NAME scalb, scalbf, scalbl - multiply floating-point number by integral power of radix (OBSOLETE) LIBRARY ... library ( libm , -lm ) SYNOPSIS #include [[deprecated]] double scalb…NAME scalb, scalbf, scalbl - multiply floating-point number by integral power of radix (OBSOLETE) LIBRARY ... library ( libm , -lm ) SYNOPSIS #include [[deprecated]] double scalb…NAME scalb, scalbf, scalbl - multiply floating-point number by integral power of radix (OBSOLETE) LIBRARY ... library ( libm , -lm ) SYNOPSIS #include [[deprecated]] double scalb…differ from the obsolete functions described in scalb (3) in the type of their second ... integral type, while those in scalb (3) have a second argument of type double . NOTESdiffer from the obsolete functions described in scalb (3) in the type of their second ... integral type, while those in scalb (3) have a second argument of type double . NOTESdiffer from the obsolete functions described in scalb (3) in the type of their second ... integral type, while those in scalb (3) have a second argument of type double . NOTESdiffer from the obsolete functions described in scalb (3) in the type of their second ... integral type, while those in scalb (3) have a second argument of type double . NOTESdiffer from the obsolete functions described in scalb (3) in the type of their second ... integral type, while those in scalb (3) have a second argument of type double . NOTESdiffer from the obsolete functions described in scalb (3) in the type of their second ... integral type, while those in scalb (3) have a second argument of type double . NOTESRADIX ). They are equivalent to scalb(x, (double) -ilogb(x)) This function exists mainly ... HISTORY significand () BSD. SEE ALSO ilogb (3), scalbRADIX ). They are equivalent to scalb(x, (double) -ilogb(x)) This function exists mainly ... HISTORY significand () BSD. SEE ALSO ilogb (3), scalbRADIX ). They are equivalent to scalb(x, (double) -ilogb(x)) This function exists mainly ... HISTORY significand () BSD. SEE ALSO ilogb (3), scalbDOMAIN 0.0 y EDOM scalb() o/f OVERFLOW (x>0.0) ? n ERANGE HUGE_VAL : -HUGE ... scalb() u/f UNDERFLOW copysign( n ERANGE 0.0,x) fmod(x,0) DOMAIN x y EDOM