269 __k_j0f(float fx)  in __k_j0f()  argument
274 	ix = *(int *)&fx & ~0x80000000;  in __k_j0f()
275 	x = fabs((double)fx);  in __k_j0f()
328 j0f(float fx)  in j0f()  argument
336 	ix = *(int *)&fx & ~0x80000000;  in j0f()
339 			return (fx * fx);  in j0f()
346 	f = (float)__k_j0f(fx);  in j0f()
356 __k_y0f(float fx)  in __k_y0f()  argument
361 	ix = *(int *)&fx;  in __k_y0f()
362 	x = (double)fx;  in __k_y0f()
399 	return (u / v + tpi * (__k_j0f(fx) * log(x)));  in __k_y0f()
403 y0f(float fx)  in y0f()  argument
411 	ix = *(int *)&fx;  in y0f()
413 		return (fx * fx);  in y0f()
425 	f = (float)__k_y0f(fx);  in y0f()
435 __k_j1f(float fx)  in __k_j1f()  argument
440 	ix = *(int *)&fx;  in __k_j1f()
443 	x = fabs((double)fx);  in __k_j1f()
499 j1f(float fx)  in j1f()  argument
507 	ix = *(int *)&fx & ~0x80000000;  in j1f()
509 		return (onef / fx);  in j1f()
514 	f = (float)__k_j1f(fx);  in j1f()
524 __k_y1f(float fx)  in __k_y1f()  argument
529 	ix = *(int *)&fx;  in __k_y1f()
530 	x = (double)fx;  in __k_y1f()
573 	return (x * (u / v) + tpi * (__k_j1f(fx) * log(x) - one / x));  in __k_y1f()
577 y1f(float fx)  in y1f()  argument
585 	ix = *(int *)&fx;  in y1f()
587 		return (fx * fx);  in y1f()
599 	f = (float)__k_y1f(fx);  in y1f()
608 jnf(int n, float fx)  in jnf()  argument
619 		fx = -fx;  in jnf()
622 		return (j0f(fx));  in jnf()
624 		return (j1f(fx));  in jnf()
626 	ix = *(int *)&fx;  in jnf()
631 			return (fx * fx);  in jnf()
640 	fx = fabsf(fx);  in jnf()
641 	x = (double)fx;  in jnf()
644 		a = __k_j0f(fx);  in jnf()
645 		b = __k_j1f(fx);  in jnf()
745 		b = (t * __k_j0f(fx) / b);  in jnf()
756 ynf(int n, float fx)  in ynf()  argument
772 		return (y0f(fx));  in ynf()
774 		return ((sign)? -y1f(fx) : y1f(fx));  in ynf()
776 	ix = *(int *)&fx;  in ynf()
778 		return (fx * fx);  in ynf()
790 	a = __k_y0f(fx);  in ynf()
791 	b = __k_y1f(fx);  in ynf()
792 	x = (double)fx;  in ynf()