NAME ccos, ccosf, ccosl - complex cosine function LIBRARY Math library ( libm , -lm ) SYNOPSIS #include double ... complex ccos(double complex z ); float complex ccosf(float comp…NAME ccos, ccosf, ccosl - complex cosine function LIBRARY Math library ( libm , -lm ) SYNOPSIS #include double ... complex ccos(double complex z ); float complex ccosf(float comp…NAME ccos, ccosf, ccosl - complex cosine function LIBRARY Math library ( libm , -lm ) SYNOPSIS #include double ... complex ccos(double complex z ); float complex ccosf(float comp…cacos(z) , then z = ccos(y) . The real part of y is chosen ... cimag(f)); exit(EXIT_SUCCESS); } SEE ALSO ccos (3), clog (3), complexcacos(z) , then z = ccos(y) . The real part of y is chosen ... cimag(f)); exit(EXIT_SUCCESS); } SEE ALSO ccos (3), clog (3), complexcacos(z) , then z = ccos(y) . The real part of y is chosen ... cimag(f)); exit(EXIT_SUCCESS); } SEE ALSO ccos (3), clog (3), complexdefined as: ctan(z) = csin(z) / ccos(z) ATTRIBUTES For an explanation of the terms ... POSIX.1-2001. SEE ALSO cabs (3), catan (3), ccos (3), csin (3), complexdefined as: ctan(z) = csin(z) / ccos(z) ATTRIBUTES For an explanation of the terms ... POSIX.1-2001. SEE ALSO cabs (3), catan (3), ccos (3), csin (3), complexdefined as: ctan(z) = csin(z) / ccos(z) ATTRIBUTES For an explanation of the terms ... POSIX.1-2001. SEE ALSO cabs (3), catan (3), ccos (3), csin (3), complexcexp(I * z) = ccos(z) + I * csin(z) ATTRIBUTES For an explanation of the terms