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catrig.c
(18.56 KB)
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catrigf.c
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catrigl.c
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e_acos.c
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e_acosf.c
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e_acosh.c
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e_acoshf.c
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e_acoshl.c
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e_acosl.c
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e_asin.c
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e_asinf.c
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e_asinl.c
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e_atan2.c
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e_atan2f.c
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e_atan2l.c
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e_atanh.c
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e_atanhf.c
(1.12 KB)
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e_atanhl.c
(1.76 KB)
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e_cosh.c
(2.21 KB)
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e_coshf.c
(1.45 KB)
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e_coshl.c
(4 KB)
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e_exp.c
(5.07 KB)
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e_expf.c
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e_fmod.c
(3.34 KB)
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e_fmodf.c
(2.59 KB)
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e_fmodl.c
(3.77 KB)
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e_gamma.c
(725 B)
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e_gamma_r.c
(801 B)
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e_gammaf.c
(814 B)
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e_gammaf_r.c
(890 B)
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e_hypot.c
(3.22 KB)
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e_hypotf.c
(2.15 KB)
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e_hypotl.c
(3.16 KB)
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e_j0.c
(14.39 KB)
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e_j0f.c
(10.31 KB)
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e_j1.c
(14.12 KB)
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e_j1f.c
(9.98 KB)
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e_jn.c
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e_jnf.c
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e_lgamma.c
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e_lgamma_r.c
(10.7 KB)
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e_lgammaf.c
(820 B)
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e_lgammaf_r.c
(5.82 KB)
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e_lgammal.c
(599 B)
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e_log.c
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e_log10.c
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e_log10f.c
(1.93 KB)
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e_log2.c
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e_log2f.c
(2.37 KB)
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e_logf.c
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e_pow.c
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e_powf.c
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e_rem_pio2.c
(4.7 KB)
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e_rem_pio2f.c
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e_remainder.c
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e_remainderf.c
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e_remainderl.c
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e_scalb.c
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e_scalbf.c
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e_sinh.c
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e_sinhf.c
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e_sinhl.c
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e_sqrt.c
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e_sqrtf.c
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e_sqrtl.c
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fenv-softfloat.h
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imprecise.c
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k_cos.c
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k_cosf.c
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k_exp.c
(3.55 KB)
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k_expf.c
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k_log.h
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k_logf.h
(992 B)
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k_rem_pio2.c
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k_sin.c
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k_sincos.h
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k_sincosf.h
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k_sincosl.h
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k_sinf.c
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k_tan.c
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k_tanf.c
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math.h
(13.92 KB)
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math_private.h
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s_asinh.c
(1.64 KB)
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s_asinhf.c
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s_asinhl.c
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s_atan.c
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s_atanf.c
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s_atanl.c
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s_carg.c
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s_cargf.c
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s_cargl.c
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s_cbrt.c
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s_cbrtf.c
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s_cbrtl.c
(3.34 KB)
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s_ccosh.c
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s_ccoshf.c
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s_ceil.c
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s_ceilf.c
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s_ceill.c
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s_cexp.c
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s_cexpf.c
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s_cimag.c
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s_cimagf.c
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s_cimagl.c
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s_clog.c
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s_clogf.c
(5.01 KB)
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s_clogl.c
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s_conj.c
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s_conjf.c
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s_conjl.c
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s_copysign.c
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s_copysignf.c
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s_copysignl.c
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s_cos.c
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s_cosf.c
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s_cosl.c
(2.55 KB)
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s_cpow.c
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s_cpowf.c
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s_cpowl.c
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s_cproj.c
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s_cprojf.c
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s_cprojl.c
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s_creal.c
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s_crealf.c
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s_creall.c
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s_csinh.c
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s_csinhf.c
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s_csqrt.c
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s_csqrtf.c
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s_csqrtl.c
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s_ctanh.c
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s_ctanhf.c
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s_erf.c
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s_erff.c
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s_exp2.c
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s_exp2f.c
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s_expm1.c
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s_expm1f.c
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s_fabs.c
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s_fabsf.c
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s_fabsl.c
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s_fdim.c
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s_finite.c
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s_finitef.c
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s_floor.c
(1.74 KB)
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s_floorf.c
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s_floorl.c
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s_fma.c
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s_fmaf.c
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s_fmal.c
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s_fmax.c
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s_fmaxf.c
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s_fmaxl.c
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s_fmin.c
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s_fminf.c
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s_fminl.c
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s_frexp.c
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s_frexpf.c
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s_frexpl.c
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s_ilogb.c
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s_ilogbf.c
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s_ilogbl.c
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s_isfinite.c
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s_isnan.c
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s_isnormal.c
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s_llrint.c
(156 B)
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s_llrintf.c
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s_llrintl.c
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s_llround.c
(215 B)
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s_llroundf.c
(216 B)
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s_llroundl.c
(222 B)
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s_log1p.c
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s_log1pf.c
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s_logb.c
(1.13 KB)
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s_logbf.c
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s_logbl.c
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s_lrint.c
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s_lrintf.c
(151 B)
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s_lrintl.c
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s_lround.c
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s_lroundf.c
(208 B)
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s_lroundl.c
(214 B)
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s_modf.c
(1.88 KB)
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s_modff.c
(1.39 KB)
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s_modfl.c
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s_nan.c
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s_nearbyint.c
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s_nextafter.c
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s_nextafterf.c
(1.61 KB)
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s_nextafterl.c
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s_nexttoward.c
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s_nexttowardf.c
(1.42 KB)
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s_remquo.c
(3.86 KB)
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s_remquof.c
(3.02 KB)
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s_remquol.c
(4.42 KB)
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s_rint.c
(2.33 KB)
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s_rintf.c
(1.22 KB)
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s_rintl.c
(2.77 KB)
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s_round.c
(1.83 KB)
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s_roundf.c
(1.74 KB)
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s_roundl.c
(1.84 KB)
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s_scalbln.c
(1.82 KB)
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s_scalbn.c
(1.9 KB)
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s_scalbnf.c
(1.67 KB)
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s_scalbnl.c
(1.9 KB)
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s_signbit.c
(1.7 KB)
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s_signgam.c
(61 B)
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s_significand.c
(727 B)
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s_significandf.c
(691 B)
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s_sin.c
(2.18 KB)
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s_sincos.c
(1.6 KB)
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s_sincosf.c
(2.57 KB)
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s_sincosl.c
(2.67 KB)
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s_sinf.c
(2.18 KB)
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s_sinl.c
(2.49 KB)
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s_tan.c
(2.02 KB)
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s_tanf.c
(1.97 KB)
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s_tanh.c
(2.02 KB)
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s_tanhf.c
(1.39 KB)
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s_tanhl.c
(5.09 KB)
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s_tanl.c
(2.6 KB)
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s_tgammaf.c
(1.75 KB)
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s_trunc.c
(1.5 KB)
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s_truncf.c
(1.21 KB)
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s_truncl.c
(1.61 KB)
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w_cabs.c
(365 B)
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w_cabsf.c
(350 B)
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w_cabsl.c
(357 B)
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w_drem.c
(211 B)
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w_dremf.c
(254 B)
Editing: e_coshl.c
/* from: FreeBSD: head/lib/msun/src/e_coshl.c XXX */ /* * ==================================================== * Copyright (C) 1993 by Sun Microsystems, Inc. All rights reserved. * * Developed at SunPro, a Sun Microsystems, Inc. business. * Permission to use, copy, modify, and distribute this * software is freely granted, provided that this notice * is preserved. * ==================================================== */ #include <sys/cdefs.h> __FBSDID("$FreeBSD$"); /* * See e_cosh.c for complete comments. * * Converted to long double by Bruce D. Evans. */ #include <float.h> #ifdef __i386__ #include <ieeefp.h> #endif #include "fpmath.h" #include "math.h" #include "math_private.h" #include "k_expl.h" #if LDBL_MAX_EXP != 0x4000 /* We also require the usual expsign encoding. */ #error "Unsupported long double format" #endif #define BIAS (LDBL_MAX_EXP - 1) static const volatile long double huge = 0x1p10000L, tiny = 0x1p-10000L; #if LDBL_MANT_DIG == 64 /* * Domain [-1, 1], range ~[-1.8211e-21, 1.8211e-21]: * |cosh(x) - c(x)| < 2**-68.8 */ static const union IEEEl2bits C4u = LD80C(0xaaaaaaaaaaaaac78, -5, 4.16666666666666682297e-2L); #define C4 C4u.e static const double C2 = 0.5, C6 = 1.3888888888888616e-3, /* 0x16c16c16c16b99.0p-62 */ C8 = 2.4801587301767953e-5, /* 0x1a01a01a027061.0p-68 */ C10 = 2.7557319163300398e-7, /* 0x127e4fb6c9b55f.0p-74 */ C12 = 2.0876768371393075e-9, /* 0x11eed99406a3f4.0p-81 */ C14 = 1.1469537039374480e-11, /* 0x1938c67cd18c48.0p-89 */ C16 = 4.8473490896852041e-14; /* 0x1b49c429701e45.0p-97 */ #elif LDBL_MANT_DIG == 113 /* * Domain [-1, 1], range ~[-2.3194e-37, 2.3194e-37]: * |cosh(x) - c(x)| < 2**-121.69 */ static const long double C4 = 4.16666666666666666666666666666666225e-2L, /* 0x1555555555555555555555555554e.0p-117L */ C6 = 1.38888888888888888888888888889434831e-3L, /* 0x16c16c16c16c16c16c16c16c1dd7a.0p-122L */ C8 = 2.48015873015873015873015871870962089e-5L, /* 0x1a01a01a01a01a01a01a017af2756.0p-128L */ C10 = 2.75573192239858906525574318600800201e-7L, /* 0x127e4fb7789f5c72ef01c8a040640.0p-134L */ C12 = 2.08767569878680989791444691755468269e-9L, /* 0x11eed8eff8d897b543d0679607399.0p-141L */ C14= 1.14707455977297247387801189650495351e-11L, /* 0x193974a8c07c9d24ae169a7fa9b54.0p-149L */ C16 = 4.77947733238737883626416876486279985e-14L; /* 0x1ae7f3e733b814d4e1b90f5727fe4.0p-157L */ static const double C2 = 0.5, C18 = 1.5619206968597871e-16, /* 0x16827863b9900b.0p-105 */ C20 = 4.1103176218528049e-19, /* 0x1e542ba3d3c269.0p-114 */ C22 = 8.8967926401641701e-22, /* 0x10ce399542a014.0p-122 */ C24 = 1.6116681626523904e-24, /* 0x1f2c981d1f0cb7.0p-132 */ C26 = 2.5022374732804632e-27; /* 0x18c7ecf8b2c4a0.0p-141 */ #else #error "Unsupported long double format" #endif /* LDBL_MANT_DIG == 64 */ /* log(2**16385 - 0.5) rounded up: */ static const float o_threshold = 1.13572168e4; /* 0xb174de.0p-10 */ long double coshl(long double x) { long double hi,lo,x2,x4; #if LDBL_MANT_DIG == 113 double dx2; #endif uint16_t ix; GET_LDBL_EXPSIGN(ix,x); ix &= 0x7fff; /* x is INF or NaN */ if(ix>=0x7fff) return x*x; ENTERI(); /* |x| < 1, return 1 or c(x) */ if(ix<0x3fff) { if (ix<BIAS-(LDBL_MANT_DIG+1)/2) /* |x| < TINY */ RETURNI(1+tiny); /* cosh(tiny) = 1(+) with inexact */ x2 = x*x; #if LDBL_MANT_DIG == 64 x4 = x2*x2; RETURNI(((C16*x2 + C14)*x4 + (C12*x2 + C10))*(x4*x4*x2) + ((C8*x2 + C6)*x2 + C4)*x4 + C2*x2 + 1); #elif LDBL_MANT_DIG == 113 dx2 = x2; RETURNI((((((((((((C26*dx2 + C24)*dx2 + C22)*dx2 + C20)*x2 + C18)*x2 + C16)*x2 + C14)*x2 + C12)*x2 + C10)*x2 + C8)*x2 + C6)*x2 + C4)*(x2*x2) + C2*x2 + 1); #endif } /* |x| in [1, 64), return accurate exp(|x|)/2+1/exp(|x|)/2 */ if (ix < 0x4005) { k_hexpl(fabsl(x), &hi, &lo); RETURNI(lo + 0.25/(hi + lo) + hi); } /* |x| in [64, o_threshold], return correctly-overflowing exp(|x|)/2 */ if (fabsl(x) <= o_threshold) RETURNI(hexpl(fabsl(x))); /* |x| > o_threshold, cosh(x) overflow */ RETURNI(huge*huge); }
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