Write a C++ program to create an unordered_map for the data given below. Also, input a string from the user and print the corresponding value in the map. If the string is not present in the map, then print "Data not found." • 'A' maps to "Alpha" • 'E' maps to "Echo" • 'S' maps to "Sierra" • 'V' maps to "Victor"

Case # 4 is bold where I am stuck. I am trying to list the College input Case 1. I have it input but it only shows the last inser. How do I input the first to last from the college function    #include "stdafx.h"#include <iostream>#include <cstdlib>#include <ctime>#include <string>#include <vector>#include <cctype>#include <iterator>#include <algorithm>#include <cmath>#include "ConsoleApplication11.h" using namespace std; string FBTeam;string College;string location;string Price_of_Ticket;int choice; int main(){vector<string> CULIST(5);vector<string> FBTEAM(5);string itemNumber; int num;int tuition = 0;int dorm = 0;int meal = 0;int total_tuition = 0;int average;const int size = 5;double averages[size] = { 0.0 };bool stop = false, itemFound; cout << "--------------------------------------------------------------------------------" << endl;cout << " Colleges in Texas "<< endl;cout <<…

C++ Points Inside Rectangles Use the "Vec.h" and "Rect.h" classes. Write a program to do the following:- First, your program will continuously read as input lines with 4 floats. Each set of 4 floats will define a 2D rectangle using your Rect class. Add each Rect to a container data structure of your choice, such as std::vector. Stop reading rectangles when your program reads 4 negative float values (do not create the rectangle with 4 negative float values).- Next, continuously read as input lines with 2 floats. Each pair of floats here will define a 2D point using your Vec class. For each point, print out its classification (whether it is inside or outside) with respect to all previously read rectangles. Stop reading points and end the program when you read (-99.0f,-99.0f). EXAMPLE RUN:Type 4 floats to define a rectangle: -3 3 6 6Type 4 floats to define the next rectangle: -2 2 4 4Type 4 floats to define the next rectangle: -1 1 2 2Type 4 floats to define the next rectangle: -1 -1 -1…

Write a function named "changeCase" that takes an array of characters terminating by NULL character (C-string) and a boolean flag of toUpper. If the toUpper flag is true, it will go through the array and convert all lowercase characters to uppercase. Otherwise, it will convert all uppercase to lowercase. For example, if the array is {'H', 'e', 'l', 'l', 'o', '\0'} and the flag is true, then the array will become {'H', 'E', 'L', 'L', 'O', '\0'}. And if the flag is false, the array will become{'h', 'e', 'l', 'l', 'o', '\0'}