NAME cabs, cabsf, cabsl - absolute value of a complex number LIBRARY Math library ( libm ... SYNOPSIS #include double cabs(double complex z ); float cabsf(float complex z ); long…NAME cabs, cabsf, cabsl - absolute value of a complex number LIBRARY Math library ( libm ... SYNOPSIS #include double cabs(double complex z ); float cabsf(float complex z ); long…NAME cabs, cabsf, cabsl - absolute value of a complex number LIBRARY Math library ( libm ... SYNOPSIS #include double cabs(double complex z ); float cabsf(float complex z ); long…cexp(I * a) where r = cabs(z) is the "radius", the "modulus", the absolute value ... HISTORY glibc 2.1. C99, POSIX.1-2001. SEE ALSO cabs (3), complexcexp(I * a) where r = cabs(z) is the "radius", the "modulus", the absolute value ... HISTORY glibc 2.1. C99, POSIX.1-2001. SEE ALSO cabs (3), complexcexp(I * a) where r = cabs(z) is the "radius", the "modulus", the absolute value ... HISTORY glibc 2.1. C99, POSIX.1-2001. SEE ALSO cabs (3), complexsign of the imaginary part. One has: cabs(z) = csqrt(z * conj(z)) ATTRIBUTES ... HISTORY glibc 2.1. C99, POSIX.1-2001. SEE ALSO cabs (3), csqrt (3), complexclog(z) = log(cabs(z)) + I * carg(z) Note that z close to zero will ... HISTORY glibc 2.1. C99, POSIX.1-2001. SEE ALSO cabs (3), cexp (3), clog10 (3), clog2clog(z) = log(cabs(z)) + I * carg(z) Note that z close to zero will ... HISTORY glibc 2.1. C99, POSIX.1-2001. SEE ALSO cabs (3), cexp (3), clog10 (3), clog2sign of the imaginary part. One has: cabs(z) = csqrt(z * conj(z)) ATTRIBUTES ... HISTORY glibc 2.1. C99, POSIX.1-2001. SEE ALSO cabs (3), csqrt (3), complexsign of the imaginary part. One has: cabs(z) = csqrt(z * conj(z)) ATTRIBUTES ... HISTORY glibc 2.1. C99, POSIX.1-2001. SEE ALSO cabs (3), csqrt (3), complexclog(z) = log(cabs(z)) + I * carg(z) Note that z close to zero will ... HISTORY glibc 2.1. C99, POSIX.1-2001. SEE ALSO cabs (3), cexp (3), clog10 (3), clog2clog(z)/log(10) or equally: log10(cabs(c)) + I * carg ... ALSO cabs (3), cexp (3), clog (3), clog2 (3), complexclog(z)/log(10) or equally: log10(cabs(c)) + I * carg ... ALSO cabs (3), cexp (3), clog (3), clog2 (3), complexclog(z)/log(10) or equally: log10(cabs(c)) + I * carg ... ALSO cabs (3), cexp (3), clog (3), clog2 (3), compleximaxabs () as built-in functions. SEE ALSO cabs (3), ceil (3), fabs (3), floorALSO abs (3), cabs (3), ceil (3), floor (3), labs (3), rintimaxabs () as built-in functions. SEE ALSO cabs (3), ceil (3), fabs (3), floorimaxabs () as built-in functions. SEE ALSO cabs (3), ceil (3), fabs (3), floorPOSIX.1-2001. SEE ALSO asinh (3), cabs (3), cimag (3), csinh (3), complex