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Complete tgmath.h
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inc/tgmath.h
147
inc/tgmath.h
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@ -4,85 +4,98 @@
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#include <math.h>
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#include <math.h>
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#define _tg_is_ld(x) (sizeof(x) == sizeof(long double))
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#define _tg_is_ld(x) (sizeof(x) == sizeof(long double))
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#define _tg_is_d (x) (sizeof(x) == sizeof(double))
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#define _tg_is_d(x) (sizeof(x) == sizeof(double))
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#define _tg_is_ld2(x,y) (_tg_is_ld(x) || _tg_is_ld(y))
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#define _tg_is_ld2(x,y) (_tg_is_ld(x) || _tg_is_ld(y))
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#define _tg_is_d2 (x,y) (_tg_is_d (x) || _tg_is_d (y))
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#define _tg_is_d2(x,y) (_tg_is_d (x) || _tg_is_d (y))
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#define _tg_func1(func, x) ( _tg_is_ld(x) ? (func ## l)(x) \
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#define _tg_is_ld3(x,y,z) (_tg_is_ld(x) || _tg_is_ld(y) || _tg_is_ld(z))
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#define _tg_is_d3(x,y,z) (_tg_is_d (x) || _tg_is_d (y) || _tg_is_d (z))
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#define _tg_func1(func,x) ( _tg_is_ld(x) ? (func ## l)(x) \
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: _tg_is_d(x) ? (func)(x) \
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: _tg_is_d(x) ? (func)(x) \
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: (func ## f)(x) )
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: (func ## f)(x) )
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#define _tf_func2(func, x, t) ( _tg_is_ld2(x,y) ? (func ## l)(x,y) \
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#define _tg_func1p(func,x,p) ( _tg_is_ld(x) ? (func ## l)(x,p) \
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: _tg_is_d(x) ? (func)(x,p) \
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: (func ## f)(x,p) )
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#define _tg_func2(func,x,y) ( _tg_is_ld2(x,y) ? (func ## l)(x,y) \
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: _tg_is_d2(x,y) ? (func)(x,y) \
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: _tg_is_d2(x,y) ? (func)(x,y) \
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: (func ## f)(x,y) )
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: (func ## f)(x,y) )
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#define cos (x) _tg_func1(cos, x)
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#define _tg_func2p(func,x,y,p) ( _tg_is_ld2(x,y) ? (func ## l)(x,y,p) \
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#define sin (x) _tg_func1(sin, x)
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: _tg_is_d2(x,y) ? (func)(x,y,p) \
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#define tan (x) _tg_func1(tan, x)
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: (func ## f)(x,y,p) )
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#define acos (x) _tg_func1(acos, x)
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#define asin (x) _tg_func1(asin, x)
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#define atan (x) _tg_func1(atan, x)
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#define atan2 (x,y) _tg_func2(atan2, x, y)
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#define cosh (x) _tg_func1(cosh, x)
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#define sinh (x) _tg_func1(sinh, x)
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#define tanh (x) _tg_func1(tanh, x)
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#define acosh (x) _tg_func1(acosh, x)
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#define asinh (x) _tg_func1(asinh, x)
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#define atanh (x) _tg_func1(atanh, x)
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#define exp (x) _tg_func1(exp, x)
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#define _tg_func3(func,x,y,z) ( _tg_is_ld3(x,y,z) ? (func ## l)(x,y,z) \
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#define exp2 (x) _tg_func1(exp2, x)
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: _tg_is_d3(x,y,z) ? (func)(x,y,z) \
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#define pow (x,y) _tg_func2(pow, x, y)
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: (func ## f)(x,y,z) )
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#define log (x,y) _tg_func2(log, x, y)
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#define sqrt (x) _tg_func1(sqrt, x)
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#define cbrt (x) _tg_func1(cbrt, x)
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#define fabs (x) _tg_func1(fabs, x)
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#define ceil (x) _tg_func1(ceil, x)
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#define cos(x) _tg_func1(cos, x)
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#define floor (x) _tg_func1(floor, x)
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#define sin(x) _tg_func1(sin, x)
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#define round (x) _tg_func1(round, x)
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#define tan(x) _tg_func1(tan, x)
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#define trunc (x) _tg_func1(trunc, x)
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#define acos(x) _tg_func1(acos, x)
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#define asin(x) _tg_func1(asin, x)
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#define atan(x) _tg_func1(atan, x)
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#define atan2(x,y) _tg_func2(atan2, x, y)
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#define cosh(x) _tg_func1(cosh, x)
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#define sinh(x) _tg_func1(sinh, x)
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#define tanh(x) _tg_func1(tanh, x)
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#define acosh(x) _tg_func1(acosh, x)
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#define asinh(x) _tg_func1(asinh, x)
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#define atanh(x) _tg_func1(atanh, x)
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#define exp(x) _tg_func1(exp, x)
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#define exp2(x) _tg_func1(exp2, x)
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#define expm1(x) _tg_func1(expm1, x)
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#define pow(x,y) _tg_func2(pow, x, y)
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#define log(x,y) _tg_func2(log, x, y)
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#define sqrt(x) _tg_func1(sqrt, x)
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#define cbrt(x) _tg_func1(cbrt, x)
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#define hypot(x,y) _tg_func2(hypot, x, y)
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#define log10(x) _tg_func1(log10, x)
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#define log1p(x) _tg_func1(log1p, x)
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#define log2(x) _tg_func1(log2, x)
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#define logb(x) _tg_func1(logb, x)
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#define ilogb(x) _tg_func1(ilogb, x)
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#define ceil(x) _tg_func1(ceil, x)
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#define floor(x) _tg_func1(floor, x)
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#define trunc(x) _tg_func1(trunc, x)
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#define llrint(x) _tg_func1(llrint, x)
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#define lrint(x) _tg_func1(lrint, x)
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#define rint(x) _tg_func1(rint, x)
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#define llround(x) _tg_func1(llround, x)
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#define lround(x) _tg_func1(lround, x)
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#define round(x) _tg_func1(round, x)
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#define nearbyint(x) _tg_func1(nearbyint, x)
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#define erf(x) _tg_func1(erf, x)
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#define erfc(x) _tg_func1(erfc, x)
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#define tgamma(x) _tg_func1(tgamma, x)
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#define lgamma(x) _tg_func1(lgamma, x)
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#define fabs(x) _tg_func1(fabs, x)
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#define fdim(x,y) _tg_func2(fdim, x, y)
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#define fmax(x,y) _tg_func2(fmax, x, y)
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#define fmin(x,y) _tg_func2(fmin, x, y)
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#define fmod(x,y) _tg_func2(fmod, x, y)
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#define remainder(x,y) _tg_func2(remainder, x, y)
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#define remquo(x,y,p) _tg_func2p(remquo, x, y, p)
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#define fma(x,y,z) _tg_func3(fma, x, y, z)
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#define copysign(x,y) _tg_func2(copysign, x, y)
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#define copysign(x,y) _tg_func2(copysign, x, y)
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#define frexp(x,p) _tg_func1p(frexp, x, p)
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#define ldexp(x,p) _tg_func1p(ldexp, x, p)
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#define modf(x,p) _tg_func1p(modf, x, p)
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#define scalbn(x,p) _tg_func1p(scalbn, x, p)
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#define scalbln(x,p) _tg_func1p(scalbln, x, p)
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#define fmax (x,y) _tg_func2(fmax, x, y)
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#define nextafter(x,y) _tg_func2(nextafter, x, y)
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#define fmin (x,y) _tg_func2(fmin, x, y)
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#define nexttoward(x,y) _tg_func2(nexttoward, x, y)
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#define fmod (x,y) _tg_func2(fmod, x, y)
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/*
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erf
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erfc
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exp2
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expm1
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fdim
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fma
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frexp
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hypot
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ilogb
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ldexp
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lgamma
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llrint
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llround
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log10
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log1p
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log2
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logb
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lrint
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lround
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nearbyint
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nextafter
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nexttoward
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remainder
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remquo
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rint
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scalbn
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scalbln
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tgamma
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carg
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cimag
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conj
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cproj
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creal
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*/
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8
todo
8
todo
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@ -31,14 +31,12 @@ math.h:
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other stuff?
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other stuff?
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stdio.h:
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stdio.h:
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Basically everything
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Formatted print, scan
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stdlib.h:
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stdlib.h:
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qsort
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Strtod base 16 must be correctly rounded
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Multibyte string functions
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Better PRNG
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Better PRNG
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MB_CUR_MAX should be locale-dependent
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strtod base 16 should be correctly rounded
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Probably other stuff
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threads.h:
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threads.h:
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TODO: add todo items
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TODO: add todo items
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