NAME

libm_single - Single-precision FORTRAN access to libm functions

SYNOPSIS

#include <SC0.0/f77_floatingpoint.h>

real function r_acosh (x)
real function r_asinh (x)
real function r_atanh (x)
real function r_cbrt (x)
real function r_ceil (x)
fp_class_type function ir_fp_class (x)
real function r_copysign (x,y)
real function r_erf(x)
real function r_erfc(x)
real function r_expm1(x)
integer function ir_finite(x)
real function r_floor(x)
real function r_hypot(x,y)
integer function ir_ilogb(x)
integer function ir_irint(x)
integer function ir_isinf(x)
integer function ir_isnan(x)
integer function ir_isnormal(x)
integer function ir_issubnormal(x)
integer function ir_iszero(x)
real function r_infinity()
real function r_j0(x)
real function r_j1(x)
real function r_jn(n,x)
real function r_lgamma(x)
real function r_logb(x)
real function r_log1p(x)
real function r_log2(x)
real function r_max_normal()
real function r_max_subnormal()
real function r_min_normal()
real function r_min_subnormal()
real function r_nextafter(x,y)
real function r_quiet_nan(n)
real function r_remainder(x,y)
real function r_rint(x)
real function r_scalb(x,y)
real function r_scalbn(x,n)
real function r_signaling_nan(n)
integer function ir_signbit(x)
real function r_significand(x)
subroutine r_sinco(x,s,c)
real function r_y0(x)
real function r_y1(x)
real function r_yn(n,x)

real x, y, s, c
integer n

DESCRIPTION

These functions provide access to single-precision libm functions that do not correspond to standard FORTRAN generic intrinsic functions. 

FILES

libm.a

SEE ALSO

intro(3M), single_precision(3M) Numerical Computation Guide

Sun Release 4.1  —  Last change: 10 December 1990