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Add more tests of tan.

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This patch adds some randomly-generated tests of tan that are observed
to increase ulps on x86_64.

Tested for x86_64 and x86 and ulps updated accordingly.

	* math/auto-libm-test-in: Add more tests of tan.
	* math/auto-libm-test-out: Regenerated.
	* sysdeps/i386/fpu/libm-test-ulps: Update.
	* sysdeps/x86_64/fpu/libm-test-ulps: Likewise.
This commit is contained in:
Joseph Myers 2015-05-01 22:54:39 +00:00
parent 827bb5859c
commit 0957e15d0a
5 changed files with 67 additions and 8 deletions
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5
ChangeLog
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@ -1,5 +1,10 @@
2015-05-01 Joseph Myers <joseph@codesourcery.com>
* math/auto-libm-test-in: Add more tests of tan.
* math/auto-libm-test-out: Regenerated.
* sysdeps/i386/fpu/libm-test-ulps: Update.
* sysdeps/x86_64/fpu/libm-test-ulps: Likewise.
* math/auto-libm-test-in: Add more tests of cos, sin and sincos.
* math/auto-libm-test-out: Regenerated.
* sysdeps/i386/fpu/libm-test-ulps: Update.

2
math/auto-libm-test-in
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@ -2408,6 +2408,8 @@ tan 7
tan 8
tan 9
tan 10
tan -0x1.062a48p+0
tan -0x1.4f69cp+0
tanh 0
tanh -0

50
math/auto-libm-test-out
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@ -183731,6 +183731,56 @@ tan 10
= tan tonearest ldbl-128ibm 0xap+0L : 0xa.5faf9a5f1bc12efead12fa489p-4L : inexact-ok
= tan towardzero ldbl-128ibm 0xap+0L : 0xa.5faf9a5f1bc12efead12fa488cp-4L : inexact-ok
= tan upward ldbl-128ibm 0xap+0L : 0xa.5faf9a5f1bc12efead12fa489p-4L : inexact-ok
tan -0x1.062a48p+0
= tan downward flt-32 -0x1.062a48p+0f : -0x1.a4a484p+0f : inexact-ok
= tan tonearest flt-32 -0x1.062a48p+0f : -0x1.a4a482p+0f : inexact-ok
= tan towardzero flt-32 -0x1.062a48p+0f : -0x1.a4a482p+0f : inexact-ok
= tan upward flt-32 -0x1.062a48p+0f : -0x1.a4a482p+0f : inexact-ok
= tan downward dbl-64 -0x1.062a48p+0 : -0x1.a4a482f560f6fp+0 : inexact-ok
= tan tonearest dbl-64 -0x1.062a48p+0 : -0x1.a4a482f560f6ep+0 : inexact-ok
= tan towardzero dbl-64 -0x1.062a48p+0 : -0x1.a4a482f560f6ep+0 : inexact-ok
= tan upward dbl-64 -0x1.062a48p+0 : -0x1.a4a482f560f6ep+0 : inexact-ok
= tan downward ldbl-96-intel -0x1.062a48p+0L : -0x1.a4a482f560f6e4dp+0L : inexact-ok
= tan tonearest ldbl-96-intel -0x1.062a48p+0L : -0x1.a4a482f560f6e4cep+0L : inexact-ok
= tan towardzero ldbl-96-intel -0x1.062a48p+0L : -0x1.a4a482f560f6e4cep+0L : inexact-ok
= tan upward ldbl-96-intel -0x1.062a48p+0L : -0x1.a4a482f560f6e4cep+0L : inexact-ok
= tan downward ldbl-96-m68k -0x1.062a48p+0L : -0x1.a4a482f560f6e4dp+0L : inexact-ok
= tan tonearest ldbl-96-m68k -0x1.062a48p+0L : -0x1.a4a482f560f6e4cep+0L : inexact-ok
= tan towardzero ldbl-96-m68k -0x1.062a48p+0L : -0x1.a4a482f560f6e4cep+0L : inexact-ok
= tan upward ldbl-96-m68k -0x1.062a48p+0L : -0x1.a4a482f560f6e4cep+0L : inexact-ok
= tan downward ldbl-128 -0x1.062a48p+0L : -0x1.a4a482f560f6e4ceb9d6e73567d5p+0L : inexact-ok
= tan tonearest ldbl-128 -0x1.062a48p+0L : -0x1.a4a482f560f6e4ceb9d6e73567d4p+0L : inexact-ok
= tan towardzero ldbl-128 -0x1.062a48p+0L : -0x1.a4a482f560f6e4ceb9d6e73567d4p+0L : inexact-ok
= tan upward ldbl-128 -0x1.062a48p+0L : -0x1.a4a482f560f6e4ceb9d6e73567d4p+0L : inexact-ok
= tan downward ldbl-128ibm -0x1.062a48p+0L : -0x1.a4a482f560f6e4ceb9d6e73568p+0L : inexact-ok
= tan tonearest ldbl-128ibm -0x1.062a48p+0L : -0x1.a4a482f560f6e4ceb9d6e73568p+0L : inexact-ok
= tan towardzero ldbl-128ibm -0x1.062a48p+0L : -0x1.a4a482f560f6e4ceb9d6e735678p+0L : inexact-ok
= tan upward ldbl-128ibm -0x1.062a48p+0L : -0x1.a4a482f560f6e4ceb9d6e735678p+0L : inexact-ok
tan -0x1.4f69cp+0
= tan downward flt-32 -0x1.4f69cp+0f : -0x3.c00d44p+0f : inexact-ok
= tan tonearest flt-32 -0x1.4f69cp+0f : -0x3.c00d44p+0f : inexact-ok
= tan towardzero flt-32 -0x1.4f69cp+0f : -0x3.c00d4p+0f : inexact-ok
= tan upward flt-32 -0x1.4f69cp+0f : -0x3.c00d4p+0f : inexact-ok
= tan downward dbl-64 -0x1.4f69cp+0 : -0x3.c00d4280aa7cp+0 : inexact-ok
= tan tonearest dbl-64 -0x1.4f69cp+0 : -0x3.c00d4280aa7bep+0 : inexact-ok
= tan towardzero dbl-64 -0x1.4f69cp+0 : -0x3.c00d4280aa7bep+0 : inexact-ok
= tan upward dbl-64 -0x1.4f69cp+0 : -0x3.c00d4280aa7bep+0 : inexact-ok
= tan downward ldbl-96-intel -0x1.4f69cp+0L : -0x3.c00d4280aa7bede8p+0L : inexact-ok
= tan tonearest ldbl-96-intel -0x1.4f69cp+0L : -0x3.c00d4280aa7bede8p+0L : inexact-ok
= tan towardzero ldbl-96-intel -0x1.4f69cp+0L : -0x3.c00d4280aa7bede4p+0L : inexact-ok
= tan upward ldbl-96-intel -0x1.4f69cp+0L : -0x3.c00d4280aa7bede4p+0L : inexact-ok
= tan downward ldbl-96-m68k -0x1.4f69cp+0L : -0x3.c00d4280aa7bede8p+0L : inexact-ok
= tan tonearest ldbl-96-m68k -0x1.4f69cp+0L : -0x3.c00d4280aa7bede8p+0L : inexact-ok
= tan towardzero ldbl-96-m68k -0x1.4f69cp+0L : -0x3.c00d4280aa7bede4p+0L : inexact-ok
= tan upward ldbl-96-m68k -0x1.4f69cp+0L : -0x3.c00d4280aa7bede4p+0L : inexact-ok
= tan downward ldbl-128 -0x1.4f69cp+0L : -0x3.c00d4280aa7bede62d35d88620c2p+0L : inexact-ok
= tan tonearest ldbl-128 -0x1.4f69cp+0L : -0x3.c00d4280aa7bede62d35d88620cp+0L : inexact-ok
= tan towardzero ldbl-128 -0x1.4f69cp+0L : -0x3.c00d4280aa7bede62d35d88620cp+0L : inexact-ok
= tan upward ldbl-128 -0x1.4f69cp+0L : -0x3.c00d4280aa7bede62d35d88620cp+0L : inexact-ok
= tan downward ldbl-128ibm -0x1.4f69cp+0L : -0x3.c00d4280aa7bede62d35d88621p+0L : inexact-ok
= tan tonearest ldbl-128ibm -0x1.4f69cp+0L : -0x3.c00d4280aa7bede62d35d88621p+0L : inexact-ok
= tan towardzero ldbl-128ibm -0x1.4f69cp+0L : -0x3.c00d4280aa7bede62d35d8862p+0L : inexact-ok
= tan upward ldbl-128ibm -0x1.4f69cp+0L : -0x3.c00d4280aa7bede62d35d8862p+0L : inexact-ok
tanh 0
= tanh downward flt-32 0x0p+0f : 0x0p+0f : inexact-ok
= tanh tonearest flt-32 0x0p+0f : 0x0p+0f : inexact-ok

8
sysdeps/i386/fpu/libm-test-ulps
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@ -1810,16 +1810,16 @@ double: 1
float: 1
idouble: 1
ifloat: 1
ildouble: 1
ldouble: 1
ildouble: 2
ldouble: 2
Function: "tan_towardzero":
double: 1
float: 1
idouble: 1
ifloat: 1
ildouble: 1
ldouble: 1
ildouble: 2
ldouble: 2
Function: "tan_upward":
double: 1

10
sysdeps/x86_64/fpu/libm-test-ulps
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@ -1952,6 +1952,8 @@ ildouble: 5
ldouble: 5
Function: "tan":
float: 1
ifloat: 1
ildouble: 1
ldouble: 1
@ -1960,16 +1962,16 @@ double: 1
float: 2
idouble: 1
ifloat: 2
ildouble: 1
ldouble: 1
ildouble: 2
ldouble: 2
Function: "tan_towardzero":
double: 1
float: 1
idouble: 1
ifloat: 1
ildouble: 1
ldouble: 1
ildouble: 2
ldouble: 2
Function: "tan_upward":
double: 1