LIBRARY api-ms-win-crt-math-l1-1-0

EXPORTS

#include "func.def.in"

#ifdef DEF_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 DEF_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
_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
_fpclassf
F_I386(_ftol)
_get_FMA3_enable
_hypot
hypot == _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 DEF_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
nextafter == _nextafter
F_X64(_nextafterf)
_scalb
F_X64(_scalbf)
F64(_set_FMA3_enable)
F_I386(_set_SSE2_enable)
_y0
y0 == _y0
_y1
y1 == _y1
_yn
yn == _yn
acos
F_NON_I386(acosf F_X86_ANY(DATA))
F_ARM_ANY(acosl == acos)
acosh
acoshf
acoshl F_X86_ANY(DATA)
asin
F_NON_I386(asinf F_X86_ANY(DATA))
F_ARM_ANY(asinl == asin)
asinh
asinhf
asinhl F_X86_ANY(DATA)
atan
atan2 F_X86_ANY(DATA)
F_NON_I386(atan2f F_X86_ANY(DATA))
F_ARM_ANY(atan2l == atan2)
F_NON_I386(atanf F_X86_ANY(DATA))
F_ARM_ANY(atanl == atan)
atanh
atanhf
atanhl F_X86_ANY(DATA)
cabs
cabsf
cabsl
cacos
cacosf
cacosh
cacoshf
cacoshl
cacosl
carg
cargf
cargl
casin
casinf
casinh
casinhf
casinhl
casinl
catan
catanf
catanh
catanhf
catanhl
catanl
cbrt
cbrtf
cbrtl F_X86_ANY(DATA)
ccos
ccosf
ccosh
ccoshf
ccoshl
ccosl
ceil F_X86_ANY(DATA)
F_NON_I386(ceilf F_X86_ANY(DATA))
F_ARM_ANY(ceill == ceil)
cexp
cexpf
cexpl
cimag
cimagf
cimagl
clog
clog10
clog10f
clog10l
clogf
clogl
conj
conjf
conjl
copysign
copysignf
copysignl F_X86_ANY(DATA)
cos F_X86_ANY(DATA)
F_NON_I386(cosf F_X86_ANY(DATA))
F_ARM_ANY(cosl == cos)
cosh
F_NON_I386(coshf DATA)
cpow
cpowf
cpowl
cproj
cprojf
cprojl
creal
crealf
creall
csin
csinf
csinh
csinhf
csinhl
csinl
csqrt
csqrtf
csqrtl
ctan
ctanf
ctanh
ctanhf
ctanhl
ctanl
erf
erfc
erfcf
erfcl F_X86_ANY(DATA)
erff
erfl F_X86_ANY(DATA)
exp F_X86_ANY(DATA)
exp2
exp2f
exp2l F_X86_ANY(DATA)
F_NON_I386(expf F_X86_ANY(DATA))
F_ARM_ANY(expl == exp)
expm1
expm1f
expm1l F_X86_ANY(DATA)
fabs DATA
F_ARM_ANY(fabsf)
fdim
fdimf
fdiml F_X86_ANY(DATA)
floor F_X86_ANY(DATA)
F_NON_I386(floorf F_X86_ANY(DATA))
F_ARM_ANY(floorl == floor)
fma
fmaf
fmal F_X86_ANY(DATA)
fmax
fmaxf
fmaxl F_X86_ANY(DATA)
fmin
fminf
fminl F_X86_ANY(DATA)k
fmod F_X86_ANY(DATA)
F_NON_I386(fmodf F_X86_ANY(DATA))
F_ARM_ANY(fmodl == fmod)
frexp
hypot
ilogb
ilogbf
ilogbl F_X86_ANY(DATA)
ldexp F_X86_ANY(DATA)
; 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
lgammal DATA
llrint
llrintf
llrintl F_X86_ANY(DATA)
llround
llroundf
llroundl F_X86_ANY(DATA)
log F_X86_ANY(DATA)
log10
F_NON_I386(log10f F_X86_ANY(DATA))
F_ARM_ANY(log10l == log10)
log1p
log1pf
log1pl F_X86_ANY(DATA)
log2
log2f
log2l F_X86_ANY(DATA)
logb
logbf
logbl F_X86_ANY(DATA)
F_NON_I386(logf F_X86_ANY(DATA))
F_ARM_ANY(logl == log)
lrint
lrintf
lrintl F_X86_ANY(DATA)
lround
lroundf
lroundl F_X86_ANY(DATA)
modf DATA
F_NON_I386(modff DATA)
nan
nanf
nanl F_X86_ANY(DATA)
nearbyint
nearbyintf
nearbyintl F_X86_ANY(DATA)
nextafter
nextafterf
nextafterl F_X86_ANY(DATA)
; All of the nexttoward functions take the second parameter as long doubke,
; making them unusable for x86.
nexttoward F_X86_ANY(DATA)
nexttowardf F_X86_ANY(DATA)
nexttowardl F_X86_ANY(DATA)
norm
normf
norml
pow F_X86_ANY(DATA)
F_NON_I386(powf F_X86_ANY(DATA))
F_ARM_ANY(powl == pow)
remainder
remainderf
remainderl F_X86_ANY(DATA)
remquo
remquof
remquol F_X86_ANY(DATA)
rint
rintf
rintl F_X86_ANY(DATA)
round
roundf
roundl F_X86_ANY(DATA)
scalbln
scalblnf
scalblnl F_X86_ANY(DATA)
scalbn
scalbnf
scalbnl F_X86_ANY(DATA)
sin F_X86_ANY(DATA)
F_NON_I386(sinf F_X86_ANY(DATA))
F_ARM_ANY(sinl == sin)
; if we implement sinh, we can set it DATA only.
sinh
F_NON_I386(sinhf DATA)
sqrt DATA
F_NON_I386(sqrtf DATA)
tan
F_NON_I386(tanf F_X86_ANY(DATA))
F_ARM_ANY(tanl == tan)
; if we implement tanh, we can set it to DATA only.
tanh
F_NON_I386(tanhf)
tgamma
tgammaf
tgammal F_X86_ANY(DATA)
trunc
truncf
truncl F_X86_ANY(DATA)