


C++ program to create box and calculate volume and check using less than operator
Suppose we have to define a box class with few conditions. As follows-
-
The three attributes l, b and h represent length, width and height respectively (these are private variables)
Define a non- Parameterized constructor to set l, b, h to 0, and define a parameterized constructor to initially set the values.
Define the getter method of each attribute
Define a function calculateVolume() to get the volume of the box
-
Overloaded less than operator (
Create a variable that counts the number of boxes created.
So if we enter three boxes (0, 0, 0) (5, 8, 3), (6, 3, 8) and display the data for each box, and check if the third box is smaller than the second one and find the volume of the smaller box and print how many boxes they have by counting variable.
Then the output will be
Box 1: (length = 0, breadth = 0, width = 0) Box 2: (length = 5, breadth = 8, width = 3) Box 3: (length = 6, breadth = 3, width = 8) Box 3 is smaller, its volume: 120 There are total 3 box(es)
To solve this problem we will follow the following steps -
-
To calculate the volume we have to return l* b*h
li> To overload the less than (
-
the current object's l is the same as the given another The l of the objects is different, then
If the l of the current object is less than the l of another object, then true is returned
-
Otherwise, when the b of the current object is different from the b of the given another object, then
Returns true if the b of the current object is smaller than the b## of the other object
- # Otherwise, when the h of the current object is different from the h given another object, then
- If the current object Returns true if h is less than the h of another object
#include <iostream> using namespace std; class Box { int l, b, h; public: static int count; Box() : l(0), b(0), h(0) { count++; } Box(int length, int breadth, int height) : l(length), b(breadth), h(height) { count++; } int getLength() const {return l;} int getBreadth() const {return b;} int getHeight() const {return h;} long long CalculateVolume() const { return 1LL * l * b * h; } bool operator<(const Box& another) const { if (l != another.l) { return l < another.l; } if (b != another.b) { return b < another.b; } return h < another.h; } }; int Box::count = 0; int main(){ Box b1; Box b2(5,8,3); Box b3(6,3,8); printf("Box 1: (length = %d, breadth = %d, width = %d)\n",b1.getLength(), b1.getBreadth(), b1.getHeight()); printf("Box 2: (length = %d, breadth = %d, width = %d)\n",b2.getLength(), b2.getBreadth(), b2.getHeight()); printf("Box 3: (length = %d, breadth = %d, width = %d)\n",b3.getLength(), b3.getBreadth(), b3.getHeight()); if(b3 < b2){ cout << "Box 3 is smaller, its volume: " << b3.CalculateVolume() << endl; }else{ cout << "Box 3 is smaller, its volume: " << b2.CalculateVolume() << endl; } cout << "There are total " << Box::count << " box(es)"; }Input
b1; b2(5,8,3); b3(6,3,8);
OutputBox 1: (length = 0, breadth = 0, width = 0)
Box 2: (length = 5, breadth = 8, width = 3)
Box 3: (length = 6, breadth = 3, width = 8)
Box 3 is smaller, its volume: 120
There are total 3 box(es)
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