// Program name: Lab3a
//
// Description: This program prints macro nutrional data.
//
// What's on your mind about this lab? This exercise gives me an
// opportunity to learn how to use classes.
//
// Author: Aaron Rosales
//
// Date: 02/19/2020
//
// IDE Used: visual studio 2019
//

// Note: DO NOT remove these include statements.#include <string>

#include <string>
#ifndef NUTRITIONDATA_H
#define NUTRITIONDATA_H
using namespace std;
class NutritionData {

private:
    // The name of the food.
    string foodName;
    // The size of the serving.
    int servingSize;
    // The calories from the carbs.
    double calFromCarb;
    // The calories from the fat.
    double calFromFat;
    // The calories from the protein.
    double calfromProtein;
public:
    // Initializes the constuctor in list syntax form.
    NutritionData(string fd = "", int ss = 0,
        double cc = 0.0, double cf = 0.0, double cp = 0.0)
        :foodName(fd),
        servingSize(ss),
        calFromCarb(cc),
        calFromFat(cf),
        calfromProtein(cp) {

    }
    /*NutritionData(string fd, int ss,
        double cc, double cf, double cp) {

    }
    */


    //************************************************************************
//* Function name: setFoodName
//*
//* This function sets the food name.
//*
//* Parameters:
//*    userFoodName - a value that passes the food name into the function
//*
//* Returns:
//*
//*   void
//*
//************************************************************************
    void setFoodName(string userFoodName) {
        foodName = userFoodName;
    }

    //************************************************************************
    //* Function name: setServingSize
    //*
    //* This function sets the serving size data.
    //*
    //* Parameters:
    //*    size - a value that passes the food size into the function
    //*
    //* Returns:
    //*
    //*   void
    //*
    //************************************************************************
    void setServingSize(int size) {
        servingSize = size;
    }

    //************************************************************************
    //* Function name: setCalFromCarb
    //*
    //* This function sets the calories from carbs.
    //*
    //* Parameters:
    //*    carbMacro - a value that passes the macro
    //*    nutitional information of carbs into the function
    //*
    //* Returns:
    //*
    //*   void
    //*
    //************************************************************************
    void setCalFromCarb(double carbMacro) {
        calFromCarb = carbMacro;
    }

    //************************************************************************
    //* Function name: setCalFromFat
    //*
    //* This function sets the calories from fats.
    //*
    //* Parameters:
    //*    fatMacro - a value that passes the macro
    //*    nutitional information of fat into the function
    //*
    //* Returns:
    //*
    //*   void
    //*
    //************************************************************************
    void setCalFromFat(double fatMacro) {
        calFromFat = fatMacro;
    }

    //************************************************************************
    //* Function name: setCalFromProtein
    //*
    //* This function sets the calories from protein.
    //*
    //* Parameters:
    //*    fatMacro - a value that passes the macro
    //*    nutitional information of protein into the function
    //*
    //* Returns:
    //*
    //*   void
    //*
    //************************************************************************
    void setCalFromProtein(double bodyBuildersBestFriend) {
        calfromProtein = bodyBuildersBestFriend;
    }

    //************************************************************************
    //* Function name: getFoodName
    //*
    //* This function returns the food name.
    //*
    //* Parameters:
    //*
    //* Returns:
    //*
    //*   foodName - The food name
    //*
    //************************************************************************
    string getFoodName() const {
        return foodName;
    }

    //************************************************************************
    //* Function name: getServingSize
    //*
    //* This function returns the serving size.
    //*
    //* Parameters:
    //*
    //* Returns:
    //*
    //*   servingSize - The serving size
    //*
    //************************************************************************
    int getServingSize() const {
        return servingSize;
    }

    //************************************************************************
    //* Function name: getCalFromCarb
    //*
    //* This function returns the calories from carbs.
    //*
    //* Parameters:
    //*
    //* Returns:
    //*
    //*   calFromCarb - The calories from carbs
    //*
    //************************************************************************
    double getCalFromCarb() const {
        return calFromCarb;
    }

    //************************************************************************
     //* Function name: getCalFromFat
     //*
     //* This function returns the calories from fat.
     //*
     //* Parameters:
     //*
     //* Returns:
     //*
     //*   calFromFat - The calories from fat
     //*
     //************************************************************************
    double getCalFromFat() const {
        return calFromFat;
    }

    //************************************************************************
    //* Function name: getCalFromProtein
    //*
    //* This function returns the calories from protein.
    //*
    //* Parameters:
    //*
    //* Returns:
    //*
    //*   calFromFat - The calories from protein
    //*
    //************************************************************************
    double getCalFromProtein() const {
        return calfromProtein;
    }


};
//double getCaloriesPerServing() const;



#endif

#include <iostream>
#include <iomanip>
#include <string>
#include "NutritionData.h"
using namespace std;
//double getCaloriesPerServing() const;
void printNutritionData(const NutritionData& userData);
int main() {
    NutritionData nutritionData[5]{
    {"Apples raw", 110, 50.6, 1.2, 1.0},
    {"Bananas", 225, 186, 6.2, 8.2},
    {"Bread pita whole wheat", 64, 134, 14, 22.6},
    {"Broccoli raw", 91, 21.9, 2.8, 6.3},
    {"Carrots raw", 128, 46.6, 2.6, 3.3},
    };

    for (NutritionData spot : nutritionData) {
        printNutritionData(spot);
        cout << endl;
    }
}
void printNutritionData(const NutritionData& userData) {
    // Set up some formatting requirements.
    cout << fixed << setprecision(1);
    // Print out the title, then calls upon the accessor
    // functions in the NutritionData class to print
    cout << "Food Name: "
        << userData.getFoodName() << endl;
    cout << "Serving Size: "
        << userData.getServingSize()
        << " grams." << endl;
    cout << "Calories Per Serving: "
        //   << userData.getCaloriesPerServing()
        << " grams." << endl;
    cout << "Calories From Carb: "
        << userData.getCalFromCarb()
        << " grams." << endl;
    cout << "Calories From Fat: "
        << userData.getCalFromFat()
        << " grams." << endl;
    cout << "Calories From Protein: "
        << userData.getCalFromProtein()
        << " grams." << endl;
}

#include <string>
#include "NutritionData.h"
using namespace std;
/*NutritionData::NutritionData(string fd, int ss,
    double cc, double cf, double cp)
    :foodName(fd),
    servingSize(ss),
    calFromCarb(cc),
    calFromFat(cf),
    calfromProtein(cp) {

}
*/