| LIBRARY api-ms-win-crt-math-l1-1-0 |
| |
| EXPORTS |
| |
| #include "func.def.in" |
| |
| #ifdef __i386__ |
| _CIacos |
| _CIasin |
| _CIatan |
| _CIatan2 |
| _CIcos |
| _CIcosh |
| _CIexp |
| _CIfmod |
| _CIlog |
| _CIlog10 |
| _CIpow |
| _CIsin |
| _CIsinh |
| _CIsqrt |
| _CItan |
| _CItanh |
| #endif |
| _Cbuild |
| _Cmulcc |
| _Cmulcr |
| _FCbuild |
| _FCmulcc |
| _FCmulcr |
| _LCbuild |
| _LCmulcc |
| _LCmulcr |
| #ifdef __i386__ |
| __libm_sse2_acos |
| __libm_sse2_acosf |
| __libm_sse2_asin |
| __libm_sse2_asinf |
| __libm_sse2_atan |
| __libm_sse2_atan2 |
| __libm_sse2_atanf |
| __libm_sse2_cos |
| __libm_sse2_cosf |
| __libm_sse2_exp |
| __libm_sse2_expf |
| __libm_sse2_log |
| __libm_sse2_log10 |
| __libm_sse2_log10f |
| __libm_sse2_logf |
| __libm_sse2_pow |
| __libm_sse2_powf |
| __libm_sse2_sin |
| __libm_sse2_sinf |
| __libm_sse2_tan |
| __libm_sse2_tanf |
| #endif |
| __setusermatherr |
| ; DATA set manually |
| _cabs DATA |
| _chgsign |
| chgsign == _chgsign |
| F_LD64(_chgsignl == _chgsign) |
| _chgsignf |
| _copysign |
| _copysignf |
| _d_int |
| _dclass |
| _dexp |
| _dlog |
| _dnorm |
| _dpcomp |
| _dpoly |
| _dscale |
| _dsign |
| _dsin |
| _dtest |
| _dunscale |
| _except1 |
| _fd_int |
| _fdclass |
| _fdexp |
| _fdlog |
| _fdnorm |
| _fdopen |
| fdopen == _fdopen |
| _fdpcomp |
| _fdpoly |
| _fdscale |
| _fdsign |
| _fdsin |
| _fdtest |
| _fdunscale |
| _finite |
| finite == _finite |
| F_NON_I386(_finitef) |
| _fpclass |
| fpclass == _fpclass |
| F_X64(_fpclassf) |
| F_I386(_ftol) |
| F_X64(_get_FMA3_enable) |
| _hypot |
| _hypotf |
| _isnan |
| F_X64(_isnanf) |
| _j0 |
| j0 == _j0 |
| _j1 |
| j1 == _j1 |
| _jn |
| jn == _jn |
| _ld_int |
| _ldclass |
| _ldexp |
| _ldlog |
| _ldpcomp |
| _ldpoly |
| _ldscale |
| _ldsign |
| _ldsin |
| _ldtest |
| _ldunscale |
| #ifdef __i386__ |
| _libm_sse2_acos_precise |
| _libm_sse2_asin_precise |
| _libm_sse2_atan_precise |
| _libm_sse2_cos_precise |
| _libm_sse2_exp_precise |
| _libm_sse2_log10_precise |
| _libm_sse2_log_precise |
| _libm_sse2_pow_precise |
| _libm_sse2_sin_precise |
| _libm_sse2_sqrt_precise |
| _libm_sse2_tan_precise |
| #endif |
| _logb |
| F_NON_I386(_logbf) |
| _nextafter |
| F_X64(_nextafterf) |
| _scalb |
| F_X64(_scalbf) |
| F_X64(_set_FMA3_enable) |
| F_I386(_set_SSE2_enable) |
| _y0 |
| y0 == _y0 |
| _y1 |
| y1 == _y1 |
| _yn |
| yn == _yn |
| acos |
| F_NON_I386(acosf) |
| F_LD64(acosl == acos) |
| acosh |
| acoshf |
| F_LD64(acoshl) ; Can't use long double functions from the CRT on x86 |
| asin |
| F_NON_I386(asinf) |
| F_LD64(asinl == asin) |
| asinh |
| asinhf |
| F_LD64(asinhl) ; Can't use long double functions from the CRT on x86 |
| atan |
| atan2 |
| F_NON_I386(atan2f) |
| F_LD64(atan2l == atan2) |
| F_NON_I386(atanf) |
| F_LD64(atanl == atan) |
| atanh |
| atanhf |
| F_LD64(atanhl) ; Can't use long double functions from the CRT on x86 |
| cabs |
| cabsf |
| F_LD64(cabsl) ; Can't use long double functions from the CRT on x86 |
| cacos |
| cacosf |
| cacosh |
| cacoshf |
| F_LD64(cacoshl) ; Can't use long double functions from the CRT on x86 |
| F_LD64(cacosl) ; Can't use long double functions from the CRT on x86 |
| carg |
| cargf |
| F_LD64(cargl) ; Can't use long double functions from the CRT on x86 |
| casin |
| casinf |
| casinh |
| casinhf |
| F_LD64(casinhl) ; Can't use long double functions from the CRT on x86 |
| F_LD64(casinl) ; Can't use long double functions from the CRT on x86 |
| catan |
| catanf |
| catanh |
| catanhf |
| F_LD64(catanhl) ; Can't use long double functions from the CRT on x86 |
| F_LD64(catanl) ; Can't use long double functions from the CRT on x86 |
| cbrt |
| cbrtf |
| F_LD64(cbrtl) ; Can't use long double functions from the CRT on x86 |
| ccos |
| ccosf |
| ccosh |
| ccoshf |
| F_LD64(ccoshl) ; Can't use long double functions from the CRT on x86 |
| F_LD64(ccosl) ; Can't use long double functions from the CRT on x86 |
| ceil |
| F_NON_I386(ceilf) |
| F_LD64(ceill == ceil) |
| cexp |
| cexpf |
| F_LD64(cexpl) ; Can't use long double functions from the CRT on x86 |
| cimag |
| cimagf |
| F_LD64(cimagl) ; Can't use long double functions from the CRT on x86 |
| clog |
| clog10 |
| clog10f |
| F_LD64(clog10l) ; Can't use long double functions from the CRT on x86 |
| clogf |
| F_LD64(clogl) ; Can't use long double functions from the CRT on x86 |
| conj |
| conjf |
| F_LD64(conjl) ; Can't use long double functions from the CRT on x86 |
| copysign |
| copysignf |
| F_LD64(copysignl) ; Can't use long double functions from the CRT on x86 |
| cos |
| F_NON_I386(cosf) |
| F_LD64(cosl == cos) |
| cosh |
| F_NON_I386(coshf) |
| cpow |
| cpowf |
| F_LD64(cpowl) ; Can't use long double functions from the CRT on x86 |
| cproj |
| cprojf |
| F_LD64(cprojl) ; Can't use long double functions from the CRT on x86 |
| creal |
| crealf |
| F_LD64(creall) ; Can't use long double functions from the CRT on x86 |
| csin |
| csinf |
| csinh |
| csinhf |
| F_LD64(csinhl) ; Can't use long double functions from the CRT on x86 |
| F_LD64(csinl) ; Can't use long double functions from the CRT on x86 |
| csqrt |
| csqrtf |
| F_LD64(csqrtl) ; Can't use long double functions from the CRT on x86 |
| ctan |
| ctanf |
| ctanh |
| ctanhf |
| F_LD64(ctanhl) ; Can't use long double functions from the CRT on x86 |
| F_LD64(ctanl) ; Can't use long double functions from the CRT on x86 |
| erf |
| erfc |
| erfcf |
| F_LD64(erfcl) ; Can't use long double functions from the CRT on x86 |
| erff |
| F_LD64(erfl) ; Can't use long double functions from the CRT on x86 |
| exp |
| exp2 |
| exp2f |
| F_LD64(exp2l) ; Can't use long double functions from the CRT on x86 |
| F_NON_I386(expf) |
| F_LD64(expl == exp) |
| expm1 |
| expm1f |
| F_LD64(expm1l) ; Can't use long double functions from the CRT on x86 |
| fabs |
| F_ARM_NATIVE(fabsf) |
| fdim |
| fdimf |
| F_LD64(fdiml) ; Can't use long double functions from the CRT on x86 |
| floor |
| F_NON_I386(floorf) |
| F_LD64(floorl == floor) |
| fma |
| fmaf |
| F_LD64(fmal) ; Can't use long double functions from the CRT on x86 |
| fmax |
| fmaxf |
| F_LD64(fmaxl) ; Can't use long double functions from the CRT on x86 |
| fmin |
| fminf |
| F_LD64(fminl) ; Can't use long double functions from the CRT on x86 |
| fmod |
| F_NON_I386(fmodf) |
| F_LD64(fmodl == fmod) |
| frexp |
| hypot |
| ilogb |
| ilogbf |
| F_LD64(ilogbl) ; Can't use long double functions from the CRT on x86 |
| ldexp |
| ; The UCRT lgamma functions don't set/provide the signgam variable like |
| ; the mingw ones do. Therefore prefer the libmingwex version instead. |
| lgamma DATA |
| lgammaf DATA |
| F_LD64(lgammal DATA) ; Can't use long double functions from the CRT on x86 |
| llrint |
| llrintf |
| F_LD64(llrintl) ; Can't use long double functions from the CRT on x86 |
| llround |
| llroundf |
| F_LD64(llroundl) ; Can't use long double functions from the CRT on x86 |
| log |
| log10 |
| F_NON_I386(log10f) |
| F_LD64(log10l == log10) |
| log1p |
| log1pf |
| F_LD64(log1pl) ; Can't use long double functions from the CRT on x86 |
| log2 |
| log2f |
| F_LD64(log2l) ; Can't use long double functions from the CRT on x86 |
| logb |
| logbf |
| F_LD64(logbl) ; Can't use long double functions from the CRT on x86 |
| F_NON_I386(logf) |
| F_LD64(logl == log) |
| lrint |
| lrintf |
| F_LD64(lrintl) ; Can't use long double functions from the CRT on x86 |
| lround |
| lroundf |
| F_LD64(lroundl) ; Can't use long double functions from the CRT on x86 |
| modf |
| F_NON_I386(modff) |
| nan |
| nanf |
| F_LD64(nanl) ; Can't use long double functions from the CRT on x86 |
| nearbyint |
| nearbyintf |
| F_LD64(nearbyintl) ; Can't use long double functions from the CRT on x86 |
| nextafter |
| nextafterf |
| F_LD64(nextafterl) ; Can't use long double functions from the CRT on x86 |
| ; All of the nexttoward functions take the second parameter as long double, |
| ; making them unusable for x86. |
| F_LD64(nexttoward) ; Can't use long double functions from the CRT on x86 |
| F_LD64(nexttowardf) ; Can't use long double functions from the CRT on x86 |
| F_LD64(nexttowardl) ; Can't use long double functions from the CRT on x86 |
| norm |
| normf |
| norml |
| pow |
| F_NON_I386(powf) ; Missing in Wine's ucrtbase.dll for i386 in Wine 9.15 and older |
| F_LD64(powl == pow) |
| remainder |
| remainderf |
| F_LD64(remainderl) ; Can't use long double functions from the CRT on x86 |
| remquo |
| remquof |
| F_LD64(remquol) ; Can't use long double functions from the CRT on x86 |
| rint |
| rintf |
| F_LD64(rintl) ; Can't use long double functions from the CRT on x86 |
| round |
| roundf |
| F_LD64(roundl) ; Can't use long double functions from the CRT on x86 |
| scalbln |
| scalblnf |
| F_LD64(scalblnl) ; Can't use long double functions from the CRT on x86 |
| scalbn |
| scalbnf |
| F_LD64(scalbnl) ; Can't use long double functions from the CRT on x86 |
| sin |
| F_NON_I386(sinf) |
| F_LD64(sinl == sin) |
| ; if we implement sinh, we can set it DATA only. |
| sinh |
| F_NON_I386(sinhf) |
| sqrt |
| F_NON_I386(sqrtf) |
| tan |
| F_NON_I386(tanf) |
| F_LD64(tanl == tan) |
| ; if we implement tanh, we can set it to DATA only. |
| tanh |
| F_NON_I386(tanhf) |
| tgamma |
| tgammaf |
| F_LD64(tgammal) ; Can't use long double functions from the CRT on x86 |
| trunc |
| truncf |
| F_LD64(truncl) ; Can't use long double functions from the CRT on x86 |
