Need help with comparing and incrementing values

[mb20]

-Create two clockType objects: cellPhoneClock and myComputerClock.
-Prompt the user to enter the times for both clocks.
-Display both times with appropriate documentation.
-If the clocks do not have equal times, set myComputerClock to the cellPhoneClock time.
-Set myComputerClock so that it is 1 hour, 5 minutes, 23 seconds faster than the cellPhoneClock.
-Display both times again, with appropriate documentation.

I am needing help starting with the step where it says that if the clocks arent equal to set them equal to each other.

testclockType.cpp file

 #include <iostream>
 #include<string>
 #include "clockType.h"
 using namespace std;


 int main()
 {
 //Variables for cell phone clock
 int phrs;
 int pmins;
 int psecs;
 //Variables for computer clock
 int chrs;
 int cmins;
 int csecs;

 cout << " Welcome! \n" ;
 cout << " Set your clock \n" ;

 clockType cellPhoneClock;
 clockType myComputerClock;

 cout << " Enter the time for your cell phone clock: \n";
 cout << " Hours: ";
 cin >> phrs;
 cout << " Minutes: ";
 cin >> pmins;
 cout << " Seconds: ";
 cin >> psecs;
 cellPhoneClock.setTime(phrs,pmins,psecs);
 cout << endl << endl;
 cout << " Enter the time for your computer clock: \n";
 cout << " Hours: ";
 cin >> chrs;
 cout << " Minutes: ";
 cin >> cmins;
 cout << " Seconds: ";
 cin >> csecs;
 myComputerClock.setTime(chrs,cmins,csecs);
 cout << endl << endl;

 cout << " Cellphone : ";

 cellPhoneClock.printTime();
 cout << endl << endl;
 cout << " Computer : ";
 myComputerClock.printTime();
 cout << endl << endl;

 if (phrs != chrs && pmins != cmins && psecs != csecs)
 {
 myComputerClock.equalTime(cellPhoneClock);
 cout << "The original time was : \n";
 cout << "Cell Phone : " << cellPhoneClock.printTime();
 cout << endl << endl;
 cout << "Computer : " << myComputerClock.printTime();
 cout << endl << endl;
 cout << "The time now is : \n";
 cout << "Cellphone : " <<
 }
 else
 {
 myComputerClock.incrementHours();
 myComputerClock.incrementMinutes();
 myComputerClock.incrementSeconds();
 }


 return 0;
 }

clockType.h file

 #ifndef CLOCKTYPE_H
 #define CLOCKTYPE_H


 using namespace std;

 class clockType
 {
 public:

 void setTime (int hours, int minutes, int seconds);


 void getTime (int& hours, int& minutes, int& seconds) const;


 void printTime() const;


 void incrementHours();


 void incrementMinutes();


 void incrementSeconds();


 bool equalTime(const clockType& otherClock) const;

 clockType(int hours, int minutes, int seconds);

 clockType();



 private:
 int hr; //stores the hours
 int min; //stores the minutes
 int sec; //stores the seconds
 };
 #endif 

testclockTypeImp.cpp file

 #include<iostream>
 #include "clockType.h"


 using namespace std;

 void clockType::setTime (int hours, int minutes, int seconds)
 {
 if (0 <= hours && hours < 24)
 hr = hours;
 else
 hr = 0;

 if (0 <= minutes && minutes < 60)
 min = minutes;
 else
 min = 0;

 if (0 <= seconds && seconds < 60)
 sec = seconds;
 else
 sec = 0;
 }

 void clockType::getTime (int& hours, int& minutes, int& seconds) const
 {
 hours=hr;
 minutes=min;
 seconds=sec;
 }

 void clockType::printTime() const
 {
 if (hr < 10)
 cout << "0";
 cout << hr << ":";

 if (min < 10)
 cout << "0";
 cout << min << ":";

 if (sec < 10)
 cout << "0";
 cout << sec;

 }

 void clockType::incrementHours()
 {
 hr++;
 if (hr > 23)
 hr=0;
 }

 void clockType::incrementMinutes()
 {
 min++;
 if (min > 59)
 {
 min = 0;
 incrementHours(); //incrementHours
 }
 }

 void clockType::incrementSeconds()
 {
 sec++;

 if (sec > 59)
 {
 sec = 0;
 incrementMinutes(); //incrementMinutes
 }
 }

 bool clockType::equalTime(const clockType& otherClock) const
 {
 return (hr == otherClock.hr
 && min == otherClock.min
 && sec == otherClock.sec);
 }

 //Constructor without parameters
 clockType::clockType()
 {
 hr = 0;
 min = 0;
 sec = 0;
 }

 //Constructor with parameters
 clockType::clockType(int hours, int minutes, int seconds)
 {
 if (0 <= hours && hours < 24)
 hr = hours;
 else
 hr = hours;
 if (0 <= minutes && minutes < 60)
 min = minutes;
 else
 min = 0;
 if (0 <= seconds && seconds <60)
 sec = seconds;
 else
 sec = 0;
 }