// This program shows a structure with two nested structure members.
#include <iostream>			// standard IO routines 
#include <iomanip>			// for output formatting
#include <fstream>			// standard file stream
#include <cmath>			// standard math functions 
#include <string>			// standard C++ library 
using namespace std;			// standard C++ namespace
 
struct Weather
 
const int RAINFALL_LENGTH = 2;
const int HIGH TEMP_LENGTH = 3;
const int LOW TEMP_LENGTH = 3;
string month[11];
month[0] = January;
month[1] = February;
month[2] = March;
month[3] = April;
month[4] = May;
month[5] = June;
month[6] = July;
month[7] = August;
month[8] = September;
month[9] = October;
month[10] = November;
month[11] = December;
 
int main()
{
RainFall;
 
// Ask for the user for the amount of rainfall
cout << "Enter the amount of rainfall: ";
cin.getline(rainfall.Inches, RAINFALL_LENGTH);
 
// Get the high and low temperatures
cout << "Now enter the high temperature:\n";
cout << "Temperature (up to 3 digits): ";
cin >> High.Temperature.month;
cout << "Enter the low temperature: \n";
cin >> Low.Temperature.month;
cin.get(); // Remove the remaining newline character// This <strong class="highlight">program</strong> shows a structure with two nested structure members.
 
return(0);
}
struct month
{
   int rainfall;
   int high_temp;
   int low_temp;
};

struct Weather

month[0] = January;
month[1] = February;
month[2] = March;
month[3] = April;
month[4] = May;
month[5] = June;
month[6] = July;
month[7] = August;
month[8] = September;
month[9] = October;
month[10] = November;
month[11] = December;

RainFall;

cin.getline(rainfall.Inches, RAINFALL_LENGTH);

struct Weather;

string month[11];

month months[12];

#include <iostream>					// standard IO routines 
#include <iomanip>					// for output formatting
#include <fstream>					// standard file stream
#include <cmath>					// standard math functions 
#include <string>					// standard C++ library 
using namespace std;				// standard C++ namespace
 
//define the structure
struct WEATHER
{
double totalRainfall;
double highTemp;
double lowTemp;
double avgTemp;
};
 
// Function Prototypes
void getdata(WEATHER&);    // Argument passed by reference
//month months[12];
 
int main()
{
 
//declare array of structures
WEATHER annualWeather[12];
 
getdata(annualWeather[]);   //call the function pass the argument to the function
 
double AnnualRainfall;  // declare variable
 
for(int x = 0; x < 11; x++)
AnnualRainfall += annualWeather.totalRainfall[i];
 
cout << " Total Rainfall is"  AnnualRainfall << endl;
return 0;
}
 
void getdata(WEATHER annualWeather[i]&)   //annual weather is the reference parameter  
{  
	int i;
 
	double MaxHighTemp = 0;
	double MaxLowTemp = 10000;
 
	for(i=0;i<12;i++)
	{
		cout << "enter low tempature for month " i + 1 << ":" << endl;	
		cin >> annualWeather.lowTemp[i];
		while(annualWeather.lowTemp[i] < -100)
		{
			cout << " must be gretaer than -100 " << endl;
			cin >> annualWeather.lowTemp[i];
		}
		if (annualWeather.highTemp[i] < lowHighTemp)  		
			MaxLowTemp = annualWeather.lowTemp[i];
 
		cout << "enter high tempature for month " i + 1 << ":" << endl;
		cin >> annualWeather.highTemp[i];
		while(annualWeather.highTemp[i] < -100)
		{
			cout << " must be less than 140 " << endl;
			cin >> annualWeather.highTemp[i];
		}
		if (annualWeather.highTemp[i] > MaxHighTemp)  		
			MaxHighTemp = annualWeather.highTemp[i];
 
		cout << "enter total rainfall for month " i + 1 << ":" << endl;
		cin >> annualWeather.totalRainfall[i];
 
		annualWeather[i].avgTemp = (annualWeather[i].lowTemp + annualWeather[i].highTemp) / 2;
 
	}
}

annualWeather.totalRainfall[i];

annualWeather[i].Rainfall

void getdata(WEATHER annualWeather[i]&)

#include <iostream>					// standard IO routines 
#include <iomanip>					// for output formatting
#include <fstream>					// standard file stream
#include <cmath>					// standard math functions 
#include <string>					// standard C++ library 
using namespace std;				// standard C++ namespace
 
//struct months
const int months = 12;
double totalRainfall;
double Rainfall[months];
double highTemperature;
double lowTemperature;
double avgTemp;
double avgRainfall;
double lowest;
double highest;
 
double sumArray(double[],int);
void GetRain (double Rain);
void GetTempH (double Temp);
void GetTempl (double Temp2);
int main()
{
	cout << " Welcome to the Year's Weather Data Analyzer " << endl;
	cout << " ====================================================== " << endl;
	cout << endl << " Enter the following information: " << endl << endl;
	for (int count = 0; count < months; count++)
	{
 
	cout << " Month " << (count + 1) << endl;
	GetRain(Rainfall[months]);
	GetTempH(highTemperature); 
	GetTempl(lowTemperature);
 
	}
	cout << " ==================================================== " << endl;
	cout << " Final Results " <<endl <<endl;
	// Display the result
	cout << fixed << showpoint << setprecision(2);
	totalRainfall = sumArray(Rainfall,months);
	cout << " The total Rainfall: " << totalRainfall << endl;
	cout << " Average monthly Rain: " << avgRainfall << endl;
	cout << " Average monthly Average Temperature: " << avgTemp << endl;
	cout << " Highest Temperature: " << highest << " months " 
	<< months << endl;
	cout << " Lowest Temperature: " << lowest << " months " << months << endl;
	cout << " ==================================================== " << endl;
 
	return 0;
}
 //Function to get high temperatures
void GetTempH (double Temp)
{
	cout << setw(10) << " High Temperature ";
	cin >> Temp;
	while (cin && (Temp < -101 || Temp > 140))
	{
		cout << setw(10) << " Temperature must be  -100 through 140. " << endl;
		cout << setw(10) << " Enter the High Temperature for this month: ";
		cin >> Temp;
	}
}
//Function to get low temperatures
void GetTempl (double Temp2)
{
	cout << setw(10) << " Low Temperature: ";
	cin >> Temp2;
	while (cin && (Temp2 < -101 || Temp2 > 140))
	{
		cout << setw(10) << " Temperature must be  -100 through 140. " << endl;
		cout << setw(10) << " Enter the Low Temperature for this month: ";
		cin >> Temp2;
	}
 
}
void GetRain (double Rain)
{
	cout << setw(5) << " Rainfall: ";
	cin >> Rain;
	while (cin && (Rain <= 0))
	{
		cout << setw(10) << " Rain fall must be  greater than or equal to 0. " << endl;
		cout << setw(10) << " Enter the Rain Fall for this month: ";
		cin >> Rain;
 
 
	}
}
 
double sumArray(double array[], int size)
{
	double totalRainfall = 0; // Accumulator
	for (int count = 0; count < size; count++)
		totalRainfall += array[count];
	return totalRainfall;
}