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#include <iostream>
using namespace std;
void part2(); // declaration for the part2() function
class Student
{
private:
int KUID; //Stores the student's KUID number
double HomeworkAvg; //Stores the student's average on Homework
double QuizAvg; //Stores the student's average on Quizzes
double ExamAvg; //Stores the student's average on Exams
public:
friend ostream output_friend (ostream& outs, Student person1);
// Constructors
Student(); //Default Constructor
//Overloaded constructor that gives the attributes values passed in.
Student(int k, double h, double q, double e);
// Accessors (Get Methods)
// Remember when we write get methods, they always have the same return
// type as the attribute they are "getting" and never take any parameters.
int getKUID();
double getHomeworkAvg();
double getQuizAvg();
double getExamAvg();
// Mutators (Set Methods)
// When we write set methods, they always have void as their return type. They
// have one parameter of the same type of the attribute they are "setting."
void setKUID(int k);
void setHomeworkAvg(double h);
void setQuizAvg(double q);
void setExamAvg(double e);
// Additional Functions
void print();
void average();
ostream output_friend (ostream& outs, Student person1);
{
cout<<"KUID"<<KUID<<endl;
cout<<"Homework AVG"<<HomeworkAvg<<endl;
cout<<"Quiz AVG"<<QuizAvg<<endl;
cout<<"Exam AVG"<<ExamAvg<<endl;
}
return 0;
}; //Don't forget your semicolon here!
int main()
{
int labChoice = 0;
cout << "Lab 10\n";
do
{
cout << "Which part of the lab are you working on? " << endl
<< "\t1 - Part 2 (Classes)\n\t2 - Quit\n\n"
<< "Please enter your choice: ";
cin >> labChoice;
switch(labChoice)
{
case 1:
part2();
break;
case 2:
break;
default:
cout << "Invalid Selection. Try again!\n";
}
} while(labChoice != 2);
return 0;
}
// ***Write all function definitions outside of any function definition***
Student::Student():KUID(0),HomeworkAvg(0.0),QuizAvg(0.0),ExamAvg(0.0)
{
}
Student::Student(int k, double h, double q, double e)
{
KUID=k;
HomeworkAvg = h;
QuizAvg = q;
ExamAvg=e;
}
int Student::getKUID()
{
return KUID;
}
double Student::getHomeworkAvg()
{
return HomeworkAvg;
}
double Student::getQuizAvg()
{
return QuizAvg;
}
double Student::getExamAvg()
{
return ExamAvg;
}
void Student::print()
{
cout<<"KUID:\t\t"<<KUID<<endl;
cout<<"HomeworkAvg:\t"<<HomeworkAvg<<endl;
cout<<"QuizAvg:\t"<<QuizAvg<<endl;
cout<<"ExamAvg:\t"<<ExamAvg<<endl;
}
void Student:: average()
{
cout<<"Evenly averaged score is:"<<(HomeworkAvg+QuizAvg+ExamAvg)/3<<endl;
}
// *** PART 2 CODE BELOW
void part2()
{
// Complete the instruction underneath each comment given below:
// -------------------------------------------------------------
// Declare an object of the class 'Student'
Student st1;
// Use the overloaded constructor to pass in 84551 for the KUID,
// 78.5 for the HomeworkAvg, 87.25 for QuizAvg, and 77.0 for the ExamAvg.
st1 = Student(84551,78.5,87.25,77.0);
// Have your Student object call the functions average and print
output_friend(cout, st1);
}
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