0x00-math_complex

0x00-math_complex

0-display.c

Build the structure “complex” where a complex number a + ib is represented by two doubles.

Write a function that displays the complex numbers, followed by a new line.

• Prototype: void display_complex_number(complex c);
• You can use printf in your code

1-conjugate.c

Write a function that returns the conjugate of a given complex number.

• Prototype: complex conjugate(complex c);

2-modulus.c

Write a function that returns the modulus of a given complex number.

• Prototype: double modulus(complex c);
• You can use the library <math.h> in your code

3-argument.c

Write a function that returns the argument of a given complex number.

• Prototype: double argument(complex c);
• You can use the library <math.h> in your code

4-addition.c

Write a function that performs the addition operation to complex numbers.

• Prototype: void addition(complex c1, complex c2, complex *c3);

5-substraction.c

Write a function that performs the substraction operation to complex numbers.

• Prototype: void substraction(complex c1, complex c2, complex *c3);

6-multiplication.c

Write a function that performs the multiplication operation to complex numbers.

• Prototype: void multiplication(complex c1, complex c2, complex *c3);

7-division.c

Write a function that performs the division operation to complex numbers.

• Prototype: void division(complex c1, complex c2, complex *c3);

8-complex.c

Write a function that update the real and the imaginary parts of a complex number given its modulus and arguments.

• Prototype: void complex_from_mod_arg (double m, double arg, complex *c3);
• You can use the library <math.h> in your code