Language is C++ Lab14A: The Architect. Buildings can be built in many ways. Usually, the architect of the building draws up maps and schematics of a building specifying the building’s characteristics such as how tall it is, how many stories it has etc. Then the actual building itself is built based on the schematics (also known as blueprints). Now it is safe to assume that the actual building is based off the blueprint but is not the blueprint itself and vice versa. The idea of a classes and objects follows a similar ideology. The class file can be considered the blueprint and the object is the building following the analogy mentioned above. The class file contains the details of the object i.e., the object’s attributes (variables) and behavior (methods). Please keep in mind that a class is a template of an eventual object. Although the class has variables, these variables lack an assigned value since each object will have a unique value for that variable. Think of a form that you may fill out, for example, for a bank; this form has many boxes such as ones for your first name, last name, etc. That form is analogous to a class; it’s generic and does not have any unique information. Once someone picks up the form and fills it out it becomes unique to that person and is no longer a generic form; this is analogous to an object. For this one and only exercise in Lab 14, you will need to design a class and create objects from this class in your main method. Please read and follow the instructions below carefully: (in the two pictures) Next, create class Lab14A with a main method or driver which should do the following:• Create two building objects:o buildingOne should be created using the default constructoro buildingTwo should be created using the overloaded (argument) constructor with thevalues provided:30 Stories30 apartmentsOccupancy variable set to 75% (0.75) – you may have to cast to floatYou should then print out the information of buildingOne like the example shown below in thesample using the gettersYou should then print out the information of buildingTwo like the example shown below in thesample using the getters• Use the Setter of the occupancy percentage of buildingOne to change its value to 0% (0.0)• Use the Setter of the occupancy percentage of buildingTwo to change it to 100% (1.0)Remember, the name of the class containing the main method should be Lab14A. Please makesure that your two classes (Lab14A and BuildingBlueprint) are in the one filePlease keep in mind that output of everyone should be the same and as shown below...Sample (AND ONLY) output:Year 2020:Building 1 has 10 floors, 20 apartments, and is 100% occupied. Full? trueBuilding 2 has 30 floors, 30 apartments, and is 75% occupied. Full? falseMany years pass.Year 2043:Building 1 has 10 floors, 20 apartments, and is 0% occupied. Full? falseBuilding 2 has 30 floors, 30 apartments, and is 100% occupied. Full? trueLooks like people prefer taller buildings. To start, you need to create class BuildingBlueprint, and it should have the following:• Variables (Attributes):o A variable that represents the number of stories the building has, this should be aninteger – must be privateo A variable that represents the number of apartments the building has, this should be aninteger – must be privateo A variable that represents the occupancy rate of the building (would contain numbersbetween 0 and 1 representing the percentage of occupancy), this should be a float –must be privateo A variable that indicates if the building is fully occupied (all the apartments have beenpurchased) which is only becomes true if the variable for the occupancy rate is 1 andchanges back to false if the occupancy falls to any value below 1, this should be aBoolean - must be privateConstructors:o A default constructor that when used creates a building object that has the followingdefault values10 Stories20 apartmentsOccupancy variable set to 100% (1.0)Fully Occupied variable set to trueo Overloaded (Argument) Constructor that should accept any value for the number ofstories, number of apartments and occupancy percentage. This constructor shouldonly set the fully occupied variable to true if and only if the provided occupancypercentage is 1.0 .Methods (Behavior)o Getters and Setters for the occupancy rate variableGetter for the number of stories variableGetter for the number of apartments variableGetter for the Boolean value of full

Solution :: Let's discuss little about C++ C++ is a powerful general-purpose programming language. It can be used to develop operating systems, browsers, games, and so on. C++ supports different ways of programming like (related to the usual step-by-step way of doing things), object-oriented, functional, and so on. This makes C++ powerful as well as flexible. C++ is one of the (producing the most with the least waste) and fastest languages. It is widely used by competitive programmers for its execution speed and standard (example that should be copied) libraries(STL). Even though C++ is more popular, it suffers from weaknesses (that could be used to hurt something or someone) like buffer error. C++ executes at more or less the same speed as the thing that came before it C. Now let's see the question above you have posted with coding i.e. input and output both .. C++ programming Code :: #include<iostream> #include<bits/stdc++.h> using namespace std; class BuildingBlueprint { int stories,apartments; float occupancy_rate; bool is_full; public: //Default Constructor BuildingBlueprint() { stories=10; apartments=20; occupancy_rate=1.0; is_full=true; } //Constructor With Arguments BuildingBlueprint(int s,int a,int o) { stories=s; apartments=a; //Changing the percentage to float occupancy_rate=(o*0.01); //Setting the value of is_full on the basis of occupancy if(occupancy_rate==1) is_full=true; else is_full=false; } //Getter function for stories int get_stories() { return stories; } //Getter function for apartments int get_apartments() { return apartments; } //Getter function for occupancy float get_occupancy() { return occupancy_rate; } //Getter function for is_full bool get_is_full() { return is_full; } //To set occupancy rate void set_occupancy(int o) { occupancy_rate=(o*0.01); //If occupancy is changed, then is_full may have to change if(occupancy_rate==1) is_full=true; else is_full=false; } }; int main() { //Objects of BuildingBlueprint class BuildingBlueprint buildingOne,buildingTwo; buildingOne=BuildingBlueprint(); //For occupancy we are passing the value as percentage buildingTwo=BuildingBlueprint(30,30,75); cout<<"Year 2020:\n"; cout<<"Building 1 has "<<buildingOne.get_stories()<<" floors, "<<buildingOne.get_apartments() <<" apartments, and is "<<buildingOne.get_occupancy()*100<<"% occupied. Full? "<<(buildingOne.get_is_full()?"True":"False")<<'\n'; cout<<"Building 2 has "<<buildingTwo.get_stories()<<" floors, "<<buildingTwo.get_apartments() <<" apartments, and is "<<buildingTwo.get_occupancy()*100<<"% occupied. Full? "<<(buildingTwo.get_is_full()?"True":"False")<<'\n'; //Setting occupancy of both buildings buildingOne.set_occupancy(0); buildingTwo.set_occupancy(100); cout<<"\nMany Years Pass\n\n"; cout<<"Year 2043:\n"; cout<<"Building 1 has "<<buildingOne.get_stories()<<" floors, "<<buildingOne.get_apartments() <<" apartments, and is "<<buildingOne.get_occupancy()*100<<"% occupied. Full? "<<(buildingOne.get_is_full()?"True":"False")<<'\n'; cout<<"Building 2 has "<<buildingTwo.get_stories()<<" floors, "<<buildingTwo.get_apartments() <<" apartments, and is "<<buildingTwo.get_occupancy()*100<<"% occupied. Full? "<<(buildingTwo.get_is_full()?"True":"False")<<'\n'; cout<<"\nLooks like people prefer taller buildings.\n\n"; return 0; }Output for the following code is :: Thank you ... Please feel free to ask the doubts if you have any doubts will solved it ....