Note: Make sure that you put the header comments in this main.cpp and all other cpp files file. Note: Make sure that you put the header comments in this main.cpp and all other cpp files file.The following data will be used for this project

Write a program that will include the following:

A class that will store mountain details which will included the following:

List item

Member for the name, $($make it private$)$

Member for the country, $($make it private$)$

Member for the elevation, $($make it private$)$

Setters and getters for all the data members. $($Make them public$)$

A member function call toMeters that will take the elevation and convert the value from feet to meters and return the converted

value. The relationship for feet to meters is $1$ meter per $3\mathrm{.}2808$ feet

In the main function of the main source file, create $7$ instances of Mountain objects and put the mountain data from the table

above.

Put the mountain objects in an appropriate data structure for the language that you are writing this for.

Write a method called minElevation that will return the minimum elevation.

Iterate over the data structure that contains the Mountain objects and print out the Mountain details similar to the table above,

with the addition of the elevation in feet and in meters.

Programmatically print out the elevation and name of the shortest mountain $($do not hard code this$).$

The output for this program should be the following#include

#include

#include

#include

class Mountain $\{$

private:

std::string name;

std::string country;

int elevation; $//$ Elevation in feet

public:

$//$ Constructor

Mountain$($const std::string& name, const std::string& country, int elevation$)$

: name$($name$),$ country$($country$),$ elevation$($elevation$)\{\}$

$//$ Setters

void setName$($const std::string& name$)\{$

this$->$name $=$ name;

$\}$

void setCountry$($const std::string& country$)\{$

this$->$country $=$ country;

$\}$

void setElevation$($int elevation$)\{$

this$->$elevation $=$ elevation;

$\}$

$//$ Getters

std::string getName$()$ const $\{$

return name;

$\}$

std::string getCountry$()$ const $\{$

return country;

$\}$

int getElevation$()$ const $\{$

return elevation;

$\}$

$//$ Function to convert elevation to meters

double toMeters$()$ const $\{$

return elevation $/3\mathrm{.}2808$;

$\}$

$\}$;

$//$ Function to find the mountain with the minimum elevation

Mountain minElevation$($const std::vector& mountains$)\{$

Mountain min$\_$mountain $=$ mountains$[0]$;

for $($const auto& mountain : mountains$)\{$

if $($mountain$.$getElevation$()$ min$\_$mountain.getElevation$())\{$

min$\_$mountain $=$ mountain;

$\}$

$\}$

return min$\_$mountain;

$\}$

int main$()\{$

$//$ Create instances of Mountain objects

std::vector mountains $=\{$

Mountain$("$Chimborazo$",$ "Ecuador", $20549),$

Mountain$("$Matterhorn$",$ "Switzerland", $14692),$

Mountain$("$Olympus$",$ "Greece $($Macedonia$)",9573),$

Mountain$("$Everest$",$ "Nepal", $29029),$

Mountain$("$Mount Marcy $-$ Adirondacks", "United States", $5344),$

Mountain$("$Mount Mitchell $-$ Blue Ridge", "United States", $6684),$

Mountain$("$Zugspitze$",$ "Switzerland", $9719)$

$\}$;

$//$ Print the header with column names

std::cout $$ std::left $$ std::setw$(30)$ "Mountain Name"

$$ std::setw$(25)$ "Country"

$$ std::setw$(20)$ "Elevation $($ft$)"$

$$ std::setw$(20)$ "Elevation $($m$)"$

$"$;

$//$ Print mountain details

for $($const auto& mountain : mountains$)\{$

std::cout $$ std::left $$ std::setw$(30)$ mountain.getName$()$

$$ std::setw$(25)$ mountain.getCountry$()$

$$ std::setw$(20)$ mountain.getElevation ft$"$

$$ std::setw$(20)$ static$\_$cast$($mountain$.$toMeters m$"$

$"$;

$\}$

$//$ Find and print the shortest mountain

Mountain shortest$\_$mountain $=$ minElevation$($mountains$)$;

std::cout

The mountain with the smallest elevation is: $"$

$$ shortest$\_$mountain.getName shortest$\_$mountain.getCountry$()$

with an elevation $($ft$)$ of: $"$ shortest$\_$mountain.getElevation ft

$"$;

return $0$; $//$ Indicate that the program ended successfully

$\}$can u please fix my code so it can make up to this