Bruce Evans 5432c3bec3 Disconnect the "optimized" asm variants of cos(), sin() and tan() from ... the build on i386. Leave them in the source tree for regression tests. The asm functions were always much less accurate (by a factor of more than 10**18 in the worst case). They were faster on old CPUs. But with each new generation of CPUs they get relatively slower. The double precision C version's average advantage is about a factor of 2 on Haswell. The asm functions were already intentionally avoided in float and long double precision on i386 and in all precisions on amd64. Float precision and amd64 give larger advantages to the C version. The long double precision C code and compilers' understanding of long double precision are not so good, so the i387 is still slightly faster for long double precision, except for the unimportant subcase of huge args where the sub-optimal C code now somehow beats the i387 by about a factor of 2.		2016-09-04 14:12:19 +00:00
..
aarch64
amd64	Add asm versions of fmod(), fmodf() and fmodl() on amd64. Add asm	2016-09-04 12:22:14 +00:00
arm	Make armv6 hard float abi by default. Kill armv6hf.	2016-05-18 06:01:18 +00:00
bsdsrc
i387	Disconnect the "optimized" asm variants of cos(), sin() and tan() from	2016-09-04 14:12:19 +00:00
ld80
ld128
man
mips
powerpc
riscv
sparc64
src	Fix missing fmodl() on arches with 53-bit long doubles.	2016-09-04 12:01:32 +00:00
tests	MFhead @ r305314	2016-09-03 00:50:18 +00:00
x86
Makefile
Makefile.depend
Symbol.map