Esempio n. 1
0
  @KnowledgeExchange
  @PeriodicScheduling(50)
  public static void map(
      @In("coord.leaderGas") Double lGas,
      @In("coord.leaderBrake") Double lBrake,
      @Out("coord.lPos") OutWrapper<Double> lPos,
      @Out("coord.lSpeed") OutWrapper<Double> lSpeed,
      @Out("coord.creationTime") OutWrapper<Double> creationTime,
      @Out("member.eLeaderGas") OutWrapper<Double> eLeaderGas,
      @Out("member.eLeaderBrake") OutWrapper<Double> eLeaderBrake,
      @In("member.eLPos") Double eLPos,
      @In("member.eLeaderSpeed") Double eLeaderSpeed,
      @In("member.eLastTime") Double eLastTime) {

    eLeaderGas.value = lGas;
    eLeaderBrake.value = lBrake;
    lPos.value = eLPos;
    lSpeed.value = eLeaderSpeed;
    creationTime.value = eLastTime;
  }
  @Process
  @PeriodicScheduling((int) TIMEPERIOD)
  public static void computeTarget(
      @In("hPos") Double hPos,
      @In("hSpeed") Double hSpeed,
      @In("hRangeDistance") Double hRangeDistance,
      @In("hFFPos") Double hFFPos,
      @In("hFFSpeed") Double hFFSpeed,
      @In("hFFCreationTime") Double hFFCreationTime,
      @Out("hGas") OutWrapper<Double> hGas,
      @Out("hBrake") OutWrapper<Double> hBrake,
      @InOut("hMove") OutWrapper<Boolean> hMove,
      @InOut("hMoveByOrder") OutWrapper<Boolean> hMoveByOrder,
      @InOut("hFFConnected") OutWrapper<Boolean> hFFConnected,
      @InOut("hFFLost") OutWrapper<Boolean> hFFLost,
      @InOut("hFFTargetPos") OutWrapper<Double> hFFTargetPos,
      @InOut("hFFTargetSpeed") OutWrapper<Double> hFFTargetSpeed) {

    System.out.println(
        " - RescueHelicopter : pos "
            + hPos
            + ", speed "
            + hSpeed
            + "...In the RescueHelicopter : - firefighter : pos "
            + hFFPos
            + " ,  speed "
            + hFFSpeed
            + " , creation time "
            + hFFCreationTime);
    if (hFFCreationTime != 0.0) {
      double inaccuracy = -1;
      computeBeliefBoundaries(hFFPos, hFFSpeed, hFFTargetPos.value, hFFCreationTime);

      if (hFFTargetPos.value != 0.0)
        inaccuracy = Math.max(Math.abs(hFFPos - hFFPosMin), Math.abs(hFFPosMax - hFFPos));

      if (inaccuracy <= THRESHOLD) {
        hMove.value = false;
        hFFLost.value = false;
      } else if (inaccuracy > THRESHOLD) {
        hFFConnected.value = false;
        hMove.value = true;
        hFFLost.value = true;
      }
      if (!hFFConnected.value && inaccuracy >= 0 && hFFLost.value) {
        if (hMoveByOrder.value || hMove.value) {
          if (hFFPosMin > hPos) {
            hFFTargetPos.value = hFFPosMax;
            hFFTargetSpeed.value = hFFSpeedMax;
          } else if (hPos > hFFPosMax) {
            hFFTargetPos.value = hPos;
            hFFTargetSpeed.value = DESIRED_SPEED;
          } else {
            hFFTargetPos.value = hFFPosMax;
            hFFTargetSpeed.value = hFFSpeedMax;
          }
          System.err.println(
              "H2_Move.....  from : "
                  + hPos
                  + "  to "
                  + hFFTargetPos.value
                  + ",   Min pos: "
                  + hFFPosMin
                  + "  Max pos:"
                  + hFFPosMax);
        } else if (!hMove.value) {
          hFFTargetPos.value = hPos;
          hFFTargetSpeed.value = DESIRED_SPEED;
          System.err.println(
              "H2_%%%%%%%%%%     OffloadHelicopter moves toward FireFighter   %%%%%%%%%%%%");
        } else if (!hMove.value) {
          hFFTargetPos.value = hPos;
          hFFTargetSpeed.value = DESIRED_SPEED;
          System.err.println("H2_OffloadHelicopter order RescueHelicopter to move ......");
        }
      } else {
        hFFTargetPos.value = hPos;
        hFFTargetSpeed.value = DESIRED_SPEED;
      }
    } else {
      hFFTargetPos.value = hPos;
      hFFTargetSpeed.value = DESIRED_SPEED;
    }

    Pedal p = speedControl(hPos, hSpeed, hFFTargetPos.value, hFFTargetSpeed.value);
    hGas.value = p.gas;
    hBrake.value = p.brake;
  }