#include <cstdlib>
\n#include <iostream><\/p>\n
using namespace std;<\/p>\n
\/\/Objectmultiplication class declaration
\nclass Objectmultiplication
\n{
\nprivate:
\nint array_integers[10]; \/\/Array declaration<\/p>\n
public:<\/p>\n
\/\/A default constructor which will initialize all array elements with zero
\nObjectmultiplication()
\n{
\narray_integers[0]=0;
\narray_integers[1]=0;
\narray_integers[2]=0;
\narray_integers[3]=0;
\narray_integers[4]=0;
\narray_integers[5]=0;
\narray_integers[6]=0;
\narray_integers[7]=0;
\narray_integers[8]=0;
\narray_integers[9]=0;
\n}<\/p>\n
\/\/Declaration of setter and getter functions<\/p>\n
void setArray1();
\nvoid setArray2();
\nvoid getArray();<\/p>\n
\/\/An operator overloading function which will overload * operator for this class<\/p>\n
Objectmultiplication operator*(Objectmultiplication);<\/p>\n
};<\/p>\n
Objectmultiplication Objectmultiplication::operator *(Objectmultiplication secondobject)
\n{
\nObjectmultiplication multi;<\/p>\n
int val=0;<\/p>\n
\/\/Multiplying both objects and storing the result of multiplication in third object<\/p>\n
while(val<=10)
\n{
\nmulti.array_integers[val] = array_integers[val]*secondobject.array_integers[val];
\nval++;
\n}<\/p>\n
return(multi);
\n}<\/p>\n
void Objectmultiplication::setArray1(void)
\n{
\n\/\/Using hard coded values, for first object
\nint val;
\nfor(val=0; val<10; val++)
\n{
\narray_integers[val] = (val+1);
\n}
\n}<\/p>\n
void Objectmultiplication::setArray2(void)
\n{
\n\/\/Using hard coded values, for second object
\nint val=10, indexes;<\/p>\n
for(indexes=0; indexes<10; indexes++)
\n{
\narray_integers[indexes] = val;
\nval–;
\n}
\n}<\/p>\n
void Objectmultiplication::getArray(void)
\n{
\nint val;<\/p>\n
for(val=0; val<10; val++)
\ncout << array_integers[val] << ” \\n”;
\n}<\/p>\n
int main()
\n{
\n\/\/You are required to create three objects of the same class
\nObjectmultiplication obj1;
\nObjectmultiplication obj2;
\nObjectmultiplication obj3;<\/p>\n
\/\/Assigning values to first and second objects through setter functions.
\n\/\/Using hard coded values.
\nobj1.setArray1();<\/p>\n
obj2.setArray2();<\/p>\n
\/\/Multiplying both objects and storing the result of multiplication in third object
\n\/\/Our program is supporting the statement like a = b * c
\n\/\/where a, b and c are objects of the same class<\/p>\n
obj3 = obj1*obj2;<\/p>\n
\/\/Displaying the values of first and second object through getter functions
\ncout << “Object 1 : \\n”;
\nobj1.getArray();<\/p>\n
cout << “\\n”;
\ncout << “Object 2 : \\n”;
\nobj2.getArray();<\/p>\n
cout << “\\n”;
\ncout << “Multiplication of both objects : \\n”;
\nobj3.getArray();<\/p>\n
system(“PAUSE”);
\nreturn EXIT_SUCCESS;<\/p>\n
}<\/p>\n","protected":false},"excerpt":{"rendered":"
#include <cstdlib> #include <iostream> using namespace std; \/\/Objectmultiplication class declaration class Objectmultiplication { private: int array_integers[10]; \/\/Array declaration public: \/\/A default constructor which will initialize all array elements with zero Objectmultiplication() { array_integers[0]=0; array_integers[1]=0; array_integers[2]=0; array_integers[3]=0; array_integers[4]=0; array_integers[5]=0; array_integers[6]=0; array_integers[7]=0; array_integers[8]=0; array_integers[9]=0; } \/\/Declaration of setter and getter functions void setArray1(); void setArray2(); void getArray(); […]<\/p>\n","protected":false},"author":1,"featured_media":0,"comment_status":"closed","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"_acf_changed":false,"footnotes":""},"categories":[31],"tags":[],"class_list":["post-563","post","type-post","status-publish","format-standard","hentry","category-c"],"acf":[],"yoast_head":"\n