void displayNumber(int value)
{
switch (value) {
  case 1:
    CPU.writePin(CPU.pins[13],true); // LED [On]
    CPU.writePin(CPU.pins[8],true); // LED [On]
    break;
  case 2:
    CPU.writePin(CPU.pins[14],true); // LED [On]
    CPU.writePin(CPU.pins[13],true); // LED [On]
    CPU.writePin(CPU.pins[2],true); // LED [On]
    CPU.writePin(CPU.pins[6],true); // LED [On]
    CPU.writePin(CPU.pins[7],true); // LED [On]
    break;
  case 3:
    CPU.writePin(CPU.pins[14],true); // LED [On]
    CPU.writePin(CPU.pins[13],true); // LED [On]
    CPU.writePin(CPU.pins[2],true); // LED [On]
    CPU.writePin(CPU.pins[8],true); // LED [On]
    CPU.writePin(CPU.pins[7],true); // LED [On]
    break;
  case 4:
    CPU.writePin(CPU.pins[1],true); // LED [On]
    CPU.writePin(CPU.pins[2],true); // LED [On]
    CPU.writePin(CPU.pins[13],true); // LED [On]
    CPU.writePin(CPU.pins[8],true); // LED [On]
    break;
  case 5:
    CPU.writePin(CPU.pins[14],true); // LED [On]
    CPU.writePin(CPU.pins[1],true); // LED [On]
    CPU.writePin(CPU.pins[2],true); // LED [On]
    CPU.writePin(CPU.pins[8],true); // LED [On]
    CPU.writePin(CPU.pins[7],true); // LED [On]
    break;
  case 6:
    CPU.writePin(CPU.pins[1],true); // LED [On]
    CPU.writePin(CPU.pins[6],true); // LED [On]
    CPU.writePin(CPU.pins[2],true); // LED [On]
    CPU.writePin(CPU.pins[8],true); // LED [On]
    CPU.writePin(CPU.pins[7],true); // LED [On]
    break;
  case 7:
    CPU.writePin(CPU.pins[14],true); // LED [On]
    CPU.writePin(CPU.pins[13],true); // LED [On]
    CPU.writePin(CPU.pins[8],true); // LED [On]
    break;
  case 8:
    CPU.writePin(CPU.pins[1],true); // LED [On]
    CPU.writePin(CPU.pins[2],true); // LED [On]
    CPU.writePin(CPU.pins[6],true); // LED [On]
    CPU.writePin(CPU.pins[7],true); // LED [On]
    CPU.writePin(CPU.pins[8],true); // LED [On]
    CPU.writePin(CPU.pins[13],true); // LED [On]
    CPU.writePin(CPU.pins[14],true); // LED [On]
    break;
  case 9:
    CPU.writePin(CPU.pins[1],true); // LED [On]
    CPU.writePin(CPU.pins[2],true); // LED [On]
    CPU.writePin(CPU.pins[7],true); // LED [On]
    CPU.writePin(CPU.pins[8],true); // LED [On]
    CPU.writePin(CPU.pins[13],true); // LED [On]
    CPU.writePin(CPU.pins[14],true); // LED [On]
    break;
  case 0:
    CPU.writePin(CPU.pins[1],true); // LED [On]
    CPU.writePin(CPU.pins[6],true); // LED [On]
    CPU.writePin(CPU.pins[7],true); // LED [On]
    CPU.writePin(CPU.pins[8],true); // LED [On]
    CPU.writePin(CPU.pins[13],true); // LED [On]
    CPU.writePin(CPU.pins[14],true); // LED [On]
    break;
} // end switch
} // end displayNumber
public static void clearLED()
{
CPU.writePin(CPU.pins[1],false); // LED [Off]
CPU.writePin(CPU.pins[2],false); // LED [Off]
CPU.writePin(CPU.pins[6],false); // LED [Off]
CPU.writePin(CPU.pins[7],false); // LED [Off]
CPU.writePin(CPU.pins[8],false); // LED [Off]
CPU.writePin(CPU.pins[13],false); // LED [Off]
CPU.writePin(CPU.pins[14],false); // LED [Off]
} // end clearLED
} // end class declaration 