LIBM_SINGLE(3F) — FORTRAN LIBRARY ROUTINES
NAME
libm_single - single-precision FORTRAN access to libm functions
SYNOPSIS
#include <SCx.0/f77_floatingpoint.h> {For the release SC 1.0, x=1; for SC 2.0, x=2, ...}
real c, l, p, s, u,
integer n
| r_acos( x ) | real | function | ||
| r_acosd( x ) | real | function | ||
| r_acosh( x ) | real | function | ||
| r_acosp( x ) | real | function | ||
| r_acospi( x ) | real | function | ||
| r_atan( x ) | real | function | ||
| r_atand( x ) | real | function | ||
| r_atanh( x ) | real | function | ||
| r_atanp( x ) | real | function | ||
| r_atanpi( x ) | real | function | ||
| r_asin( x ) | real | function | ||
| r_asind( x ) | real | function | ||
| r_asinh( x ) | real | function | ||
| r_asinp( x ) | real | function | ||
| r_asinpi( x ) | real | function | ||
| r_atan2(( y, x ) | real | function | ||
| r_atan2d( y, x ) | real | function | ||
| r_atan2pi( y, x ) | real | function | ||
| r_cbrt( x ) | real | function | ||
| r_ceil( x ) | real | function | ||
| r_copysign( x, y ) | real | function | ||
| r_cos( x ) | real | function | ||
| r_cosd( x ) | real | function | ||
| r_cosh( x ) | real | function | ||
| r_cosp( x ) | real | function | ||
| r_cospi( x ) | real | function | ||
| r_erf( x ) | real | function | ||
| r_erfc( x ) | real | function | ||
| r_expm1( x ) | real | function | ||
| r_floor( x ) | real | function | ||
| r_hypot( x, y ) | real | function | ||
| r_infinity( ) | real | function | ||
| r_j0( x ) | real | function | ||
| r_j1( x ) | real | function | ||
| r_jn( x ) | real | function | ||
| ir_finite( x ) | integer | function | ||
| ir_fp_class( x ) | fp_class_type | 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 ) | integer | function | ||
| ir_signbit( x ) | integer | function | ||
| r_addran() | real | function | ||
| r_addrans( x, p, l, u ) | n/a | subroutine | ||
| r_lcran() | real | function | ||
| r_lcrans( x, p, l, u ) | n/a | subroutine | ||
| r_shufrans(x, p, l, u) | n/a | subroutine | ||
| 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 ) | real | function | ||
| r_significand( x ) | real | function | ||
| r_sin( x ) | real | function | ||
| r_sind( x ) | real | function | ||
| r_sinh( x ) | real | function | ||
| r_sinp( x ) | real | function | ||
| r_sinpi( x ) | real | function | ||
| r_sincos( x, s, c ) | n/a | subroutine | ||
| r_sincosd( x, s, c ) | n/a | subroutine | ||
| r_sincosp( x, s, c ) | n/a | subroutine | ||
| r_sincospi( x, s, c ) | n/a | subroutine | ||
| r_tan( x ) | real | function | ||
| r_tand( x ) | real | function | ||
| r_tanh( x ) | real | function | ||
| r_tanp( x ) | real | function | ||
| r_tanpi( x ) | real | function | ||
| r_y0( x ) | real | function | ||
| r_y1( x ) | real | function | ||
| r_yn( n,x ) | real | function |
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) Numerical Computation Guide
Sun Release 4.1 — Last change: 13 November 1991