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C++ Program to Store and Display Information Using Structure
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C++ Program to Store and Display Information Using Structure By Simple Method
This program stores the information (name, fname id and course ).
In this program, a structure, student is created.
This structure has three members: name (char), fname (char) and id (int ) and course (char ).
#include<iostream>
using namespace std;
// declaring the strct
struct Student{
int id;
char name[10];
char fname[10];
char course[10];
};
int mian()
{
//create the struct type object
Student s1;
//get student info
cout<<"Enter Your Name "<<endl;
cin>>s1.name;
cout<<"Enter Your Id "<<endl;
cin>>s1.id;
cout<<"Enter Your Father Name "<<endl;
cin>>s1.fname;
cout<<"Enter Your Course Title"<<endl;
cin>>s1.course;
//display student info
cout<<"Your Name is"<<s1.name;
cout<<"Your Id is"<<s1.id;
cout<<"Your Father Name is"<<s1.fname;
cout<<"Your Course Title is"<<s1.course;
return 0;
}
Learn Structures in C++ And See More Example related to Structures
Structures A data structure is a group of data elements grouped together under one name. These data elements, known as members , can have different types and different lengths. For example: You want to store some information about a person: his/her name, citizenship number and salary. You can easily create different variables name, citNo, salary to store these information separately. However, in the future, you would want to store information about multiple persons. Now, you'd need to create different variables for each information per person: name1, citNo1, salary1, name2, citNo2, salary2 You can easily visualize how big and messy the code would look. Also, since no relation between the variables (information) would exist, it's going to be a daunting task. A better approach will be to have a collection of all related information under a single name Person , and use it for every person. Now, the code looks much cleaner, readable...
Add Complex Numbers by Passing Structure to a Function This program takes two complex numbers as structures and adds them with the use of functions. Example: Source Code to Add Two Complex Numbers // Complex numbers are entered by the user #include <iostream> using namespace std ; typedef struct complex { float real ; float imag ; } complexNumber ; complexNumber addComplexNumbers ( complex , complex ); int main () { complexNumber n1 , n2 , temporaryNumber ; char signOfImag ; cout << "For 1st complex number," << endl ; cout << "Enter real and imaginary parts respectively:" << endl ; cin >> n1 . real >> n1 . imag ; cout << endl << "For 2nd complex number," << endl ; cout << "Enter real and imaginary parts respectively:" << endl ; cin >> n2 . real >> n2 . imag ; ...
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