package main
import (
"fmt"
"math/cmplx"
)
func main() {
// complex numbers are
// defined as real and imaginary
// part defined by float64
a := complex(2, 3)
fmt.Printf("Real part: %f \n", real(a))
fmt.Printf("Complex part: %f \n", imag(a))
b := complex(6, 4)
// All common
// operators are useful
c := a - b
fmt.Printf("Difference : %v\n", c)
c = a + b
fmt.Printf("Sum : %v\n", c)
c = a * b
fmt.Printf("Product : %v\n", c)
c = a / b
fmt.Printf("Product : %v\n", c)
conjugate := cmplx.Conj(a)
fmt.Println("Complex number a‘s conjugate : ", conjugate)
cos := cmplx.Cos(b)
fmt.Println("Cosine of b : ", cos)
}
/*
package main
import (
"fmt"
"math/cmplx"
)
func main() {
// complex numbers are
// defined as real and imaginary
// part defined by float64
a := complex(2, 3)
fmt.Printf("Real part: %f \n", real(a))
fmt.Printf("Complex part: %f \n", imag(a))
b := complex(6, 4)
// All common
// operators are useful
c := a - b
fmt.Printf("Difference : %v\n", c)
c = a + b
fmt.Printf("Sum : %v\n", c)
c = a * b
fmt.Printf("Product : %v\n", c)
c = a / b
fmt.Printf("Product : %v\n", c)
conjugate := cmplx.Conj(a)
fmt.Println("Complex number a‘s conjugate : ", conjugate)
cos := cmplx.Cos(b)
fmt.Println("Cosine of b : ", cos)
}
*/
