Make sure your Assignment 1's class* contains at least one (1) numeric attribute (int, float, double)....

      

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Make sure your Assignment 1's class* contains at least one (1) numeric attribute (int, float, double). If it does not, add a numeric attribute to your class. Define the behavior of the following operators in your class' objects: • Two objects of that class are considered equal (==) if ... ⚫ The sum (+) of two objects of that class returns.... ⚫ When passing one object of that class to cout operator, it displays... Using those definitions, modify your class to overload those operators. In the corresponding operator overloading function add a comment that explains the operator functionality (i.e. the definition of each operators). * If you received feedback related to your Assignment 1's class, update it appropriately before using it in this assignment. In the main program Create three objects of your Assignments 1's class and demonstrate that ==, +, and cout operators works as expected when using them with your class' objects. Submission Files to submit: • Visual Studio solution/project files. • Class files (.h and .cpp) . Main program (.cpp) Submit the Visual Studio project in a zip folder. Example of expected submission Note: The Solution/project files are not presented in these examples since those are automatically generated by Visual Studio. However, those are expected in students' submission. GroupCohesiveness.h #include <iostream> class GroupCohesiveness { private: int answer, answer1, answer2, answer3; public: Submit the Visual Studio project in a zip folder. Example of expected submission Note: The Solution/project files are not presented in these examples since those are automatically generated by Visual Studio. However, those are expected in students' submission. GroupCohesiveness.h #include <iostream> class GroupCohesiveness { private: int answere, answer1, answer2, answer3; public: }; void setAnswer(int a); void setAnswer1(int a); void setAnswer 2(int a); void setAnswer3(int a); int getAnswer@() const; int getAnswer1() const; int getAnswer2() const; int getAnswer3() const; float getGroupCohesiveness() const; bool operator= (const GroupCohesiveness& survey2) const; GroupCohesiveness operator (const GroupCohesiveness& survey2) const; friend ostreams operator<<(ostream& os, const GroupCohesiveness& survey); GroupCohesiveness(); GroupCohesiveness (int a0, int al, int a2, int a3); -GroupCohesiveness(); GroupCohesiveness.cpp #include "GroupCohesivness.h" void GroupCohesivness::setAnswer(int a) { if (a>=1 && a<5) answer-a; void GroupCohesivness::setAnswer1(int a) { if (a>-1 && a<=5) answer1-a; void GroupCohesivness::setAnswer2(int a) { if (a>-1 && a<-5) answer2-a; void GroupCohesivness::setAnswer3(int a) { if (a>-1 && a<-5) answer3-a; int GroupCohesivness::getAnswer() const { } return answer0; int GroupCohesivness::getAnswer1() const { } return answer1; int GroupCohesivness::getAnswer2() const { } return answer2; int GroupCohesivness::getAnswer3() const { return answer3; float GroupCohesivness::getGroupCohesiveness() const { return (answer8+answer1+answer2+answer3)/4.0; // Two objects of that class are considered equal (--) if all the answers are the same bool GroupCohesivness::operator==(const GroupCohesiveness& survey2) const { return answer--survey2.answer && answer1--survey2.answer1 && answer 2-survey2.answer2 && answer3--survey2.answer3; // The sum (+) of two objects of that class returns a new object whose answers are the average of the 2 operand's GroupCohe siveness answers. GroupCohesiveness GroupCohesivness::operator+(const GroupCohesiveness& survey2) const { GroupCohesiveness temp; temp.answer0-(answer+survey2.answer0)/2; temp.answer1=(answer1+survey2.answer1)/2; temp.answer 2-(answer2+survey2.answer2)/2; temp.answer 3-(answer3+survey2.answer3)/2; return temp; } GroupCohesiveness temp; temp.answer0=(answer0+survey2.answer0)/2; temp.answer1=(answer1+survey2.answer1)/2; temp.answer2=(answer 2+survey2.answer 2)/2; temp.answer3=(answer3+survey2.answer3)/2; return temp; } // When passing one object of that class to cout operator, it displays the answers of the surveys enclosed by parentheses. friend ostream& operator<<(ostream& os, const GroupCohesiveness& survey) { os << "("<< survey.answer << "," << survey.answer1 << "," << survey.answer2 << "," << survey.answer3 << ")"; return os; GroupCohesiveness::GroupCohesiveness() { } answer0=1; answer1=1; answer2=1; answer3=1; GroupCohesiveness::GroupCohesiveness (int a0, int al, int a2, int a3) { answer0=a0; answer1=a1; answer2=a2; } answer3=a3; GroupCohesiveness::~GroupCohesiveness() { } cout << "A Group Cohesiveness object has been removed from memory."; Main.cpp main() { GroupCohesiveness surveyA(1,2,3,2); GroupCohesiveness surveyB (3,5,4,3); GroupCohesiveness surveyC; surveyC=surveyA; if (surveyA==surveyB) cout << "Survey A and Survey B are equal" << endl; else cout << "Survey A and Survey B are not equal" << endl; if (surveyA==surveyC) cout << "Survey A and Survey C are equal" << endl; else cout << "Survey A and Survey C are not equal" << endl; cout << "The average of Survey A and Survey B is: "; GroupCohesiveness temp; temp = surveyA+surveyB; cout << temp << endl; } Assignment 4 Project format Criteria Ratings Pts 2 pts A Visual studio project was submitted Compilation The project executes without a compilation error Header definition Class members including operator overloading are defined correctly. 2 pts 5 pts Source implementation 5 pts Function members including operator overloading are implemented correctly. Operator overloading definition in source 3 pts Each operator overloading definition includes a comment that explains the behavior of the corresponding operator. Main program 3 pts The main program demonstrates the use of the overloaded operators ==, +, and cout correctly. Total Points: 20 main.cpp + x assignment01.h Miscellaneous Files - No Configurations 1 2 Assignment01.cpp #include <iostream> #include "assignment01.h" using namespace std; RacingCar* car = new RacingCar(); int speed, year, MPG, price; cout<<"Enter speed: "; cin >> speed; car->setspeed (speed); 3 4 5 Bint main() { 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 24 25 26 27 28 29 30 33 1222222222223 cout << "Enter year: "; cin >> year; car->setyear(year); cout << "Enter MPG: "; cin >> MPG; car->setMPG(MPG); cout << "Enter price: "; cin >> price; car->setprice(price); cout << "Speed: " << car->getspeed() << endl; cout << "Year: " << car->getyear() << endl; cout << "MPG: " << car->getMPG() << endl; cout << "Price: " << car->getprice() << endl; (Global Scope) cout << "Racing car value: " << car->getRacingCar() << endl; delete car; return 0; 100% No issues found Output Show output from: main.cpp assignment01.h× Assignment01.cpp Miscellaneous Files - No Configurations 1 #include <iostream> 123 using namespace std; Eclass Racing Car { private: int speed, year, MPG, price; public: 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 [}; void setspeed(int a); void setyear(int b); void setMPG(int c); void setprice (int d); int getspeed() const; int getyear() const; int getMPG() const; int getprice() const; float getRacing Car() const; RacingCar(); Racing Car(int speed, int year, int MPG, int price); ~RacingCar(); Miscellaneous Files - No Configurations #include "assignment01.h" 2 using namespace std; 123456789 10 11 12 13 14 15 16 17 18 Evoid RacingCar::setspeed (int a) { if (a >= 60 && a <= 200) speed = a; Evoid RacingCar::setyear(int b) { if (b>= 2000 && b <= 2023) year = b; Evoid RacingCar::setMPG(int c) { if (c >= 20 && c <= 40) MPG = c; Evoid RacingCar::setprice (int d) { if (d >= 50000 && d <= 100000) price = d; Fint RacingCar::getspeed () const { return speed; } 19 20 Bint RacingCar::getyear() const { return year; Bint RacingCar::getMPG() const { return MPG; sint RacingCar::getprice() const { return price; float RacingCar::getRacing Car() const { return (speed&&year&&MPG&&price); RacingCar:: RacingCar() { 21 22 23 24 25 26 27 } 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 speed = 90; year = 2021; MPG = 20; price = 88888; RacingCar:: Racing Car(int a, int b, int c, int d) { speed = a; year = b; MPG Ci price = d; RacingCar::~Racing Car() { cout << "Racing Cars object has been removed from memory."; Make sure your Assignment 1's class* contains at least one (1) numeric attribute (int, float, double). If it does not, add a numeric attribute to your class. Define the behavior of the following operators in your class' objects: • Two objects of that class are considered equal (==) if ... ⚫ The sum (+) of two objects of that class returns.... ⚫ When passing one object of that class to cout operator, it displays... Using those definitions, modify your class to overload those operators. In the corresponding operator overloading function add a comment that explains the operator functionality (i.e. the definition of each operators). * If you received feedback related to your Assignment 1's class, update it appropriately before using it in this assignment. In the main program Create three objects of your Assignments 1's class and demonstrate that ==, +, and cout operators works as expected when using them with your class' objects. Submission Files to submit: • Visual Studio solution/project files. • Class files (.h and .cpp) . Main program (.cpp) Submit the Visual Studio project in a zip folder. Example of expected submission Note: The Solution/project files are not presented in these examples since those are automatically generated by Visual Studio. However, those are expected in students' submission. GroupCohesiveness.h #include <iostream> class GroupCohesiveness { private: int answer, answer1, answer2, answer3; public: Submit the Visual Studio project in a zip folder. Example of expected submission Note: The Solution/project files are not presented in these examples since those are automatically generated by Visual Studio. However, those are expected in students' submission. GroupCohesiveness.h #include <iostream> class GroupCohesiveness { private: int answere, answer1, answer2, answer3; public: }; void setAnswer(int a); void setAnswer1(int a); void setAnswer 2(int a); void setAnswer3(int a); int getAnswer@() const; int getAnswer1() const; int getAnswer2() const; int getAnswer3() const; float getGroupCohesiveness() const; bool operator= (const GroupCohesiveness& survey2) const; GroupCohesiveness operator (const GroupCohesiveness& survey2) const; friend ostreams operator<<(ostream& os, const GroupCohesiveness& survey); GroupCohesiveness(); GroupCohesiveness (int a0, int al, int a2, int a3); -GroupCohesiveness(); GroupCohesiveness.cpp #include "GroupCohesivness.h" void GroupCohesivness::setAnswer(int a) { if (a>=1 && a<5) answer-a; void GroupCohesivness::setAnswer1(int a) { if (a>-1 && a<=5) answer1-a; void GroupCohesivness::setAnswer2(int a) { if (a>-1 && a<-5) answer2-a; void GroupCohesivness::setAnswer3(int a) { if (a>-1 && a<-5) answer3-a; int GroupCohesivness::getAnswer() const { } return answer0; int GroupCohesivness::getAnswer1() const { } return answer1; int GroupCohesivness::getAnswer2() const { } return answer2; int GroupCohesivness::getAnswer3() const { return answer3; float GroupCohesivness::getGroupCohesiveness() const { return (answer8+answer1+answer2+answer3)/4.0; // Two objects of that class are considered equal (--) if all the answers are the same bool GroupCohesivness::operator==(const GroupCohesiveness& survey2) const { return answer--survey2.answer && answer1--survey2.answer1 && answer 2-survey2.answer2 && answer3--survey2.answer3; // The sum (+) of two objects of that class returns a new object whose answers are the average of the 2 operand's GroupCohe siveness answers. GroupCohesiveness GroupCohesivness::operator+(const GroupCohesiveness& survey2) const { GroupCohesiveness temp; temp.answer0-(answer+survey2.answer0)/2; temp.answer1=(answer1+survey2.answer1)/2; temp.answer 2-(answer2+survey2.answer2)/2; temp.answer 3-(answer3+survey2.answer3)/2; return temp; } GroupCohesiveness temp; temp.answer0=(answer0+survey2.answer0)/2; temp.answer1=(answer1+survey2.answer1)/2; temp.answer2=(answer 2+survey2.answer 2)/2; temp.answer3=(answer3+survey2.answer3)/2; return temp; } // When passing one object of that class to cout operator, it displays the answers of the surveys enclosed by parentheses. friend ostream& operator<<(ostream& os, const GroupCohesiveness& survey) { os << "("<< survey.answer << "," << survey.answer1 << "," << survey.answer2 << "," << survey.answer3 << ")"; return os; GroupCohesiveness::GroupCohesiveness() { } answer0=1; answer1=1; answer2=1; answer3=1; GroupCohesiveness::GroupCohesiveness (int a0, int al, int a2, int a3) { answer0=a0; answer1=a1; answer2=a2; } answer3=a3; GroupCohesiveness::~GroupCohesiveness() { } cout << "A Group Cohesiveness object has been removed from memory."; Main.cpp main() { GroupCohesiveness surveyA(1,2,3,2); GroupCohesiveness surveyB (3,5,4,3); GroupCohesiveness surveyC; surveyC=surveyA; if (surveyA==surveyB) cout << "Survey A and Survey B are equal" << endl; else cout << "Survey A and Survey B are not equal" << endl; if (surveyA==surveyC) cout << "Survey A and Survey C are equal" << endl; else cout << "Survey A and Survey C are not equal" << endl; cout << "The average of Survey A and Survey B is: "; GroupCohesiveness temp; temp = surveyA+surveyB; cout << temp << endl; } Assignment 4 Project format Criteria Ratings Pts 2 pts A Visual studio project was submitted Compilation The project executes without a compilation error Header definition Class members including operator overloading are defined correctly. 2 pts 5 pts Source implementation 5 pts Function members including operator overloading are implemented correctly. Operator overloading definition in source 3 pts Each operator overloading definition includes a comment that explains the behavior of the corresponding operator. Main program 3 pts The main program demonstrates the use of the overloaded operators ==, +, and cout correctly. Total Points: 20 main.cpp + x assignment01.h Miscellaneous Files - No Configurations 1 2 Assignment01.cpp #include <iostream> #include "assignment01.h" using namespace std; RacingCar* car = new RacingCar(); int speed, year, MPG, price; cout<<"Enter speed: "; cin >> speed; car->setspeed (speed); 3 4 5 Bint main() { 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 24 25 26 27 28 29 30 33 1222222222223 cout << "Enter year: "; cin >> year; car->setyear(year); cout << "Enter MPG: "; cin >> MPG; car->setMPG(MPG); cout << "Enter price: "; cin >> price; car->setprice(price); cout << "Speed: " << car->getspeed() << endl; cout << "Year: " << car->getyear() << endl; cout << "MPG: " << car->getMPG() << endl; cout << "Price: " << car->getprice() << endl; (Global Scope) cout << "Racing car value: " << car->getRacingCar() << endl; delete car; return 0; 100% No issues found Output Show output from: main.cpp assignment01.h× Assignment01.cpp Miscellaneous Files - No Configurations 1 #include <iostream> 123 using namespace std; Eclass Racing Car { private: int speed, year, MPG, price; public: 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 [}; void setspeed(int a); void setyear(int b); void setMPG(int c); void setprice (int d); int getspeed() const; int getyear() const; int getMPG() const; int getprice() const; float getRacing Car() const; RacingCar(); Racing Car(int speed, int year, int MPG, int price); ~RacingCar(); Miscellaneous Files - No Configurations #include "assignment01.h" 2 using namespace std; 123456789 10 11 12 13 14 15 16 17 18 Evoid RacingCar::setspeed (int a) { if (a >= 60 && a <= 200) speed = a; Evoid RacingCar::setyear(int b) { if (b>= 2000 && b <= 2023) year = b; Evoid RacingCar::setMPG(int c) { if (c >= 20 && c <= 40) MPG = c; Evoid RacingCar::setprice (int d) { if (d >= 50000 && d <= 100000) price = d; Fint RacingCar::getspeed () const { return speed; } 19 20 Bint RacingCar::getyear() const { return year; Bint RacingCar::getMPG() const { return MPG; sint RacingCar::getprice() const { return price; float RacingCar::getRacing Car() const { return (speed&&year&&MPG&&price); RacingCar:: RacingCar() { 21 22 23 24 25 26 27 } 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 speed = 90; year = 2021; MPG = 20; price = 88888; RacingCar:: Racing Car(int a, int b, int c, int d) { speed = a; year = b; MPG Ci price = d; RacingCar::~Racing Car() { cout << "Racing Cars object has been removed from memory.";