Program using C++ Problem: You need to calculate the square footage of homes and

ID: 3827845 • Letter: P

Question

Program using C++

Problem: You need to calculate the square footage of homes and their property taxes. The town has some odd tax rules. All of the homes have at least one kitchen, bathroom, and a bedroom. However, they can also have additional bedrooms, bathrooms, living rooms, and/or a dining room. The user will be able to tell you which rooms they have and the length and width of each room. Each run of the program should calculate and display the total square footage as well as the total taxes due. The property taxes are calculated based on the type and size of the room according to the table below.

Notes:

The tax rates should be constants in your program, not having them will cost points

Functions should be used to reduce code repetition, not having them will cost points. All functions must be commented with pre and post conditions.

At least one function should contain and utilize a pass by reference parameter

Example Output: (Do not hard code these values, your program should work for all values of length and widths). Your output should match if user provides same values. Six different example runs of the program are provided.

Tax Levy Tax Rate per sqft Function $1.49 Kitchen Bathroom $4.50 $0.45 Bedroom $0.35 Living Room $0.55 Dining Room Any other room $1.25 Misc Tax Minimum total tax $1001 Long Wall Tax $3 per foot over 19 feet for each room length/width over 19 feet. Exception being the kitchen Luxury tax on rooms of 200 sqft and $485 added to calculated higher rooms tax per qualifying room Maximum total tax None

Explanation / Answer

#include<stdlib.h>
#include<stdio.h>
#include<iostream>
using namespace std;
float* getBedroom() // return Bedroom Length Width and Tax
{
static float bedroom_values[3]; // define array of size 3 1 is for length 1 is for width and 1 is for tax
cout<<"Enter Bedroom Length:";
cin>>bedroom_values[0]; // input Length
cout<<"Enter Bedroom Width:";
cin>>bedroom_values[1]; // input width
bedroom_values[2]=bedroom_values[1]*bedroom_values[0]*0.45; // Calculate tax levy
if(bedroom_values[1]>19) // check width > 19 if yes then 3$ for extra width
{
bedroom_values[2]=bedroom_values[2]+3*(bedroom_values[1]-19);
}
if(bedroom_values[0]>19) // check length > 19 if yes then 3$ for extra length
{
bedroom_values[2]=bedroom_values[2]+3*(bedroom_values[0]-19);
}
if(bedroom_values[0]*bedroom_values[1]>=200) // if total area is > 200 sqft then add 485 to the tax
{
bedroom_values[2]=bedroom_values[2]+485;
}
return bedroom_values; // return array of width length and tax
}
float* getKitchen()
{
static float kitchen_values[3]; // define array of size 3 1 is for length 1 is for width and 1 is for tax
cout<<"Enter Kitchen Length:";
cin>>kitchen_values[0];// input Length
cout<<"Enter Kitchen Width:";
cin>>kitchen_values[1];// input width
kitchen_values[2]=kitchen_values[1]*kitchen_values[0]*1.49;// Calculate tax levy
if(kitchen_values[0]*kitchen_values[1]>=200)
{
kitchen_values[2]=kitchen_values[2]+485;// if total area is > 200 sqft then add 485 to the tax
}
return kitchen_values;// return array of width length and tax
}
float* getBathroom()
{
static float bathroom_values[3]; // define array of size 3 1 is for length 1 is for width and 1 is for tax
cout<<"Enter Bathroom Length:";
cin>>bathroom_values[0];// input Length
cout<<"Enter Bathroom Width:";
cin>>bathroom_values[1];// input width
bathroom_values[2]=bathroom_values[1]*bathroom_values[0]*4.50;// Calculate tax levy
if(bathroom_values[1]>19)// check width > 19 if yes then 3$ for extra width
{
bathroom_values[2]=bathroom_values[2]+3*(bathroom_values[1]-19);
}
if(bathroom_values[0]>19)// check length > 19 if yes then 3$ for extra length
{
bathroom_values[2]=bathroom_values[2]+3*(bathroom_values[0]-19);
}
if(bathroom_values[0]*bathroom_values[1]>=200)
{
bathroom_values[2]=bathroom_values[2]+485;// if total area is > 200 sqft then add 485 to the tax
}
return bathroom_values;// return array of width length and tax
}
float* getLivingRoom()
{
static float livingroom_values[3]; // define array of size 3 1 is for length 1 is for width and 1 is for tax
cout<<"Enter Living Room Length:";
cin>>livingroom_values[0];// input Length
cout<<"Enter Living Room Width:";
cin>>livingroom_values[1];// input width
livingroom_values[2]=livingroom_values[1]*livingroom_values[0]*0.35;// Calculate tax levy
if(livingroom_values[1]>19)// check width > 19 if yes then 3$ for extra width
{
livingroom_values[2]=livingroom_values[2]+3*(livingroom_values[1]-19);
}
if(livingroom_values[0]>19)// check length > 19 if yes then 3$ for extra length
{
livingroom_values[2]=livingroom_values[2]+3*(livingroom_values[0]-19);
}
if(livingroom_values[0]*livingroom_values[1]>=200)
{
livingroom_values[2]=livingroom_values[2]+485;// if total area is > 200 sqft then add 485 to the tax
}

return livingroom_values;// return array of width length and tax
}
float* getDinningRoom()
{
static float dinningroom_values[3]; // define array of size 3 1 is for length 1 is for width and 1 is for tax
cout<<"Enter Dinning Room Length:";
cin>>dinningroom_values[0];// input Length
cout<<"Enter Dinning Room Width:";
cin>>dinningroom_values[1];// input width
dinningroom_values[2]=dinningroom_values[1]*dinningroom_values[0]*0.55;// Calculate tax levy
if(dinningroom_values[1]>19)// check width > 19 if yes then 3$ for extra width
{
dinningroom_values[2]=dinningroom_values[2]+3*(dinningroom_values[1]-19);
}
if(dinningroom_values[0]>19)// check length > 19 if yes then 3$ for extra length
{
dinningroom_values[2]=dinningroom_values[2]+3*(dinningroom_values[0]-19);
}
if(dinningroom_values[0]*dinningroom_values[1]>=200)
{
dinningroom_values[2]=dinningroom_values[2]+485;// if total area is > 200 sqft then add 485 to the tax
}

return dinningroom_values;// return array of width length and tax

}
float* getOtherRoom()
{
static float otherroom_values[3]; // define array of size 3 1 is for length 1 is for width and 1 is for tax
cout<<"Enter Other Room Length:";
cin>>otherroom_values[0];// input Length
cout<<"Enter Other Room Width:";
cin>>otherroom_values[1];// input width
otherroom_values[2]=otherroom_values[1]*otherroom_values[0]*1.25;// Calculate tax levy
if(otherroom_values[1]>19)// check width > 19 if yes then 3$ for extra width
{
otherroom_values[2]=otherroom_values[2]+3*(otherroom_values[1]-19);
}
if(otherroom_values[0]>19)// check length > 19 if yes then 3$ for extra length
{
otherroom_values[2]=otherroom_values[2]+3*(otherroom_values[0]-19);
}
if(otherroom_values[0]*otherroom_values[1]>=200)
{
otherroom_values[2]=otherroom_values[2]+485;// if total area is > 200 sqft then add 485 to the tax
}
return otherroom_values;// return array of width length and tax
}
int main()
{
char choice; // choice selection
static double total_tax=0.0;
static double total_area=0.0;
int count_K,count_B,count_T,count_L,count_O,count_D; // count all types of rooms
count_K=0;
count_B=0;
count_T=0;
count_L=0;
count_O=0;
count_D=0;
bool flag_K,flag_B,flag_T,flag_exit; // flag to check atleast 1 Bedroom, 1 Bathroom and 1 Kitchen Condition
flag_K=false;
flag_B=false;
flag_T=false;
flag_exit=false;
do
{
cout<<"Select Next Room:"<<endl;
cout<<"---------------------"<<endl;
cout<<"1|K: Kitchen"<<endl;
cout<<"2|B: Bedroom"<<endl;
cout<<"3|T: Bathroom"<<endl;
cout<<"4|L: Living Room"<<endl;
cout<<"5|D: Dining Room"<<endl;
cout<<"6|O: Other Room"<<endl;
cout<<"---------------------"<<endl;
cout<<"6|X: Exit"<<endl;
fflush(stdin);
cin>>choice;// input choice
switch(choice)
{
case 'K': // Case Kitchen
float* kit;
flag_K=true;
count_K++;
kit=getKitchen();
total_tax=total_tax+kit[2]; // Total Tax Calculation
total_area=total_area+kit[0]*kit[1]; // Total Area Calculations
break;
case 'B': // Case Bedroom
float* bed;
flag_B=true;
count_B++;
bed=getBedroom();
total_tax=total_tax+bed[2];// Total Tax Calculation
total_area=total_area+bed[0]*bed[1];// Total Area Calculations
break;
case 'T': // Case Bathroom
float* bath;
flag_T=true;
count_T++;
bath=getBathroom();
total_tax=total_tax+bath[2];// Total Tax Calculation
total_area=total_area+bath[0]*bath[1];// Total Area Calculations
break;
case 'L': // Case Living Room
float* live;
count_L++;
live=getLivingRoom();
total_tax=total_tax+live[2];// Total Tax Calculation
total_area=total_area+live[0]*live[1];// Total Area Calculations
break;
case 'D': // Case Dinning Room
float* dinn;
count_D++;
dinn=getDinningRoom();
total_tax=total_tax+dinn[2];// Total Tax Calculation
total_area=total_area+dinn[0]*dinn[1];// Total Area Calculations
break;
case 'O': // Case Other Rooms
float* other;
count_O++;
other=getOtherRoom();
total_tax=total_tax+other[2];// Total Tax Calculation
total_area=total_area+other[0]*other[1];// Total Area Calculations
break;
case 'X': // Case Exit
if(flag_B==false)
{
cout<<"Error: House must have at least 1 Bedroom"<<endl;
}
if(flag_K==false)
{
cout<<"Error: House must have at least 1 Kitchen"<<endl;
}
if(flag_T==false)
{
cout<<"Error: House must have at least 1 Bathroom"<<endl;
}
if(flag_K&&flag_B&&flag_T) // If 1 bedroom ,1 Kitchen and 1 Bathroom selected then exit
{
flag_exit=true;
}
break;
}
}while(flag_exit!=true);
if(total_tax<1001)
total_tax=1001;
cout<<"Taxed Rooms: "<<(count_K+count_B+count_T+count_L+count_O+count_D)<<endl;
cout<<"Total SQFT: "<<total_area<<endl;
cout<<"Total Tax: "<<total_tax<<endl;
return 0;
}

Test Case 1 and 6 Tested and Working Correctly. I Hope This Program will Work Correctly. But if You find any problem ask me any time.

Process returned 0 (0x0) execution time : 239.375 s
Press any key to continue.

Navigate

Program using C++ Problem: You need to calculate the square footage of homes and

Program using C. A vending machine sells three kinds of candy, Airheads for 25 c

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.

Program using C++ Problem: You need to calculate the square footage of homes and

Question

Explanation / Answer

Related Questions

Navigate