_complex usage in c language
The complex type is used to represent complex numbers in C language, including real and imaginary parts. Its initialization form is complex_number = 3.14 2.71i, the real part can be accessed through creal(complex_number), and the imaginary part can be accessed through cimag(complex_number). This type supports common mathematical operations such as addition, subtraction, multiplication, division, and modulo. In addition, a set of functions for working with complex numbers is provided, such as cpow, csqrt, cexp, and csin.
_,complex usage in C language
_,complex is used to represent plural numbers in C language type. It allows developers to easily handle numerical values consisting of real and imaginary parts.
Basic Usage
_, Complex type variables can be initialized by specifying values for the real part and imaginary part respectively. For example:
_Complex double complex_number = 3.14 + 2.71i;
Among them, 3.14
is the real part and 2.71
is the imaginary part.
Accessing the real and imaginary parts
To access the real and imaginary parts of a complex number, use creal
and cimag
Macros.
creal(complex_number)
Returns the real partcimag(complex_number)
Returns the imaginary part
Complex number operations
_, The complex type supports standard mathematical operators, including addition, subtraction, multiplication, division and modulus. The operation results are all values of type _,complex.
Complex number functions
The C language standard library provides a set of functions for processing complex numbers, for example:
cpow (complex_number, exponent)
: Find the power of a complex numbercsqrt(complex_number)
: Find the square root of a complex numbercexp(complex_number)
: Find the exponent of a complex numbercsin(complex_number)
: Find the sine of a complex number
Example
The following is Example of complex number arithmetic using the _,complex type:
_Complex double complex_a = 2.0 + 3.0i; _Complex double complex_b = 1.0 + 4.0i; _Complex double sum = complex_a + complex_b; // (3.0 + 7.0i) _Complex double difference = complex_a - complex_b; // (1.0 - 1.0i) _Complex double product = complex_a * complex_b; // (-11.0 + 14.0i) _Complex double quotient = complex_a / complex_b; // (0.64 - 0.48i)
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