42 #define	__TG_CHOOSE(p, a, b)	__builtin_choose_expr((p), (a), (b))  argument
62 #define	__TG_GFN1(fn, a, ftype, ltype)				\  argument
69 #define	__TG_GFN1x(fn, a, b, ftype, ltype)			\  argument
76 #define	__TG_GFN2(fn, a, b, ftype, ltype)			\  argument
85 #define	__TG_GFN2x(fn, a, b, c, ftype, ltype)			\  argument
94 #define	__TG_GFN3(fn, a, b, c, ftype, ltype)			\  argument
106 #define	__TG_CFN1(cfn, a)	__TG_GFN1(cfn, a, FREAL, LREAL)  argument
107 #define	__TG_CFN2(cfn, a, b)	__TG_GFN2(cfn, a, b, FREAL, LREAL)  argument
109 #define	__TG_FN1(fn, a)		__TG_GFN1(fn, a, FLOAT, LDOUBLE)  argument
110 #define	__TG_FN1x(fn, a, b)	__TG_GFN1x(fn, a, b, FLOAT, LDOUBLE)  argument
111 #define	__TG_FN2(fn, a, b)	__TG_GFN2(fn, a, b, FLOAT, LDOUBLE)  argument
112 #define	__TG_FN2x(fn, a, b, c)	__TG_GFN2x(fn, a, b, c, FLOAT, LDOUBLE)  argument
113 #define	__TG_FN3(fn, a, b, c)	__TG_GFN3(fn, a, b, c, FLOAT, LDOUBLE)  argument
115 #define	__TG_COMPLEX(a, fn)			\  argument
120 #define	__TG_COMPLEX1(a, cfn, fn)		\  argument
125 #define	__TG_COMPLEX2(a, b, fn)			\  argument
131 #define	acos(a)		__TG_COMPLEX((a), acos)  argument
132 #define	asin(a)		__TG_COMPLEX((a), asin)  argument
133 #define	atan(a)		__TG_COMPLEX((a), atan)  argument
134 #define	acosh(a)	__TG_COMPLEX((a), acosh)  argument
135 #define	asinh(a)	__TG_COMPLEX((a), asinh)  argument
136 #define	atanh(a)	__TG_COMPLEX((a), atanh)  argument
137 #define	cos(a)		__TG_COMPLEX((a), cos)  argument
138 #define	sin(a)		__TG_COMPLEX((a), sin)  argument
139 #define	tan(a)		__TG_COMPLEX((a), tan)  argument
140 #define	cosh(a)		__TG_COMPLEX((a), cosh)  argument
141 #define	sinh(a)		__TG_COMPLEX((a), sinh)  argument
142 #define	tanh(a)		__TG_COMPLEX((a), tanh)  argument
143 #define	exp(a)		__TG_COMPLEX((a), exp)  argument
144 #define	log(a)		__TG_COMPLEX((a), log)  argument
145 #define	pow(a,b)	__TG_COMPLEX2((a), (b), pow)  argument
146 #define	sqrt(a)		__TG_COMPLEX((a), sqrt)  argument
147 #define	fabs(a)		__TG_COMPLEX1((a), cabs, fabs)  argument
149 #define	atan2(a,b)	__TG_FN2(atan2, (a), (b))  argument
150 #define	cbrt(a)		__TG_FN1(cbrt, (a))  argument
151 #define	ceil(a)		__TG_FN1(ceil, (a))  argument
152 #define	copysign(a,b)	__TG_FN2(copysign, (a), (b))  argument
153 #define	erf(a)		__TG_FN1(erf, (a))  argument
154 #define	erfc(a)		__TG_FN1(erfc, (a))  argument
155 #define	exp2(a)		__TG_FN1(exp2, (a))  argument
156 #define	expm1(a)	__TG_FN1(expm1, (a))  argument
157 #define	fdim(a,b)	__TG_FN2(fdim, (a), (b))  argument
158 #define	floor(a)	__TG_FN1(floor, (a))  argument
159 #define	fma(a,b,c)	__TG_FN3(fma, (a), (b), (c))  argument
160 #define	fmax(a,b)	__TG_FN2(fmax, (a), (b))  argument
161 #define	fmin(a,b)	__TG_FN2(fmin, (a), (b))  argument
162 #define	fmod(a,b)	__TG_FN2(fmod, (a), (b))  argument
163 #define	frexp(a,b)	__TG_FN1x(frexp, (a), (b))  argument
164 #define	hypot(a,b)	__TG_FN2(hypot, (a), (b))  argument
165 #define	ilogb(a)	__TG_FN1(ilogb, (a))  argument
166 #define	ldexp(a,b)	__TG_FN1x(ldexp, (a), (b))  argument
167 #define	lgamma(a)	__TG_FN1(lgamma, (a))  argument
168 #define	llrint(a)	__TG_FN1(llrint, (a))  argument
169 #define	llround(a)	__TG_FN1(llround, (a))  argument
170 #define	log10(a)	__TG_FN1(log10, (a))  argument
171 #define	log1p(a)	__TG_FN1(log1p, (a))  argument
172 #define	log2(a)		__TG_FN1(log2, (a))  argument
173 #define	logb(a)		__TG_FN1(logb, (a))  argument
174 #define	lrint(a)	__TG_FN1(lrint, (a))  argument
175 #define	lround(a)	__TG_FN1(lround, (a))  argument
176 #define	nearbyint(a)	__TG_FN1(nearbyint, (a))  argument
177 #define	nextafter(a,b)	__TG_FN2(nextafter, (a), (b))  argument
178 #define	nexttoward(a,b)	__TG_FN2(nexttoward, (a), (b))  argument
179 #define	remainder(a,b)	__TG_FN2(remainder, (a), (b))  argument
180 #define	remquo(a,b,c)	__TG_FN2x(remquo, (a), (b), (c))  argument
181 #define	rint(a)		__TG_FN1(rint, (a))  argument
182 #define	round(a)	__TG_FN1(round, (a))  argument
183 #define	scalbn(a,b)	__TG_FN1x(scalbn, (a), (b))  argument
184 #define	scalb1n(a,b)	__TG_FN1x(scalb1n, (a), (b))  argument
185 #define	tgamma(a)	__TG_FN1(tgamma, (a))  argument
186 #define	trunc(a)	__TG_FN1(trunc, (a))  argument
188 #define	carg(a)		__TG_CFN1(carg, (a))  argument
189 #define	cimag(a)	__TG_CFN1(cimag, (a))  argument
190 #define	conj(a)		__TG_CFN1(conj, (a))  argument
191 #define	cproj(a)	__TG_CFN1(cproj, (a))  argument
192 #define	creal(a)	__TG_CFN1(creal, (a))  argument