Searched refs:x3 (Results 1 – 25 of 139) sorted by relevance
123456
| /glibc-2.36/benchtests/ |
| D | erf-inputs | 8 0x3.58ba6afd444b2p+0
9 0x3.b7c10a040ca6cp+0
17 0x3.df3fe29c732c6p+0
19 0x3.10b96e2127596p+0
26 0x3.099161bdcb698p+0
44 0x3.5d99e22f0577ap+0
45 0x3.6f0045c05e4c2p+0
49 0x3.65d8878592692p+0
61 0x3.325bc16a9cedap+0
77 0x3.1cf50ee06e6fap+0
[all …]
|
| D | cbrt-inputs | 21 0x3.504be8042f87p+0
22 0x3.7b7816ef1dfdcp+0
38 0x3.5dfe9ff6c50bcp+0
40 0x3.3502bf59a71bcp+0
42 0x3.60030f61b9c58p+0
45 0x3.ebee3729be59ep+0
57 0x3.48bec4f26dd8ep+0
59 0x3.3bd10b3460cacp+0
60 0x3.47edf61104706p+0
64 0x3.b534a03920f8p+0
[all …]
|
| D | y1-inputs | 10 0x3.c0c06060b0064p+304
15 0x3.389a20d923978p+788
18 0x3.b7555ab538594p-588
28 0x3.053f74c2018cep-96
40 0x3.693da589386fp-416
41 0x3.b1f768f85693cp-440
42 0x3.9d79300fb316cp-584
56 0x3.b4a184cbbbb3p+804
61 0x3.63b6dadc92998p+732
63 0x3.bf2c9f39ef93p-76
[all …]
|
| D | atan2-inputs | 7 0x1.eb1594e8f1c6ap+348, 0x3.f3ad0d8215544p+112
13 0x9.b96d1dba2d8dp+628, 0x3.4262411da747cp+876
14 0x3.8dcdb12e8f006p-520, 0x7.ca40e5d987398p+44
18 0x3.26da26f2e0f7ap+596, 0x1.b5fa5c347616ap-28
19 0x3.5c8cf5fa36fd8p-320, 0x1.909d3b62e5cfap-596
20 0x3.8da67c7c8e46p-396, 0x1.e3c256ec4e494p-132
27 0x3.144607cac8e44p-396, 0x1.f7968b8c31942p+376
32 0x6.26c71bdfbf598p+828, 0x3.c8e253c4556b8p+756
36 0x2.43bfd5633b1bcp-208, 0x3.660ae6406fb5ep+476
40 0x3.b03271a1c01e4p-304, 0x3.0fa7e7ef6ceccp-116
[all …]
|
| D | j1-inputs | 10 0x3.3e33cdcf19918p-372
16 0x3.5251e0d2e3614p+932
25 0x3.b7efc477415fp-352
37 0x3.33085d83223aap+548
51 0x3.15c0367dcab38p+504
58 0x3.e4822b26693fp-132
67 0x3.2be8f18be852cp-360
69 0x3.380a0fab5d09ep+44
72 0x3.54d2d975c68ep-228
75 0x3.77119d12a4bf4p-272
[all …]
|
| D | log10-inputs | 5 0x3.1706e09e49524p+24
7 0x3.21824d3214b88p-320
23 0x3.8d6563a5789a4p+816
24 0x3.a76bcb1b87dccp+296
29 0x3.546600140874cp-720
34 0x3.62f9bc6a4eadp+248
35 0x3.6222a6628c63cp-712
43 0x3.35e729dae9ecp+432
52 0x3.c3166372b8db8p+352
55 0x3.2703ae24101a4p-12
[all …]
|
| D | lgamma-inputs | 5 0x3.f07848eb92f18p-448
10 0x3.1a9ad6322ffa2p-388
11 0x3.de9f708d0c96cp-380
19 0x3.f06324a5b82ap-460
22 0x3.878567c19bcf4p-392
28 0x3.ef796966c739cp-28
41 0x3.de5da3b105842p-896
48 0x3.98c55900534b6p-1056
55 0x3.7ee1f0acdcc9p+760
57 0x3.35b3a3881274cp+600
[all …]
|
| D | y0-inputs | 7 0x3.bd22c8229fe5ep-712
15 0x3.41d26b1d7726p-316
23 0x3.b461f1f51c6e4p+432
25 0x3.c850f35fe3748p+20
31 0x3.cc432b9d4c94p-352
54 0x3.a79cc8aec249p-364
61 0x3.45c191e903ce8p-544
82 0x3.9f60f5e1e67bap+448
94 0x3.c7e48b4782b14p-452
113 0x3.a55d4d13fbec6p-944
[all …]
|
| D | log1p-inputs | 5 0x3.45ca96813162cp+456
47 0x3.fa0fbbafbc7cp+296
81 0x3.ddf3e3c9e656cp+808
90 0x3.a413ec2ab758ap+388
91 0x3.4c089be1f98bp+268
101 0x3.0b52b152e6aeap+740
110 0x3.9f4ee69785c84p+456
123 0x3.55e63740f8522p+508
132 0x3.11128af5513c4p+468
137 0x3.4a28ec200f1dp+428
[all …]
|
| D | j0-inputs | 37 0x3.4359bdcfde93p+68
40 0x3.7cf69bc7405p+512
50 0x3.06896f5fc36fp-20
64 0x3.bcebbe7847d9p+260
69 0x3.a009bcd56069ep+240
77 0x3.e1b4fbf79fad6p+1020
82 0x3.7bf04eff4d3e4p+236
91 0x3.25359784563a8p+952
95 0x3.1f37e847e677p+592
99 0x3.22dc8e2271c5ap+148
[all …]
|
| D | tgamma-inputs | 8 0x3.524de5e1c14eep+4
12 0x3.fd3de55d9a6e8p+4
24 0x3.343f2e93fb8dap+4
40 0x3.cf9ee833361e8p+4
49 0x3.aeec1dca4f634p+4
56 0x3.ec1d0f96a98a4p+4
60 0x3.4e4d565fa2p+4
68 0x3.1b9af9bc7f514p+4
76 0x3.90acf20ee47d8p+4
86 0x3.9fec4dbd52834p+4
[all …]
|
| D | powf128-inputs | 7 0xd.f342fdfe191c08c58b32c1d7b98p-4L, 0x3.229e16ded4733736513829dddbc8p+0L
12 0x3.03953dc9746e1d53eed69cba717p+0L, -0x5.e8759afe16ea79a6f5c0f745c138p+0L
32 0x2.2e7e3c872431345db48caf75f858p+0L, -0x3.556891de6d98b3c520021b355098p+0L
33 0x3.05fb19c09f5594aec2463157804p+0L, -0x2.e485d6cdc7d2a7bd4953d84d4e24p+0L
36 0x6.d2b6975ad734c4310faca6b10ap+0L, 0x3.4a1972059341a2c2bae57f4e0a3p+0L
38 0x3.ade4a0bf515c8387fb1986007c4p+0L, -0x1.fa10eef39d28ab898bf8423f192p+0L
40 0x7.a076f48bd212c8edc46ceadbcb1p+0L, 0x3.6c2ba94d43ca1e6ab3568e2b75d8p+0L
45 0x3.40f519ceb6074fa882d6f3ca9c08p+0L, -0x1.ee5e3f4cfb87107e5ba14e94f71p+0L
47 0x3.639bd16cc57320666308ea9b34cp+0L, -0x6.d05db8004e9de3f8a7830c200d04p+0L
50 0x9.13a5b9bb5945c66fa91d4872bd4p+0L, -0x3.1e2e7bdcec7590d09485d577bfe8p+0L
[all …]
|
| D | pow-inputs | 508 0x3.ce2511ece91e8p+0, 0x1.9e90c0ca2218p-4
529 0x4.fa48abb56cap+0, 0x3.29ddeada34a6p+0
530 0x3.db574174b8fep+0, -0x6.fd9befb3e2bf8p+0
535 0xd.c5d8f7667fap-4, -0x3.a24da9acc5514p+0
540 0x4.21d85acbdb528p+0, -0x3.3123dfc05a988p+0
543 0x2.96d18a88f52ep+0, -0x3.2153980f92f44p+0
545 0x3.6dc735c93f9f8p+0, 0x4.7fb99ba43bb5p+0
557 0x3.5bcd80a07b4p-4, 0xa.475b279f341p-4
565 0x3.6e0088fe6c59p+0, 0x6.53eea1ae85a1p+0
578 0x3.9bba5c43121a8p+0, 0x5.e65acff949f2p+0
[all …]
|
| D | expf128-inputs | 21 0x3.6cf38387e0eea1a58772042c6138p+0L
24 0x3.ab9384ed54de9ef31ee19aee05dp+0L
28 0x3.716b6f15fb1924295144d852d748p+0L
30 -0x3.b9df17a000c3394b3fb27e918778p+0L
40 -0x3.31f01342aee534a825bccecffc58p+0L
44 0x3.606bf07b67e9fb426d58eda02c2p+0L
65 0x3.760adbff736c53f0ddd6b415635p+0L
78 0x3.2195e7c988d6dc5cf241d8b89408p+0L
91 -0x3.40cf335fb3d2f1c6b38cabd963ecp+0L
99 -0x3.657133db952048993e826b9d111p+0L
[all …]
|
| D | exp-inputs | 615 -0x3.c6a0947cb3dp-4
663 -0x3.c3bc557b94ddcp+0
685 0x3.5d693bb70c84p+0
688 0x3.c7a02ab6287bp+0
709 -0x3.4dfca36f85c4p+0
716 -0x3.cc644bcd2cbf8p+0
721 -0x3.2749ca21fa1d8p+0
727 -0x3.f7b3ca0188168p+0
733 -0x3.b3be91e3b9e5cp+0
745 0x3.84ce45cd403fp+0
[all …]
|
| /glibc-2.36/math/ |
| D | auto-libm-test-out-carg | 102 = carg downward binary32 -0x2p+0 0x0p+0 : 0x3.243f68p+0 : inexact-ok
103 = carg tonearest binary32 -0x2p+0 0x0p+0 : 0x3.243f6cp+0 : inexact-ok
104 = carg towardzero binary32 -0x2p+0 0x0p+0 : 0x3.243f68p+0 : inexact-ok
105 = carg upward binary32 -0x2p+0 0x0p+0 : 0x3.243f6cp+0 : inexact-ok
106 = carg downward binary64 -0x2p+0 0x0p+0 : 0x3.243f6a8885a3p+0 : inexact-ok
107 = carg tonearest binary64 -0x2p+0 0x0p+0 : 0x3.243f6a8885a3p+0 : inexact-ok
108 = carg towardzero binary64 -0x2p+0 0x0p+0 : 0x3.243f6a8885a3p+0 : inexact-ok
109 = carg upward binary64 -0x2p+0 0x0p+0 : 0x3.243f6a8885a32p+0 : inexact-ok
110 = carg downward intel96 -0x2p+0 0x0p+0 : 0x3.243f6a8885a308dp+0 : inexact-ok
111 = carg tonearest intel96 -0x2p+0 0x0p+0 : 0x3.243f6a8885a308d4p+0 : inexact-ok
[all …]
|
| D | auto-libm-test-out-exp2 | 490 = exp2 downward binary32 0x3.e84p+8 : 0xf.fffffp+124 : inexact-ok overflow errno-erange-ok
491 = exp2 tonearest binary32 0x3.e84p+8 : plus_infty : inexact-ok overflow errno-erange
492 = exp2 towardzero binary32 0x3.e84p+8 : 0xf.fffffp+124 : inexact-ok overflow errno-erange-ok
493 = exp2 upward binary32 0x3.e84p+8 : plus_infty : inexact-ok overflow errno-erange
494 = exp2 downward binary64 0x3.e84p+8 : 0x1.306fe0a31b715p+1000 : inexact-ok
495 = exp2 tonearest binary64 0x3.e84p+8 : 0x1.306fe0a31b715p+1000 : inexact-ok
496 = exp2 towardzero binary64 0x3.e84p+8 : 0x1.306fe0a31b715p+1000 : inexact-ok
497 = exp2 upward binary64 0x3.e84p+8 : 0x1.306fe0a31b716p+1000 : inexact-ok
498 = exp2 downward intel96 0x3.e84p+8 : 0x1.306fe0a31b7152dep+1000 : inexact-ok
499 = exp2 tonearest intel96 0x3.e84p+8 : 0x1.306fe0a31b7152dep+1000 : inexact-ok
[all …]
|
| D | auto-libm-test-out-tanh | 1002 = tanh downward binary32 0x3.2p+4 : 0xf.fffffp-4 : inexact-ok
1003 = tanh tonearest binary32 0x3.2p+4 : 0x1p+0 : inexact-ok
1004 = tanh towardzero binary32 0x3.2p+4 : 0xf.fffffp-4 : inexact-ok
1005 = tanh upward binary32 0x3.2p+4 : 0x1p+0 : inexact-ok
1006 = tanh downward binary64 0x3.2p+4 : 0xf.ffffffffffff8p-4 : inexact-ok
1007 = tanh tonearest binary64 0x3.2p+4 : 0x1p+0 : inexact-ok
1008 = tanh towardzero binary64 0x3.2p+4 : 0xf.ffffffffffff8p-4 : inexact-ok
1009 = tanh upward binary64 0x3.2p+4 : 0x1p+0 : inexact-ok
1010 = tanh downward intel96 0x3.2p+4 : 0xf.fffffffffffffffp-4 : inexact-ok
1011 = tanh tonearest intel96 0x3.2p+4 : 0x1p+0 : inexact-ok
[all …]
|
| D | auto-libm-test-out-narrow-mul | 7514 = mul downward binary32:arg_fmt(2,1,-26,24) 0x5.000008p+0 0x3.333334p-4 : 0x1p+0 : inexact
7515 = mul tonearest binary32:arg_fmt(2,1,-26,24) 0x5.000008p+0 0x3.333334p-4 : 0x1.000002p+0 : inexact
7516 = mul towardzero binary32:arg_fmt(2,1,-26,24) 0x5.000008p+0 0x3.333334p-4 : 0x1p+0 : inexact
7517 = mul upward binary32:arg_fmt(2,1,-26,24) 0x5.000008p+0 0x3.333334p-4 : 0x1.000002p+0 : inexact
7518 = mul downward binary64:arg_fmt(2,1,-26,24) 0x5.000008p+0 0x3.333334p-4 : 0x1.000001d9999ap+0 :
7519 = mul tonearest binary64:arg_fmt(2,1,-26,24) 0x5.000008p+0 0x3.333334p-4 : 0x1.000001d9999ap+0 :
7520 = mul towardzero binary64:arg_fmt(2,1,-26,24) 0x5.000008p+0 0x3.333334p-4 : 0x1.000001d9999ap+0 :
7521 = mul upward binary64:arg_fmt(2,1,-26,24) 0x5.000008p+0 0x3.333334p-4 : 0x1.000001d9999ap+0 :
7522 = mul downward intel96:arg_fmt(2,1,-26,24) 0x5.000008p+0 0x3.333334p-4 : 0x1.000001d9999ap+0 :
7523 = mul tonearest intel96:arg_fmt(2,1,-26,24) 0x5.000008p+0 0x3.333334p-4 : 0x1.000001d9999ap+0 :
[all …]
|
| D | auto-libm-test-out-cabs | 227 = cabs downward binary32 -0x3.65c04p+24 0x0p+0 : 0x3.65c04p+24 : inexact-ok
228 = cabs tonearest binary32 -0x3.65c04p+24 0x0p+0 : 0x3.65c04p+24 : inexact-ok
229 = cabs towardzero binary32 -0x3.65c04p+24 0x0p+0 : 0x3.65c04p+24 : inexact-ok
230 = cabs upward binary32 -0x3.65c04p+24 0x0p+0 : 0x3.65c04p+24 : inexact-ok
231 = cabs downward binary64 -0x3.65c04p+24 0x0p+0 : 0x3.65c04p+24 : inexact-ok
232 = cabs tonearest binary64 -0x3.65c04p+24 0x0p+0 : 0x3.65c04p+24 : inexact-ok
233 = cabs towardzero binary64 -0x3.65c04p+24 0x0p+0 : 0x3.65c04p+24 : inexact-ok
234 = cabs upward binary64 -0x3.65c04p+24 0x0p+0 : 0x3.65c04p+24 : inexact-ok
235 = cabs downward intel96 -0x3.65c04p+24 0x0p+0 : 0x3.65c04p+24 : inexact-ok
236 = cabs tonearest intel96 -0x3.65c04p+24 0x0p+0 : 0x3.65c04p+24 : inexact-ok
[all …]
|
| D | auto-libm-test-out-lgamma | 435 lgamma 0x3.8p56
436 = lgamma downward binary32 0x3.8p+56 : 0x8.8bdd4p+60 1 : inexact-ok
437 = lgamma tonearest binary32 0x3.8p+56 : 0x8.8bdd4p+60 1 : inexact-ok
438 = lgamma towardzero binary32 0x3.8p+56 : 0x8.8bdd4p+60 1 : inexact-ok
439 = lgamma upward binary32 0x3.8p+56 : 0x8.8bdd5p+60 1 : inexact-ok
440 = lgamma downward binary64 0x3.8p+56 : 0x8.8bdd41bf4484p+60 1 : inexact-ok
441 = lgamma tonearest binary64 0x3.8p+56 : 0x8.8bdd41bf44848p+60 1 : inexact-ok
442 = lgamma towardzero binary64 0x3.8p+56 : 0x8.8bdd41bf4484p+60 1 : inexact-ok
443 = lgamma upward binary64 0x3.8p+56 : 0x8.8bdd41bf44848p+60 1 : inexact-ok
444 = lgamma downward intel96 0x3.8p+56 : 0x8.8bdd41bf4484605p+60 1 : inexact-ok
[all …]
|
| D | auto-libm-test-out-atanh | 2002 atanh 0x3.2ca824p-4
2003 = atanh downward binary32 0x3.2ca824p-4 : 0x3.379434p-4 : inexact-ok
2004 = atanh tonearest binary32 0x3.2ca824p-4 : 0x3.379438p-4 : inexact-ok
2005 = atanh towardzero binary32 0x3.2ca824p-4 : 0x3.379434p-4 : inexact-ok
2006 = atanh upward binary32 0x3.2ca824p-4 : 0x3.379438p-4 : inexact-ok
2007 = atanh downward binary64 0x3.2ca824p-4 : 0x3.3794374a456e2p-4 : inexact-ok
2008 = atanh tonearest binary64 0x3.2ca824p-4 : 0x3.3794374a456e4p-4 : inexact-ok
2009 = atanh towardzero binary64 0x3.2ca824p-4 : 0x3.3794374a456e2p-4 : inexact-ok
2010 = atanh upward binary64 0x3.2ca824p-4 : 0x3.3794374a456e4p-4 : inexact-ok
2011 = atanh downward intel96 0x3.2ca824p-4 : 0x3.3794374a456e329p-4 : inexact-ok
[all …]
|
| D | auto-libm-test-out-acos | 77 = acos downward binary32 -0x1p+0 : 0x3.243f68p+0 : inexact-ok
78 = acos tonearest binary32 -0x1p+0 : 0x3.243f6cp+0 : inexact-ok
79 = acos towardzero binary32 -0x1p+0 : 0x3.243f68p+0 : inexact-ok
80 = acos upward binary32 -0x1p+0 : 0x3.243f6cp+0 : inexact-ok
81 = acos downward binary64 -0x1p+0 : 0x3.243f6a8885a3p+0 : inexact-ok
82 = acos tonearest binary64 -0x1p+0 : 0x3.243f6a8885a3p+0 : inexact-ok
83 = acos towardzero binary64 -0x1p+0 : 0x3.243f6a8885a3p+0 : inexact-ok
84 = acos upward binary64 -0x1p+0 : 0x3.243f6a8885a32p+0 : inexact-ok
85 = acos downward intel96 -0x1p+0 : 0x3.243f6a8885a308dp+0 : inexact-ok
86 = acos tonearest intel96 -0x1p+0 : 0x3.243f6a8885a308d4p+0 : inexact-ok
[all …]
|
| D | auto-libm-test-out-sinh | 902 = sinh downward binary32 0x1.8p+4 : 0x3.156ff4p+32 : inexact-ok
903 = sinh tonearest binary32 0x1.8p+4 : 0x3.156ff8p+32 : inexact-ok
904 = sinh towardzero binary32 0x1.8p+4 : 0x3.156ff4p+32 : inexact-ok
905 = sinh upward binary32 0x1.8p+4 : 0x3.156ff8p+32 : inexact-ok
906 = sinh downward binary64 0x1.8p+4 : 0x3.156ff6a8ebf6ep+32 : inexact-ok
907 = sinh tonearest binary64 0x1.8p+4 : 0x3.156ff6a8ebf6ep+32 : inexact-ok
908 = sinh towardzero binary64 0x1.8p+4 : 0x3.156ff6a8ebf6ep+32 : inexact-ok
909 = sinh upward binary64 0x1.8p+4 : 0x3.156ff6a8ebf7p+32 : inexact-ok
910 = sinh downward intel96 0x1.8p+4 : 0x3.156ff6a8ebf6e66cp+32 : inexact-ok
911 = sinh tonearest intel96 0x1.8p+4 : 0x3.156ff6a8ebf6e67p+32 : inexact-ok
[all …]
|
| D | auto-libm-test-out-sin | 632 = sin downward binary32 0x3.243f6cp+0 : -0x1.777a5ep-24 : inexact-ok
633 = sin tonearest binary32 0x3.243f6cp+0 : -0x1.777a5cp-24 : inexact-ok
634 = sin towardzero binary32 0x3.243f6cp+0 : -0x1.777a5cp-24 : inexact-ok
635 = sin upward binary32 0x3.243f6cp+0 : -0x1.777a5cp-24 : inexact-ok
636 = sin downward binary64 0x3.243f6cp+0 : -0x1.777a5cf72cec6p-24 : inexact-ok
637 = sin tonearest binary64 0x3.243f6cp+0 : -0x1.777a5cf72cec6p-24 : inexact-ok
638 = sin towardzero binary64 0x3.243f6cp+0 : -0x1.777a5cf72cec5p-24 : inexact-ok
639 = sin upward binary64 0x3.243f6cp+0 : -0x1.777a5cf72cec5p-24 : inexact-ok
640 = sin downward intel96 0x3.243f6cp+0 : -0x1.777a5cf72cec5fd8p-24 : inexact-ok
641 = sin tonearest intel96 0x3.243f6cp+0 : -0x1.777a5cf72cec5fd6p-24 : inexact-ok
[all …]
|
123456