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Given main(), complete the Food Item class (in files Food Item.h and Foodltem.cpp) with constructors to initialize each food item. The default constructor should initialize the name to "Water" and all other fields to 0.0. The second constructor should have four parameters (food name, grams of fat, grams of carbohydrates, and grams of protein) and should assign each class data member with the appropriate parameter value. Ex: If the input is: Water the output is: Nutritional information per serving of Water: Fat: 0.00 g Carbohydrates: 0.00 g Protein: 0.00 g Number of calories for 1.00 serving (s): 0.00 Ex: If the input is: M&M's 10.0 34.0 2.0 3.0 where M&M's is the food name, 10.0 is the grams of fat, 34.0 is the grams of carbohydrates, 2.0 is the grams of protein, and 3.0 is the number of servings, the output is: Nutritional information per serving of M&M's: Fat: 10.00 g Carbohydrates: 34.00 g Protein: 2.00 g Number of calories for 1.00 serving (s): 234.00 Number of calories for 3.00 serving (s): 702.00

Given main(), complete the Food Item class (in files Food Item.h and Foodltem.cpp) with constructors to initialize each food item. The default constructor should initialize the name to "Water" and all other fields to 0.0. The second constructor should have four parameters (food name, grams of fat, grams of carbohydrates, and grams of protein) and should assign each class data member with the appropriate parameter value. Ex: If the input is: Water the output is: Nutritional information per serving of Water: Fat: 0.00 g Carbohydrates: 0.00 g Protein: 0.00 g Number of calories for 1.00 serving (s): 0.00 Ex: If the input is: M&M's 10.0 34.0 2.0 3.0 where M&M's is the food name, 10.0 is the grams of fat, 34.0 is the grams of carbohydrates, 2.0 is the grams of protein, and 3.0 is the number of servings, the output is: Nutritional information per serving of M&M's: Fat: 10.00 g Carbohydrates: 34.00 g Protein: 2.00 g Number of calories for 1.00 serving (s): 234.00 Number of calories for 3.00 serving (s): 702.00

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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1 #include "FoodItem.h" 2 #include <iostream> 3 #include <iomanip> 4 5 using namespace std; 6 7 // Define default constructor 8 9 // Define second constructor with arguments 10 // to initialize private data members 11 12 string Food Item::GetName() { 13 return name; 14 } 15 16 double FoodItem::GetFat() { 17 return fat; 18} 19 20 double FoodItem::GetCarbs() { 21 return carbs; 22} 23 24 double Food Item::GetProtein() { 25 return protein; 26} 27 28 double Food Item::GetCalories (double numServings) { 29 // Calorie formula 30 31 double calories return calories; 32} 33 34 void FoodItem: :PrintInfo() { = 35 cout << fixed <<< setprecision (2); 36 37 38 39 40} "1 cout << "Nutritional information per serving of << name << << fat << cout << Fat: g" << endl; cout << Carbohydrates: << carbs << g" << endl; cout << Protein: << protein <<< g" << endl; "1 ((fat* 9) + (carbs * 4) + (protein * 4)) * numServings; 11 "1 "1 11 "1 "1 "1 << endl;
Transcribed Image Text:1 #include "FoodItem.h" 2 #include <iostream> 3 #include <iomanip> 4 5 using namespace std; 6 7 // Define default constructor 8 9 // Define second constructor with arguments 10 // to initialize private data members 11 12 string Food Item::GetName() { 13 return name; 14 } 15 16 double FoodItem::GetFat() { 17 return fat; 18} 19 20 double FoodItem::GetCarbs() { 21 return carbs; 22} 23 24 double Food Item::GetProtein() { 25 return protein; 26} 27 28 double Food Item::GetCalories (double numServings) { 29 // Calorie formula 30 31 double calories return calories; 32} 33 34 void FoodItem: :PrintInfo() { = 35 cout << fixed <<< setprecision (2); 36 37 38 39 40} "1 cout << "Nutritional information per serving of << name << << fat << cout << Fat: g" << endl; cout << Carbohydrates: << carbs << g" << endl; cout << Protein: << protein <<< g" << endl; "1 ((fat* 9) + (carbs * 4) + (protein * 4)) * numServings; 11 "1 "1 11 "1 "1 "1 << endl;
Given main(), complete the FoodItem class (in files Foodltem.h and FoodItem.cpp) with constructors to initialize each food item. The default constructor should initialize the name to "Water" and all other fields to 0.0. The second constructor should have four parameters (food name, grams of fat, grams of carbohydrates, and grams of protein) and should assign each class data member with the appropriate parameter value. Ex: If the input is: Water the output is: Nutritional information per serving of Water: Fat: 0.00 g Carbohydrates: 0.00 g Protein: 0.00 g Number of calories for 1.00 serving (s): 0.00 Ex: If the input is: M&M's 10.0 34.0 2.0 3.0 where M&M's is the food name, 10.0 is the grams of fat, 34.0 is the grams of carbohydrates, 2.0 is the grams of protein, and 3.0 is the number of servings, the output is: Nutritional information per serving of M&M's: Fat: 10.00 g Carbohydrates: 34.00 g Protein: 2.00 g Number of calories for 1.00 serving (s): 234.00 Number of calories for 3.00 serving (s): 702.00
Transcribed Image Text:Given main(), complete the FoodItem class (in files Foodltem.h and FoodItem.cpp) with constructors to initialize each food item. The default constructor should initialize the name to "Water" and all other fields to 0.0. The second constructor should have four parameters (food name, grams of fat, grams of carbohydrates, and grams of protein) and should assign each class data member with the appropriate parameter value. Ex: If the input is: Water the output is: Nutritional information per serving of Water: Fat: 0.00 g Carbohydrates: 0.00 g Protein: 0.00 g Number of calories for 1.00 serving (s): 0.00 Ex: If the input is: M&M's 10.0 34.0 2.0 3.0 where M&M's is the food name, 10.0 is the grams of fat, 34.0 is the grams of carbohydrates, 2.0 is the grams of protein, and 3.0 is the number of servings, the output is: Nutritional information per serving of M&M's: Fat: 10.00 g Carbohydrates: 34.00 g Protein: 2.00 g Number of calories for 1.00 serving (s): 234.00 Number of calories for 3.00 serving (s): 702.00
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