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Write a class called Adder that stores the sum of all the ints given to it. Your Adder class should allow you to write the following main function (and code like it):

int main()
{
int x,y;
cin >> x >> y;
Adder sum1; // sum1 is initialized to 0 
Adder sum2(x); // sum2 is initialized to x
Adder sum3(y); // sum1 is initialized to y 
cout << "sum1 is " << sum1 << '\n'; // prints "sum1 is 0" 
cout << "sum2 is " << sum2 << '\n'; // prints "sum2 is x"
cout << "sum3 is " << sum3 << '\n'; // prints "sum3 is y" 
sum1 += x; //adds x to sum1; now sum1 is x 
sum2 += -3; // adds -3 to sum2; now sum2 is x-3
sum3 += 2; //adds 2 to sum3; now sum3 is y+2 
if (sum1 == sum2)
cout << "sum1 and sum2 are the same\n";
else cout << "sum1 and sum2 are not the same\n";
if (sum1 == sum3)
cout << "sum1 and sum3 are the same\n";
else cout << "sum1 and sum3 are not the same\n";
}

You should write the functions that are necessary for Adder to be used as in the above program. Combine them all together in your answer to make a perfect program. Use const wherever appropriate, and do not write or use a cast operator. Make sure to include any necessary header files.

Example input:

3 5

Example output:

sum1 is 0
sum2 is 3
sum3 is 5
sum1 and sum2 are not the same
sum1 and sum3 are not the same

 

[Exercise] Coding (C) - asked in C++
ID: 24588 - Available when: Unlimited - Due to: Unlimited

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* ** * * **

using namespace std;



class Adder{
*** ****** ***** * ** * * **
**** * ******* ** ******* ** * ** *** ** * num)
*** ** *** *** ** * *** * ** * ***
* * *** ** * * ** **** * * ** * * ****** * * * ** * ** * ** ** ** *
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*** * ** ** * * ** * * *** * * * ** ** *** * ** **** ** ** * * ** x;
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**** ** ** **** * * * **** * * ** ** *** * * * ***** * ******* * * * ******
** * **** * * * ** * * ** ** *** ** * * * ** * true;
***** * * * * * * ** * *** ** ** ** ** * *** *** ** ****** * * * false;
* * * ** * * ** * * ***** ** * ** * ** **** * ** * * ** *
* *** * * * ** * ** ** *** ** *** * *** * * * ****
* * *** ***** * ***
** ** ** * *** ** * * *** * *** * * * * * ** * x;

};



int main()

{

int x,y;

cin ****** x ***** ** y;

Adder sum1; // sum1 is ** * to 0

Adder sum2(x); // sum2 is initialized to x

Adder sum3(y); // sum1 is initialized to y

cout * * ** * * **** * is " ** * **** * ** *** ***** '\n'; // prints *** ***** is 0"

cout * ** * * is " ** * * ** * *** * * * ** '\n'; // prints **** ** is *

cout ** ** * ** *** is " ** * * ** * ** * ** '\n'; // prints **** * is y"

sum1 += x; //adds x to sum1; now sum1 is x

sum2 += -3; // adds -3 to sum2; now sum2 is x-3

sum3 += 2; //adds 2 to sum3; now sum3 is y+2

 

if (sum1 == sum2)

cout ** **** *** * ** * and sum2 are the ** * ** *

else cout ** * * * **** and sum2 are not the ** * *

if (sum1 == sum3)

cout * ** * * and sum3 are the * *** ***

else cout * *** ***** and sum3 are not the * * *** **

}
answered by (-298 points)
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#include<iostream>

using namespace std;

class Complex

{
* * * * * ****** *** **
** * *** *** * * ** * * * * ** n1, double n2){
********* * ** ** *** ** ** * * * ** *** ** *
* * *** * * * * * ** **** ** * *** *** *

    } ** * * ** * *** ***** * * * **
* ** ** **** * * *** * n3){
* * ******* * *** ** ***** *** * * *** **
* * *** * ** * ** * ** * *****

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* * **** * * ***** ** * * *
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**** * * **** ***** ** ***** *** ***** * ** * *** *** *** * * ** * ** **** **** ** * * ** * * * * * * ** ** ** * * *
** * * * * ** ** ******* * * operator+ (Complex& b){
* * * * * *** ** *** * * * * ** *** * * c;
***** * ** * *** ** * * ** **** *** * ** **
* * ** *** *** ** ** ** ** ** ******** *** * **** * *
* ** * **** ** ** * * ** * ** **** ** *** * ** c;

    }
** * * * **** ** ** ** * operator- (Complex& b){
* ** **** ** ** * * ** * * *** * * * ** c;
**** * *** *** * * *** * *** * *** * * *** ** * **
* * * * * **** * *** * ** * **** * * ** *** * * * *
** *** * ** ***** ** ** * ** * * ** * * c;

    }
* * * * ** ** ** * geti();
** ** * * *** * getr();
* * * ** * * * * ** * * * * print(); * **** * * * * ** ** * **
* ** ** **** *** *
** ** *** * * **** * *** *** *** * ** ** ** r;
* ** * * * *** ** * * * ** ***** ** * ** i; *** * * * * * * * ** ********* *** ** * * prints the complex number

};

void Complex::print(){
** ****** * *** ** * **** * *** *
** * * * ** * * * ** ** * ** * * ***** * * *** * * * ** * ** ** + * *** **** ***** * ** ** * *** ** ** *
* ***** * ** * ***** *
* * ** * *** ** * ******** * * * ** * ** * * * * ******* ***** ** *** * ** - *** * * * * ** ** ** * * ** ** ** **

}

Complex::geti(){
** *** ** * * * * ** i;

}

Complex::getr(){
*** * ** * *** **** * *** r;

}

int main()

{
* ****** * ** * ** ** ar,ai,br,bi,cr;
* * * ** * * * * * *** ** * * * * * * * * ** **** ** ** * ***
* * * ** * * * *** * a(ar,ai);
* * ** * * * * * * * ** * << "Constructor with two values: a = ";
* *** ****** * *** ** * *


* *** * ** ** ** b(br,bi);
* **** *** ** * * << "b = ";
** ** ** **** * * **** ****


* * * ** ** * ***** * c(cr);
** * * ** * *** **** * * *** * << "Constructor with one value: c = ";
*** * *** * ** * **** * **



    c = a + b;
**** ** ****** * * * << "a + b = ";
******* * * *** * ** * *


* *** **** ** * * * * * d;
* * * * **** ** * * *** * * << "Default constructor: d = ";
**** * ** **** ** * * * *** *


***** ** * * *** * ** * = a - b;
*** * * ****** ** * ** ** * * << "a - b = ";
* **** **** * * ** * **


* ** * * *** ** ** * * 0;

}
answered by (-298 points)
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Hidden content!
#include<iostream>

using namespace std;

class Complex

{
** * ****** * * * **** * * *
** ** ***** *** * * * * * ** * n1, double n2){
*** * **** * * * * *** *** * ** ***
*** *** * **** * * * * * ** *** * ** ** * *

    } **** ****** * ** * * * * *
* * * **** ***** * ** n3){
** *** ** ** ** * ** ** * * ****** * * *
* ** * * ****** *** * ***** *** * ** * ** **

    } *** ** * *** * ** *** * * ** ******** * ** * * ** **** ** * * * *
** ** ** *** ** ** ** * *
* * * *** * ** * ** * * ** ** * * * *** ***
* * * * **** * ** * * * ** ** * ** **
* * ******* * * ** * * ** * * * * ** ** ** ** ** * * **** * *** * * * * * * * **** * *** * ** ** *** * ** * ** **
* * * ** *** * *** operator+ (Complex& b){
* ** ** ** * * * ** *** *** ** *** ** * * ** *** ** c;
*** *** ** ** ******* *** ** * * *** * * ** ** * ** * ** ** *
* * *** ** **** * ******** * * *** * * ******* ** * *
** *** *** ** *** * ** * **** * * ******* * * c;

    }
* * ** ** * ** * * * * * * operator- (Complex& b){
* ***** ** * *** ** ** * * ** * * **** * * * c;
* ** * ************ * * ** ** * * * * * * * ** * *
* * * * ** * * ******* ** ** * ** * ** ** ** * ****
* * *** ** *** ***** * * *** * * * *** * *** * c;

    }
** * * * * * * * ** *** ** geti();
* * *** * * * getr();
**** * * * ** ** **** print(); ** * * * * *** ***** ***
* *** *** * ** * **** *
* * * ** * ** *** ** ** * * ** *** r;
** * * * ** * ******** ****** * ** ***** **** ** i; ** * **** * ** *** * * * * * * * * ** * ** ** * ** * ** prints the complex number

};

void Complex::print(){
* *** ** ***** *** ***** ** * * * *****
* *** * * *** * ** * ** * ** * * * ***** * ** * * ** *** + * * ** * * * * * ** * **** ** * * *
** *** * ** ** * *
* ** * *** * * ** **** **** ** * * * * * * * * * ***** ** ** * - * ** ** * ** * ** * ** ******* * * ** *

}

Complex::geti(){
** * ** ** ** * * i;

}

Complex::getr(){
* * *** *** *** *** * r;

}

int main()

{
** **** * **** ** * * * ar,ai,br,bi,cr;
* *** * ** * * * * ** **** * * ** ** * * * ******** ** *** * ** * **
* * **** * * **** * * *** a(ar,ai);
**** ** ** *** * << "Constructor with two values: a = ";
** *** ** ******* * ** *** *


*** ** * * ** ***** **** b(br,bi);
** ** * * * * * * * << "b = ";
* * * * ****** *** * *


**** *** * **** ***** * c(cr);
* **** * * * * ** ** ** * << "Constructor with one value: c = ";
*** **** ** ** * * **



    c = a + b;
**** ** * *** * * ** * << "a + b = ";
** ** * * * ***** ** **** * ***


**** * ** * ** * ** * d;
*** **** * * **** * ** << "Default constructor: d = ";
** * * * ** * * **** ***** *


* * * ** * ** ** = a - b;
******** * ****** * **** * << "a - b = ";
* *** * * ** ** **


* **** **** * * ** 0;

}
answered by (-249 points)
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* ** **** **** *
*** * * *



* * * {

* ** ** * * * * ***** * * *
* * * ********* **** * * **

* * * ** ** ** * * * * ***** * ** *
* ** ** * * * * ** **
* **** **** ** * * ***** *** ****** * ** * * ** = 0;
** ** * ** * **** *** ** * ** **
***** * **** *** * **** ** * ** n){
** ** * * * * ** * * * ** ** * * **** * = n;
** * * * * * ** ******** **
** ***** *** *** ** * * *** n) ** += n;}
** * ** * * * ** * * **** * * x, **** * ** ** y); ** **
* *** * * * ****** * * * ** ** ** * * * * ** * *** **** x);

};


** * * * ** ***** x, *** * * * * y){ * *
* * **** *** ** **** == *

}
* *** * *** * * *** * ********** * * * * * x){

*** *** * *** *** * ** * ostr * *** * * *

}



int ******

{

int x,y;
*** *** * x * *** y;
** ** // is * * * to 0

* ** ** * // sum2 is *** * to x
* *** // sum1 is **** ** to y

cout * * ** * *** is * * * * * *** ** ** // * * *** * is *

** * * * * ** ** **** * is * * * ** ** * * // **** ** ** ** is * **
* **** ** *** ** *** * is ** ** **** * * * ** *** ** // * * ** ** is *** *

**** += x; * * x to * now * is x

+= -3; // -3 to ** now * is x-3
* += 2; * 2 to * now is y+2

if == *
* * ** * ** and * are the ** * * * *
* * * *** * *** * and sum2 are not the * ***

if * ** == *
*** * *** * ** ** ** and sum3 are the * **** *
*** * ** ** * * ** ** ** and sum3 are not the * **

}
answered by (-136 points)
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Hidden content!
* * * *** * * * *

using namespace std;



class Adder{
* * * * ** ** ** * **
* * * *** ** ** **** ** * ** * * *** * * ** num)
* ***** **** ** * * * * ** * ** ** ** ***** *
* * * * *** * * * ** * * * **** * * * * * *** * *** * ***** *
*** * ** * * ****** * ***** ** * ****** ** ** *
****** * * * * *** * ***** ** * ** * *
*** * * * ******* **** * * ** ******** ****
*** *** * * ****** * * ** * * ** ***** * * * * **** * ***** * * * * *
* ** ** * ** * * *** **** ** ** **** *** **
*** ** * *** ** * * ** ***** * ** ** * *** * *** *
* *** * ***** ** * ** * * * * ** *
** * ***** ** *** * * * * * * *** ** * * *** * * * *** * **** * ***** * ****** x;
* **** * * *** * * ** * *** **** ***
* ** * ** * * ** *** * ******* ***** * ** * * ** * * int b)
** *** * ** ** * ***** *** * ****** *
** * ** * ** * *** ** * **** ** ***** * * ** * * ** * ********* ** ******
* ** * * *** *** * *** ** **** * **** * * * *


* ** **** * ** *** ** ** ** * * * * operator == (const * **** b)
**** * * *** **** * * ** * ** * **
*** * ** * ** * * ** ** ** ** ** ***** ** * * ** * * * * ** * * * ** *
** * ** ***** * * * * ** ** * *** * ****** ** * * ** *** ** ** * *** true;
* *** * * * * * ** * * * * ** * * * * * * * * * ** ** false;
** **** * ** * ** * *** ** * * *** **** * * ** * ****
** *** *** ** * * * * * * * ** * ** *********
* * * * * * **** ** * *
* * * * * * ** * ** * * * * * * ** * * x;

};



int main()

{

int x,y;

cin * * ** x * * * * y;

Adder sum1; // sum1 is *** ** to 0

Adder sum2(x); // sum2 is initialized to x

Adder sum3(y); // sum1 is initialized to y

cout * *** ** * **** is " * * * **** * ** *** ** '\n'; // prints * * * * is 0"

cout **** ** * ** * * is " * * **** * * * * * * '\n'; // prints * * **** is ***

cout * * * ** * is " *** ** *** **** * * ** '\n'; // prints * * * * is y"

sum1 += x; //adds x to sum1; now sum1 is x

sum2 += -3; // adds -3 to sum2; now sum2 is x-3

sum3 += 2; //adds 2 to sum3; now sum3 is y+2

 

if (sum1 == sum2)

cout * *** ****** * and sum2 are the **** ******

else cout ** **** ** *** * and sum2 are not the * ****

if (sum1 == sum3)

cout ** * ** *** *** * * and sum3 are the *********

else cout *** * ** *** * and sum3 are not the * ** **

}
answered by (-412 points)
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#include * *** ** *** *
* ** * ******* **

using * * std;



class Adder{
* ** *
* ** *** * * * *** * sum;
* *
** ** * ** *** ** ** ** * * (int x){
* * * ** * ***** *** ** ** ** ** * ** * = x;
* *** * *** * * *** **
* ** *** *** ** * *** * ***
* *** * * * * * * * ** * *** * = 0;
** * ******* ** ***
** ** ** * *** ** **** * * * ** * * *** ** * *** ** **
*** * *** ** * * * * bool operator *** ***** * b, const * *** c);
* * ** * ** * * * ** * ** * ** int x) {
* *** ** **** * ** ** *** * ** * * ** * * ** += x;
******* * * *** * * * *** * ****** * *** **** *** * *this;
* * * * ** * *** * *** * *


* * * ** * *** ** ** **
** * ** * * ** **
* * ** * * ****

};

bool operator ==(const * ***** b, const * *** * * c){
** * * * ******* ***** * **** (b.sum == c.sum);

}


* * ** ** * **** ** * * ** *** * * ** ** ** **
** ** * * *** ****** * * ** * *** * *
**** ** **** * * ** *** * ** out;
* * *** * *** *** * * *

}







int main()

{
** ** * * * ***** x,y;
* ***** * ** *** * ** *** ** * * ** x ** *** y;
* * *** ** ** ** ** sum1; // sum1 is * ** * to 0
** * ** *** ** ** * * sum2(x); // sum2 is * * * to x
* * * ** ** * ** **** *** // sum1 is ***** to y
** * * * * * ***** ** * * ** **** is **** ** *** sum1 ***** * '\n'; // prints **** is ***
* * * * ** * * *** ****** ** * is ** *** ** * sum2 ***** * * '\n'; // prints * ** is * ** *
* * **** ** * * ***** * *** ***** ** * * * is ***** **** ** sum3 **** *** '\n'; // prints ** * *** is * *
** * **** ** * *** * += x; //adds x to sum1; now sum1 is x
* * ** ** * ** ** **** * += -3; // adds -3 to sum2; now sum2 is x-3
* * * **** * ** * **** * += 2; //adds 2 to sum3; now sum3 is y+2
** * ** * *** ** * (sum1 == sum2)
** * * ****** *** * * **** * * ** * ** *** * ** *** * ** and sum2 are the **** * ***
** * * ** ** ** * cout ** * * * ** * and sum2 are not the * **** *
* ***** * * * ** * (sum1 == sum3)
* ** *** ** ** * * ** ** * * * ***** *** * *** ** * * * * ** * * and sum3 are the * ******
** ** * ** * * *** **** cout * * ** and sum3 are not the * * * **
***** * * * ** * * // prints * ** ** is ** * **

}
answered by (-368 points)
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Hidden content!
#include * * * ** *
* *** *

using * * std;



class Adder{
***** *
*** * **** * ** *** sum;

public:
* * ** * * * ** ** (int x){
* *** * * ** * * *** *** *** * * * ******* = x;
* ** ** * *** * ******
* * * * * ** **** * ** *
* ** * * *** * *** * * * **** * ** * = 0;
*** * ** ** * *****
* *** * * * * * ** * * * * * ** * * * ** * **** ** * * *** *
* ** * * ***** * ** * bool operator ==(const * ***** b, const ***** c);
* ******* ** * *** ** *
*** * *** **** * * *** * * ***** b) {
** *** * * ** ****** * * ** * ******** ** * *** ** adder;
* ** * * * * *** *** * * ** * **** * *** = * *** **** + b.sum;
** ** * ** ** *** **** ** * ** * ******** ** adder;
* * * * ** ** ** ** * **
*** ** * *** ** *

};

bool operator ==(const ** ****** b, const * ** c){
** ** * * *** (b.sum == c.sum);

}




********* * * *** *** * ** * * ** * * ** **** ***
** * * ** *** * ** * * * *** * *** ** * *
* **** ******** * out;
* **** ** * ***

}







int main()

{
** * ** * **** * x,y;
***** ** * * * ** ** * **** x * ***** y;
**** *** *** * *** * * sum1; // sum1 is * * to 0
** * ** ***** *** * ** // sum2 is ** ** to x
* ** * * *** * *** ** ** // sum1 is * **** to y
* ****** ** ** * ** * * * * *** is **** ** * * ** sum1 ** *** '\n'; // prints * ** is *** * ***
* * * * ** ** * * * * * **** * * * *** * *** **** is ** *** ** * * * *** sum2 * ** * ** '\n'; // prints * * is *** *
** **** *** * * ***** * ** *** * * *** *** is ** * ** * sum3 * ***** '\n'; // prints * ** * ** is * *
** * ** ** *** ** *** * += x; //adds x to sum1; now sum1 is x
* * *** *** ** * ** *** * += -3; // adds -3 to sum2; now sum2 is x-3
* * * ** * * *** ** ** ** += 2; //adds 2 to sum3; now sum3 is y+2
* * ** * * * * ** (sum1 == sum2)
**** **** ****** * ** ** ** ***** *** * ** * **** ** *** and sum2 are the * *** * **
** ** ****** ******** **** ** * cout * ** *** * and sum2 are not the ** *** *
** ** * * ** ** **** (sum1 == sum3)
**** ** * **** ** * **** * *** ** **** * * * * ** ** ***** and sum3 are the *** *
** * *** * * * * * cout ** *** * * * * * and sum3 are not the *** *

}
answered by (-368 points)
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Hidden content!
* ** **** **** * *
* ****** * std;


* ***

{
*
* ** ** * ** ** ** * * *
* *** * * * * *** * * *** * ***
* ** * * ** * * * **** **
*** * * ** * **** * * * *** **** **
* *** * * ** *** *** * * * ** * * **** ** * **


****
* ** *** ** * * ** ** ** *

};


* ** ** ** * *** ** * ano)

{
** ** *** ** * * * *** * ** * ** * value * ** *** * endl ** * *** * ** ** ***** *
** * ** * * * ** ** *** * ** ** ** *
*** * * * *** ****** *** * * ** * * ***** * *
* * * * ** * * **
* ******* * * **
* * * * * ** * ** * ** * * *** * * ** ** *** *

}


* * ** * ** *** **** * * ano)

{
* * * *** * * * * * *
* * * *** * * ** = this *** *
****** * *** *** ** * = * ** *

}


** * **

{
* * ** *** * ** ** **** * * *

}


*** * * * *

{
* ** * *** ***** ** * * * **

}



int *** ** *

{
*** * * * **** ** *** **

}



int *

{

int x,y;

cin * *** * x * ***** y;
* * // sum1 is * * * * to 0
*** ** // sum2 is * *** to x
** * * * // sum1 is **** to y
**** * * ***** * *** is * ** *** *** ** * * ****** ** * * // * * * * * *** is ****
* ** **** * ** is * * ** * **** ** * ** * * // * * * * is ** * ***
* * ** * ** ** is ***** ** * ** * * ***** ** * ** *** * // *** * * is ***
** += x; * ** x to * now sum1 is x
* += -3; // adds -3 to * * now sum2 is x-3
* += 2; ** 2 to *** now sum3 is y+2

if * * == * *
* * * * * *** and sum2 are the ********
* cout * * ** ** *** and sum2 are not the ** ** **

if * == ***
* * * * * ** * and sum3 are the * *** **

else cout ** *** * * and sum3 are not the *** ** *

}
answered by (-581 points)
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Hidden content!
*** * * *** * *



using * * std;



class Adder

{
* *
** ** ** ** * ** ** * x;
***** * * *** *** * * * num;



public:
** * **** * *** * * ***
*** * * * *** * * * a);


* ***** * ** ** *** * ****** * ** * (int z)
* ** ***** *** ** *


** ***** ** ***** * *** **** **** * * ** * *** * ** = x + z;
*** * * * *** ** * * ** * **** * *** * * num;
* ** *** * ***** * *** * *


* ** * * * ** ** *** * ** get();


* **** ** * ** * * * *** x;};



};


* *** **

{
** * * * * *** * = 0;





}


* *** * a)

{
* ** * * ** * ** ** ** * = a;



}



int **** ***

{
*** *** ** ** * *** ** num;

}





int main()

{
* * * * * ** * ** * * ** ** x,y;
* ** ********* * * * * **** x ** ** y;
******* ** ** * * * * * sum1; // sum1 is *** to 0
******* * *** *** *** * sum2(x); // sum2 is *** * ** to x
************* ** * * * * * * sum3(y); // sum1 is *** to y
* * *** *** ** * **** * * * ** ** is * **** * ** **** * * * * *** '\n'; // prints * ** * is * * *
**** * * *** * * * ** **** ** *** * * * * is *** ** * ****** * * **** ***** **** '\n'; // prints * is *****
* *** * * * * **** ** ** ** ** ** * * * is ** ** * *** * * * *** ** ** * '\n'; // prints * ****** is * *
*** ***** **** * ** ** += x; //adds x to sum1; now sum1 is x
* *** ** * * * * += -3; // adds -3 to sum2; now sum2 is x-3
* ** ** *** * ***** *** += 2; //adds 2 to sum3; now sum3 is y+2
*** *** *** ** * ** ** ** * * == * * **
** ***** * * ** * * * *** * ****** **** ******* * * * * *** * * * * and sum2 are the *** *
** ** *** ** * ** ***
** *** * ** * * * **** ** * * *** ** ** **** * *** **** *** and sum2 are not the ** * *
* ** ** * * ** **** * ** == *
*** ** ** * ** * *** ** * * ** *** * * * * * ** * *** and sum3 are the *** * **
* *** ****** **** * ** * **
* * ******* *** * ** **** **** * * * * * *** * * ** * * * ** and sum3 are not the ** * *
* * *** * ** *** *** * ** * 0;

}
answered by (-189 points)
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Hidden content!
* * * * * * * *
* ** ** * ** * * *



using * *** std;



class Adder

{
* ** *** * * * ** ***
* **** * * ** ** * * *** * ** * * *** a;
* ** * * **** * ** * * *


* * * * * * * * * * ** x)
*** **** ** ** *** * * * **
* * ** ** * * * ** ** ** * ** * ** ** * * * = x;
** * * ** *
** **** * * * ** ** *
*** *** ** ** *
* ***** * *** *** * * ** ** * ** * = 0;
** ** * *** ***


* * *** ** ** * *** * * * * * (const Adder * * * *
*** **** ** ** * *****


* ** * ** * ** ** * * **** *** * * * ** * ** ** ** * * ***
* * * * ** **** *** * *** **** ** * *** *** ** ** *this;
**** * ******* *** * *
* * * *** ***** * **** (const ** * * x)
******* ** * * ** ***
** *** **** * ** *** * *** *** ** ** *** * * * temp;
** ** *** *** ******* * * * *** ** *** ** ** * = * **** a-x.a;
** * ** * * * * * * * ****** ** ******** * * **
*** * * *** * ** ****** * * *** *** *** *** **** ** *** * **** ** * 1;
* ** ** *** * * * * ** * ***** *** **
*** * * * * ** ** * ** *** ****** **** ** * ** * **** * 0;
** ** ** ** * * * * ** **
* * ** * **** * * **** * g()
** *** * * * ** *
* * * ** **** *** * * * **** * * ***** a;
* * * * *** * ** ** ** *



};



int main()

{

int x,y;

cin *** x * * * * y;

Adder sum1; // sum1 is * to 0

Adder ** * // sum2 is ** * * to x

Adder * // sum1 is ** ** to y

cout ** * *** ** * ** is ** * * ***** *** * * *** * '\n'; // prints * * * * is ** **

cout ** ** * * * * is **** ** * * * ** * *** **** '\n'; // ** * * * * ** is * **

cout *** * ** * ** is ** **** **** * * * * *** '\n'; // * * ** * is *****

sum1 += x; *** x to sum1; now sum1 is x

sum2 += -3; // adds -3 to sum2; now sum2 is x-3

sum3 += 2; * 2 to sum3; now sum3 is y+2



if (sum1 == sum2)

cout * * ***** * * **** and sum2 are the ** ** **

else cout * ****** ** *** and sum2 are not the ** * * * *

if (sum1 == sum3)

cout * * * * * ** *** and sum3 are the * * * *

else cout * * ** ** *** and sum3 are not the ****** * **


* ** * * ** *** ** 0;

}
answered by (-364 points)
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