Modify the code below so that the program now reads a location followed by $12$ numbers that represent

amount of rainfall for each month in that location. program reads a data file that is named READRAINFALL.TXT

$//$reads a data file

void readRainfallForLocation$($ ifstream &fin, float rainfall$[])$;

two overloaded functions:

$//$output the contents of the parallel arrays of months and rainfall

void outputArrays$($ ofstream &fout, string months$[12],$ float rainfall$[12])$;l

$//$output the statistics to a file

oid outputStatistics$($ ofstream &fout, string months$[],$ float rainfall$[],$

float total, float average, int locGreatest$)$;

Please update this code I built adding the things above.

#include

using namespace std;

$//$ function to print the rainfall of each month

void rainfallStatistics$($string month$[],$ double rainfall$[])\{$

double sum $=0$; $//$ variable to store the total sum of rainfall

string maxMonth $=$ month$[0]$; $//$ variable to return month with maximum rainfall

double maxRainfall $=$ INT$\_$MIN; $//$ variable to store the maximum rainfall

$//$ running the loop till the last month

for$($int i$=0$; i$<12$; i$++)\{$

$//$ printing the month and rainfall

cout$<<$ month$[$i$]<<""<<$ fixed $<<$ setprecision$(2)<<$ rainfall$[$i$]<<"$ inches" $<<$ endl;

$//$ storing the sum

sum $=$ sum $+$ rainfall$[$i$]$;

$//$ checking the month with highest rainfall

if$($rainfall$[$i$]>$ maxRainfall$)\{$

maxRainfall $=$ rainfall$[$i$]$;

maxMonth $=$ month$[$i$]$;

$\}$

$\}$

$//$ calculating the average of the rainfall

double average $=$ sum $/$ double$(12)$;

cout $<<$ endl;

cout $<<$ "Total for the year $"<<$ sum $<<"$ inches" $<<$ endl;

cout $<<$ "Average rainfall per month $"<<$ average $<<"$ inches" $<<$ endl;

cout $<<$ "Month with the greatest rainfall was $"<<$ maxMonth $<<"$ with rainfall of $"<<$ maxRainfall $<<"$ inches" $<<$ endl;

$\}$

$//$ driver program

int main$()$

$\{$

$//$ array to store the nonth name

string month$[12]=\{"$Jan$",$ "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"$\}$;

$//$ array to store the rainfall

double rainfall$1[12]=\{4\mathrm{.}50,4\mathrm{.}25,3\mathrm{.}26,1\mathrm{.}35,0\mathrm{.}80,0\mathrm{.}20,0\mathrm{.}10,0\mathrm{.}00,0\mathrm{.}40,1\mathrm{.}20,2\mathrm{.}96,4\mathrm{.}71\}$;

double rainfall$2[12]=\{5\mathrm{.}24,4\mathrm{.}09,3\mathrm{.}92,2\mathrm{.}75,2\mathrm{.}03,1\mathrm{.}55,0\mathrm{.}93,1\mathrm{.}16,1\mathrm{.}61,0\mathrm{.}00,5\mathrm{.}67,6\mathrm{.}06\}$;

cout $<<$ "Hayward Statistics" $<<$ endl;

cout $<<$ endl;

cout$<<$ "Month" $<<""<<$ "Rainfall" $<<$ endl;

$//$ calling the function for Hayward

rainfallStatistics$($month$,$ rainfall$1)$;

cout $<<$ endl;

cout $<<$ endl;

cout $<<$ "Seattle Statistics" $<<$ endl;

cout $<<$ endl;

cout$<<$ "Month" $<<""<<$ "Rainfall" $<<$ endl;

$//$ calling the function for Houston

rainfallStatistics$($month$,$ rainfall$2)$;

return $0$;

$\}$

This is a shell for final code.

#include

#include

#include

#include

using namespace std;

$//$Prototypes

void readRainfallForLocation$($ ifstream &fin, float rainfall$[])$;

void findTotalandAverage$($float monthlyRain$[12],$ float &total, float &average$)$;

int findGreatestRainLoc$($float $[])$;

void outputArrays$($ string months$[12],$ float rainfall$[12])$;

void outputArrays$($ ofstream &fout, string months$[12],$ float rainfall$[12])$;

void outputStatistics$($ string months$[],$ float rainfall$[],$ float total, float average, int locGreatest$)$;

void outputStatistics$($ ofstream &fout, string months$[],$ float rainfall$[],$ float total, float average, int locGreatest$)$;

int main$()$

$\{$

$//$declare and initialize an array of strings containing month abbreviations

string months$[12]=\{"$Jan$",$ "Feb", "Mar", "Apr", "May", "Jun",

"Jul", "Aug", "Sep", "Oct", "Nov", "Dec" $\}$;

float monthlyRainfall$[12]$; $//$Stores monthly rainfall for an entire year for one location

string location;

float total, average;

int locGreatest; $//$array index of greatest rainfall

ifstream fin;

ofstream fout;

fin.open$("$READRAINFALL$.$TXT$")$;

$//$fixme$!$ Open both input and output files and check that they opened successfully

$//$Master loop

getline$($fin$,$ location$)$; $//$priming input gets first location

while $(!$fin.eof$())$

$\{$

readRainfallForLocation $($fin$,$ monthlyRainfall$)$; $//$input the twelve monthly rain amounts

$//$fixme$!$ Call the other functions as done in the zyLab

$//$add two overloaded output to file functions as shown in protoypes

fin.ignore$()$; $//$skip over the line feed left in the buffer after last number was read

getline$($fin$,$ location$)$; $//$get the next location until End of File

$\}$

return $0$;

$\}$

$//$All functions are omitted for now.