Tugas 4 PBO-A Membuat Remote AC

MEMBUAT REMOTE AC MENGGUKAN JAVA

Nama   : Yudhistiro Adi Nugroho

NRP    : 05111740000165

Kelas  : PBO A

• Tampilan 

Gambar 1. Tampilan Awal & Suhu

Gambar 2. Menaikkan Suhu

Gambar 3. Turunkan Suhu

Gambar 4. Mode AC

Gambar 5. Swing ON/OFF

Gambar 6. Tampilan di Blue-J

• Source Code 

intMain

 /**  
  * Program Remote AC.  
  *  
  * @author (Yudhistiro Adi Nugroho)  
  * @version (9.19.2018)  
  */  
 import java.util.Scanner;   
 public class IntMain  
 {  
   public static void main(String[]args){  
     Scanner scan = new Scanner(System.in);  
     int Temp,menu,menu2;  
     String simpan = " ";  
     simpan = "Cool";  
     String tmp="OFF";  
     System.out.println("Input Angka 1 untuk mengaktifkan AC\n");  
     Temp=scan.nextInt();  
   while(true)  
   {  
   if(Temp==1)  
   {  
     RemoteAc remote=new RemoteAc(Temp);  
     System.out.println("||SELAMAT DATANG||");  
     System.out.println("|| AC SAMSUNG ||");  
     while(true)  
     {  
      System.out.println("1. Temperature Sekarang");   
      System.out.println("2. Off");   
      System.out.println("3. Naikkan Suhu (+)");   
      System.out.println("4. Turunkan Suhu (-)");   
      System.out.println("5. Mode");  
      System.out.println("6. Swing");  
      menu=scan.nextInt();  
      switch(menu)  
      {  
       case 1:  
       System.out.println("......................");  
       System.out.println("Temperature = "+remote.getBalance0()+"°c");  
       System.out.println("  Mode  = "+simpan);  
       System.out.println("  Swing  = "+tmp);  
       System.out.println("......................");  
       break;  
       case 2:  
       System.out.println("~Sampai Jumpa Kembali~");  
       return;  
       case 3:  
       System.out.println("......................");  
       System.out.println("Temperature = "+remote.getBalance()+"°c");  
       System.out.println("  Mode  = "+simpan);  
       System.out.println("  Swing  = "+tmp);  
       System.out.println("......................");  
       break;  
       case 4:  
       System.out.println("......................");  
       System.out.println("Temperature = "+remote.getBalance2()+"°c");  
       System.out.println("  Mode  = "+simpan);  
       System.out.println("  Swing  = "+tmp);  
       System.out.println("......................");  
       break;  
       case 5:  
       System.out.println("==================");  
       System.out.println("  1. Cool");  
       System.out.println("  2. Dry");  
       System.out.println("  3. Fan");  
       System.out.println("  4. Heat");  
       System.out.println("==================");  
       menu2= scan.nextInt();  
         if(menu2==1){  
           simpan = "Cool";  
           System.out.println("......................");  
           System.out.println("Temperature = "+remote.getBalance0()+"°c");  
           System.out.println("  Mode  = "+simpan);  
           System.out.println("  Swing  = "+tmp);  
           System.out.println("......................");  
         }  
         if(menu2==2){  
           simpan = "Dry";   
           System.out.println("......................");  
           System.out.println("Temperature = "+remote.getBalance0()+"°c");  
           System.out.println("  Mode  = "+simpan);  
           System.out.println("  Swing  = "+tmp);  
           System.out.println("......................");  
         }  
         if(menu2==3){  
           simpan = "Fan";   
           System.out.println("......................");  
           System.out.println("Temperature = "+remote.getBalance0()+"°c");  
           System.out.println("  Mode  = "+simpan);  
           System.out.println("  Swing  = "+tmp);  
           System.out.println("......................");  
         }  
         if(menu2==4){  
           simpan = "Heat";   
           System.out.println("......................");  
           System.out.println("Temperature = "+remote.getBalance0()+"°c");  
           System.out.println("  Mode  = "+simpan);  
           System.out.println("  Swing  = "+tmp);  
           System.out.println("......................");  
         }  
         break;  
       case 6:  
       if(tmp == "OFF"){  
         System.out.println("......................");  
         System.out.println("Temperature = "+remote.getBalance0()+"°c");  
         System.out.println("  Mode  = "+simpan);  
         System.out.println("  Swing  = ON");  
         System.out.println("......................");  
         tmp= "ON";  
       }  
       else if(tmp == "ON"){  
         System.out.println("......................");  
         System.out.println("Temperature = "+remote.getBalance0()+"°c");  
         System.out.println("  Mode  = "+simpan);  
         System.out.println("  Swing  = OFF");  
         System.out.println("......................");  
         tmp= "OFF";  
       }  
       break;  
      }  
     }  
   }  
   else{  
     System.out.println("Input Salah. AC Tidak Menyala");  
     Temp=scan.nextInt();  
   }  
   }  
  }  
 }  

RemoteAc

 /**  
  * Program Remote AC.  
  *  
  * @author (Yudhistiro Adi Nugroho)  
  * @version (9.19.2018)  
  */  
 public class RemoteAc  
 {  
  private int balance;private int Temperature;  
  public RemoteAc (int remoteTemperature)  
  {  
    Temperature= 25;  
  }  
  public int getBalance0()  
  {  
    return Temperature;  
  }  
  public int getBalance()  
  {  
    if(Temperature == 33)  
    {Temperature = 33;  
      System.out.println("  |Peringatan!|");  
      System.out.println("|Suhu sudah maksimal|");  
     return Temperature;}  
    Temperature++;  
    return Temperature;  
  }  
  public int getBalance2()  
  {  
    if(Temperature == 16)  
    {Temperature = 16;  
      System.out.println("  |Peringatan!|");  
      System.out.println("|Suhu sudah minimal|");  
     return Temperature;}  
    Temperature--;  
    return Temperature;  
  }  
 }