simple pic puzzle game with java

images are  available in the following folder:
https://drive.google.com/folderview?id=0B-lUMire6Uw_RUVOd0dsaU1BZVk&usp=sharing


 import java.awt.*;
import java.awt.event.*;
import javax.swing.*;

public class picpuz2 extends JFrame implements ActionListener
{
   JButton b1,b2,b3,b4,b5,b6,b7,b8,b9,b10,sample;
   Icon star;
   public picpuz2()
   {

   super("picture puzzel");
   JFrame f=new JFrame();


   b1 = new JButton( new ImageIcon("minions-character-21.jpg") );
   b3 = new JButton(new ImageIcon("minions-character-21_2.jpg"));
   b6 = new JButton(new ImageIcon("minions-character-21_3.jpg"));
   b5 = new JButton(new ImageIcon("minions-character-21_4.jpg"));
   b2 = new JButton(new ImageIcon("minions-character-21_5.jpg"));
   b9 = new JButton(new ImageIcon("minions-character-21_10.jpg"));
   b4 = new JButton(new ImageIcon("minions-character-21_7.jpg"));
   b7 = new JButton(new ImageIcon("minions-character-21_8.jpg"));
   b8 = new JButton(new ImageIcon("minions-character-21_9.jpg"));
   b10 = new JButton(new ImageIcon("change.jpg"));
   sample=new JButton(new ImageIcon("1.jpg"));
   star =b9.getIcon();

    b1.setBounds(10,80,332,247);
    b2.setBounds(342,80,332,247);
    b3.setBounds(674,80,332,247);
    b4.setBounds(10,327,332,247);
    b5.setBounds(342,327,332,247);
    b6.setBounds(674,327,332,247);
    b7.setBounds(10,574,332,247);
    b8.setBounds(342,574,332,247);
    b9.setBounds(674,574,332,247);
    sample.setBounds(1130,330,100,80);
    b10.setBounds(445,22,70,50);

    f.add(b1);
    f.add(b2);
    f.add(b3);
    f.add(b4);
    f.add(b5);
    f.add(b6);
    f.add(b7);
    f.add(b8);
    f.add(b9);
    f.add(b10);
    f.add(sample);

     JLabel l1=new JLabel("Sample:");
     l1.setBounds(1018,350,120,50);
     l1.setFont(new Font("TIMES NEW ROMAN",Font.BOLD,30));
     JLabel l2=new JLabel("NOTE: icon has power to swap with neighbor icon=>");
     l2.setBounds(0,0,900,100);
     l2.setFont(new Font("TIMES NEW ROMAN",Font.BOLD,20));
     JLabel l3=new JLabel("click on sample picture to next");
     l3.setBounds(1020,410,900,50);
     l3.setForeground(Color.red);
     l3.setFont(new Font("TIMES NEW ROMAN",Font.BOLD,20));

     f.add(l1);
     f.add(l2);
     f.add(l3);

         b1.addActionListener(this);
          b2.addActionListener(this);
          b3.addActionListener(this);
          b4.addActionListener(this);
          b5.addActionListener(this);
          b6.addActionListener(this);
          b7.addActionListener(this);
          b8.addActionListener(this);
          b9.addActionListener(this);



    f.setLayout(null);
    f.setSize(600,500);
    f.setVisible(true);
    f.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE);

}

public void actionPerformed(ActionEvent e)
{

if(e.getSource()==b1)
    {
    Icon s1=b1.getIcon();
      if(b2.getIcon()==star){
        b2.setIcon(s1);
        b1.setIcon(star);
      }
      else if(b4.getIcon()==star)
      {
                    b4.setIcon(s1);
                    b1.setIcon(star);
                   }
  }//end of if

if(e.getSource()==b2){
    Icon s1=b2.getIcon();
      if(b1.getIcon()==star){
        b1.setIcon(s1);
        b2.setIcon(star);
      } else if(b5.getIcon()==star){
                    b5.setIcon(s1);
                    b2.setIcon(star);
                   }
         else if(b3.getIcon()==star){
                    b3.setIcon(s1);
                    b2.setIcon(star);
                   }
  }//end of if

if(e.getSource()==b3){
    Icon s1=b3.getIcon();
      if(b2.getIcon()==star){
        b2.setIcon(s1);
        b3.setIcon(star);
      } else if(b6.getIcon()==star){
                    b6.setIcon(s1);
                    b3.setIcon(star);
                   }
  }//end of if

if(e.getSource()==b4){
    Icon s1=b4.getIcon();
      if(b1.getIcon()==star){
        b1.setIcon(s1);
        b4.setIcon(star);
      } else if(b5.getIcon()==star){
                    b5.setIcon(s1);
                    b4.setIcon(star);
                   }
         else if(b7.getIcon()==star){
                    b7.setIcon(s1);
                    b4.setIcon(star);
                   }
  }//end of if

if(e.getSource()==b5){
    Icon s1=b5.getIcon();
      if(b2.getIcon()==star){
        b2.setIcon(s1);
        b5.setIcon(star);
      } else if(b4.getIcon()==star){
                    b4.setIcon(s1);
                    b5.setIcon(star);
                   }
         else if(b6.getIcon()==star){
                    b6.setIcon(s1);
                    b5.setIcon(star);
                   }
          else if(b8.getIcon()==star){
                    b8.setIcon(s1);
                    b5.setIcon(star);
                   }
  }//end of if

if(e.getSource()==b6){
    Icon s1=b6.getIcon();
      if(b3.getIcon()==star){
        b3.setIcon(s1);
        b6.setIcon(star);
      } else if(b5.getIcon()==star){
                    b5.setIcon(s1);
                    b6.setIcon(star);
                   }
         else if(b9.getIcon()==star){
                    b9.setIcon(s1);
                    b6.setIcon(star);
                   }
}//end of if

if(e.getSource()==b7){
    Icon s1=b7.getIcon();
      if(b4.getIcon()==star){
        b4.setIcon(s1);
        b7.setIcon(star);
      } else if(b8.getIcon()==star){
                    b8.setIcon(s1);
                    b7.setIcon(star);
                   }
 }//end of if

   if(e.getSource()==b8){
    Icon s1=b8.getIcon();
      if(b7.getIcon()==star){
        b7.setIcon(s1);
        b8.setIcon(star);
      } else if(b5.getIcon()==star){
                    b5.setIcon(s1);
                    b8.setIcon(star);
                   }
         else if(b9.getIcon()==star){
                    b9.setIcon(s1);
                    b8.setIcon(star);
                   }

  }//end of if

 if(e.getSource()==b9){
    Icon s1=b9.getIcon();
      if(b8.getIcon()==star){
        b8.setIcon(s1);
        b9.setIcon(star);
      } else if(b6.getIcon()==star){
                    b6.setIcon(s1);
                    b9.setIcon(star);
                   }
  }//end of if

}


    public static void main(String args[])
     {
      new picpuz2();
     }//end of main
}
//end of class

core java practicals

 Complete basic  core java practicals for  beginners:

my Google drive link :

https://drive.google.com/folderview?id=0B-lUMire6Uw_aC1TUm52RktUX1U&usp=sharing

constructor in inheritance

constructor call in derived class:

#include<iostream>
#include<conio.h>
using namespace std;
class base
{
    public:

    base()   //1st cal  instructor
    {
        cout<<"   base constructor calling"<<endl;

    }


};

class derive:public base
{
    public:
    derive() :base() //2nd call
    {
        cout<<"   derive constructor calling"<<endl;
    }

};

int main()
{

     derive obj;

     getch();
     return(0);

}


parametrized constructor call in inheritance:


#include<iostream>
#include<conio.h>
using namespace std;
class alpha
{

    int x;
public:
    alpha(int i)
    {

        x=i;
        cout<<"alpha intialized"<<endl;
        cout<<"x:  "<<x<<'\n';

    }
};

class beta
{
    int y;
public:

    beta(int j)
    {

         y=j;
        cout<<"beta is  intialized"<<endl;
        cout<<"y:  "<<y<<'\n';

    }
};

class gamma:public beta,public alpha
{

    int m,n;
public:
    gamma(int a,int b) : alpha(a),beta(b)
    {
        m=a;
        n=b;
        cout<<"m:  "<<m<<endl;
        cout<<"n:  "<<n<<endl;

    }


};
int main()
{
    gamma obj(5,10);
    cout<<"  "<<endl;
    getch();

    return(0);



}

Types of inheritance practical

practical 5:Inheritance

MULTILEVEL INHERITANCE:

 

#include<iostream>

#include<conio.h>

using namespace std;

class rectangle

{

protected:

    float length;

    float width;

public:

    void setlength()

    {

        cout<<"your length:  "<<endl;

        cin>>length;

        cout<<"your width:   "<<endl;

        cin>> width;

    }

};

class area : public rectangle

{

 public:

    float calc()

    {

        return(length*width);

    }

};

class peri: public area

{

    public:

    float calc1()

    {

        return (2*(length*width));

    }

};

int main()

{

    peri a;

    cout<<"enter the data for first rectangle to find the area:  "<<endl;

    a.setlength();

    cout<<"area is :   "<< a.calc() <<"sq/m"<<endl;

    cout<<"enter the data for  rectangle to find the perimeter:  "<<endl;

    a.setlength();

    cout<<"perimeter is:   "<< a.calc1() << "m" <<endl;

    getch();

    return(0);

}

MULTIPLE INHERITANCE :

#include<iostream>
#include<conio.h>
using namespace std;
class student
{

    protected:
    int no,m1,m2;
    public:
        student()
        {
            cout<<"enter the roll no. "<<endl;
            cin>>no;
            cout<<"enter the marks of two subject  "<<endl;
            cin>>m1>>m2;
        }

};


class sports
{
    protected:
    int spo;
    public:
        sports()
        {


           cout<<"enter the sports marks:  "<<endl;
           cin>>spo;
        }

};


class statement : public student ,public sports
{
    float total,avg;


    public:
    void display()
    {
        total=(m1+m2+spo);
        avg=total/3;
        cout<<"total marks is :  "<<total<<endl;
        cout<<"average is :       "<<avg<<endl;

    }



};


int main()
{
    statement obj;
    obj.display();

    getch();
    return(0);


}

Hierarchical inheritance:

#include<iostream>
#include<conio.h>
using namespace std;
class A          //base class
{
protected:
    int a;
public:
    void getnumber()
    {
        cout<<"enter the number  :...."<<endl;
        cin>>a;

    }
};

class B:public A
{
   public:
        int squr()
       {
           cout<<"square is  :  "<<(a*a)<<endl;
       }


};

class C :public A
{

    public:



        void qube()

    {



        cout<<"qube  is :  "<<(a*a*a)<<endl;;


    }

};


int main()
{
    B b1;
    b1.getnumber();
    b1.squr();
    C  c1 ;
    c1.getnumber();
    c1.qube();

    getch();
    return(0);

}

Hybrid inheritance:

#include<iostream>
#include<conio.h>
using namespace std;


class arithmetic
{
protected:
int num1, num2;
public:
void getdata()
{
cout<<"For Addition:";
cout<<"\nEnter the first number: ";
cin>>num1;
cout<<"\nEnter the second number: ";
cin>>num2;
}
};


class plusl:public arithmetic
{
protected:
int sum;
public:
void add()
{
sum=num1+num2;
}
};


class minusl
{
protected:
int n1,n2,diff;
public:
void sub()
{
cout<<"\nFor Subtraction:";
cout<<"\nEnter the first number: ";
cin>>n1;
cout<<"\nEnter the second number: ";
cin>>n2;
diff=n1-n2;
}
};


class result:public plusl, public minusl
{
public:
void display()
{
cout<<"\nSum of "<<num1<<" and "<<num2<<"= "<<sum;
cout<<"\nDifference of "<<n1<<" and "<<n2<<"= "<<diff;
}
};


int  main()
{
result z;
z.getdata();
z.add();
z.sub();
z.display();
getch();
return(0);
}

 

basic program on constructor and destructor

Example on constructor and destructor :

#include<iostream>
#include<conio.h>
using namespace std;
  static int countl;
 class test
 {

 public:
    test()
    {
        countl++;
         cout<<"\t\t  constructor msg:object"                <<countl<<"created....."<<endl;
    }


    ~test()
    {

        cout<<"\t\t  destructor msg:object  "   <<countl<<"destroy....."<<endl;
          countl--;
    }
 };


 int main()
 {

     cout<<"inside block...."<<endl<<endl;
     cout<<"creat object....."<<endl;

    {


         test t1;


      {
         cout<<"inside main block.."<<endl;
          cout<<"creat another two  object....."<<endl;
          test t2,t3;
          cout<<"leave the block....."<<endl;

        }

}

        cout<<"back to main block....."<<endl;
     getch();
     return(0);



 }

Function In c++(practicla 2)

Practical -2

•  Wite a program to demonstrate inline function.

#include<iostream>

using namespace std;

inline float max1(float a,float b);

int main()

{

    float a,b;

    float result;

    cout<<"write the value of a";

    cin>>a;

    cout<<"write the value of b";

    cin>>b;

     result=max1(a,b);

    cout<<"max("<<a<<","<<b<<"):  "<<endl;

    cout<<result<<endl;

    return(0);

}

inline float max1(float a,float b)

{

    return(  (a>b)? a:b );

}

• Wite a program to demonstrate overloading of function. 

#include<iostream>
using namespace std;
void test(int);           //function 1
void test(int ,float);   //function 2
void test(float);        //function 3
int main()
{

    int a=50;
    float b=23.26;
    test(a);   //call fun1
    test(b);    //call fun3
    test(a,b);  //call fun2

    return(0);


}

void test(int a )
{
    cout<<"Integer number: "<<a<<endl;
}

void test(float var)
{
    cout<<"Float number: "<<var<<endl;
}

void test(int var1, float var2)
{
    cout<<"Integer number: "<<var1<<endl;
    cout<<" And float number:"<<var2<<endl;
}
 

C++ code for 1st practical (intoduction to c++)

         SEMESTER 4: Object oriented programming with C++.

.check that given number is palindron or not :c++ code

 #include<iostream>
using namespace std;
int main()
{
  int number,temp;
  int sum=0,reminder;
  cout<<"give the number what you want"<<endl;
  cin>>number;
  temp=number;
  while(number !=0)
  {
      reminder=number%10;
      sum=sum+reminder*reminder*reminder;
      number=number/10;

  }
    if(sum == temp)
        cout<<"armstrong number"<<endl;
    else
         cout<<"not armstrong number"<<endl;


   return(0);
}

• find the maximum among the three number

#include<iostream>
using namespace std;

int main()

{

     int a,b,c;

     cout<<"give your three numbers"<<endl;

     cout<<"value of a"<<endl;

     cin>>a;

     cout<<"value of b"<<endl;

     cin>>b;

     cout<<"value of c"<<endl;

     cin>>c;

     if(a>b)

     {

         if(a>c)

            cout<<a <<'\t'<<" is maximum among all three"<<endl;

         else

            cout<<c <<'\t'<<" is maximum among all three"<<endl;

     }

     if (b>a)

     {

         if(b>c)

            cout<<b <<'\t'<<"  is maximum among all three"<<endl;

         else

            cout<<c <<'\t'<<"  is maximum among all three"<<endl;

     }

         cout<<"*******"<<endl;

  
  return(0);

}

• write a code for Fibonacci series up to 100.

#include<iostream>
using namespace std;
int main()
{
    int a=0,b=1,c=0;
    int i;
    cout<<"fibbo series of 1 to 100"<<endl;
    for(i=0;i<30;i++)
        {

             if(i<=1)
              c=i;
              else
               {
                   c=a+b;
                    a=b;
                    b=c;
                }

            if(c<=100)
            {
                cout<<c<<endl;
            }

         }
    return(0);
}

• write a program to exchange the information of two variable using pass by reference.

  #include<iostream>
  using namespace std;
  int  swap(float &a,float &b);
  int main()
  {
      float a,b;
      cout<<"give the value of two variable"<<endl;
      cout<<"value of a is "<<endl;
      cin>>a;
      cout<<"value of b is "<<endl;
      cin>>b;
      swap(a,b);
       cout<<" 1.value of a is"<<a<<endl;
        cout<<" 1.value of b is"<<b<<endl;
  }
  int swap(float &a,float &b)
  {
      float t;
        t=a;
        a=b;
        b=t;
       return(0);
  
  

  }