দুটি জটিল সংখ্যা যোগ করার জন্য জাভা প্রোগ্রাম

এই নিবন্ধে, আমরা জানব কিভাবে জাভাতে দুটি জটিল সংখ্যা যোগ করতে হয়। তাদের আছে 'আমি' অর্থাৎ এর সাথে যুক্ত একটি কাল্পনিক অংশ।

নীচে একই -

ইনপুট

ধরুন আমাদের ইনপুট হল −

15 +i24 and 3 +i7

আউটপুট

কাঙ্খিত আউটপুট হবে −

18 +i31

অ্যালগরিদম

Step1- Start
Step 2- Declare three Complex numbers: my_input_1, my_input_2 and my_result
Step 3- Hardcode the complex number values
Step 4- Define a function add_complex_number when u add the real numbers and the
imaginary numbers separately and return the result.
Step 5- Store the result in my_result variable.
Step 6- Display the result
Step 7- Stop

উদাহরণ 1

import java.util.*;
class ComplexNumbers {
   int my_real_number, my_imaginary_number;
   ComplexNumbers() {}
   ComplexNumbers(int my_real_temp, int my_imaginary_temp){
      my_real_number = my_real_temp;
      my_imaginary_number = my_imaginary_temp;
   }
   ComplexNumbers AddComplexNumbers(ComplexNumbers my_input_1, ComplexNumbers my_input_2){
      ComplexNumbers my_temp = new ComplexNumbers();
      my_temp.my_real_number = my_input_1.my_real_number + my_input_2.my_real_number;
      my_temp.my_imaginary_number = my_input_1.my_imaginary_number +    my_input_2.my_imaginary_number;
      return my_temp;
   }
}
public class MainFunction {
   public static void main(String[] args){
      System.out.println("Required packages have been imported");
      ComplexNumbers my_input_1 = new ComplexNumbers(15, 24);
      System.out.println("The first complex number is defined as : " + my_input_1.my_real_number + " + i" + my_input_1.my_imaginary_number);
      ComplexNumbers my_input_2 = new ComplexNumbers(3, 7);
      System.out.println("The second complex number is defined as : " + my_input_2.my_real_number + " + i" + my_input_2.my_imaginary_number);
      ComplexNumbers my_result = new ComplexNumbers();
      my_result = my_result.AddComplexNumbers(my_input_1, my_input_2);
      System.out.println("The sum of complex number is : " + my_result.my_real_number + " + i"  + my_result.my_imaginary_number);
   }
}

আউটপুট

Required packages have been imported
The first complex number is defined as : 15 + i24
The second complex number is defined as : 3 + i7
The sum of complex number is : 18 + i31

উদাহরণ 2

এখানে, পূর্ণসংখ্যা পূর্বে সংজ্ঞায়িত করা হয়েছে, এবং এর মান অ্যাক্সেস করা হয়েছে এবং কনসোলে প্রদর্শিত হয়েছে।

public class ComplexNumber {
   int real_number, imaginary_number;
   public ComplexNumber(int r, int i){
      this.real_number = r;
      this.imaginary_number = i;
   }
   public void print_complex_number(){
      System.out.print(this.real_number + " +i" + this.imaginary_number);
   }
   public static ComplexNumber add_complex_number(ComplexNumber n1, ComplexNumber n2){
      ComplexNumber my_result = new ComplexNumber(0, 0);
      my_result.real_number = n1.real_number + n2.real_number;
      my_result.imaginary_number = n1.imaginary_number +n2.imaginary_number;
      return my_result;
   }
   public static void main(String arg[]){
      ComplexNumber my_input_1 = new ComplexNumber(15, 24);
      ComplexNumber my_input_2 = new ComplexNumber(3, 7);
      System.out.println("The two complex numbwes are defined as ");
      my_input_1.print_complex_number();
      System.out.print(" and ");
      my_input_2.print_complex_number();
      ComplexNumber my_result = add_complex_number(my_input_1, my_input_2);
      System.out.println("\nThe sum of the two complex numbers is :");
      my_result.print_complex_number();
   }
}

আউটপুট

The two complex numbwes are defined as
15 +i24 And 3 +i7
The sum of the two complex numbers is :
18 i31