LAPACK  3.5.0
LAPACK: Linear Algebra PACKage
 All Files Functions Typedefs Macros
testslamch
Go to the documentation of this file.
1 ELF  >  @ @ @F @ 8 @ % "   @ @ @ @ @      8 8@ 8@      @ @      ` `      ` `      T T@ T@ D D  Ptd T T@ T@ T T  Qtd  Rtd  ` ` 0 0  /lib64/ld-linux-x86-64.so.2    GNU      GNU fhT7
2 Y@     3   D  . k    =  Q libgfortran.so.3 _ITM_deregisterTMCloneTable __gmon_start__ _Jv_RegisterClasses _ITM_registerTMCloneTable _gfortran_transfer_real_write _gfortran_st_write_done _gfortran_transfer_character_write _gfortran_set_options _gfortran_st_write _gfortran_set_args libm.so.6 libgcc_s.so.1 libquadmath.so.0 libc.so.6 __stack_chk_fail __libc_start_main GLIBC_2.2.5 GLIBC_2.4 GFORTRAN_1.4 GFORTRAN_1.0           )  0 ui  V  ii
3   b     e  l  e  y `    `   `   ( `   0 `   8 `   @ `   H `   P `  X `  HH
4  Ht[ H 5 % @ % h % h % h % h % h % h % h % h p% h `HH5p Va 1H1I^HHPTI@ H`@ HǠ@ Qw ` UH-p ` HHv Ht]p ` f ]fffff. p ` UHp ` HHHH?HHt Ht ]p `  ]fD = uUHn] @ ` H? u HtUH]zUHH0H}؉udH%( HE1 E .Ez .Eu  E  EHEع  H5 HǸ  t EE HEع  H5 HǸ  tE E EE.ErMb XYEf~EEE HEع  H5( HǸ  t/ Es HEع  H5 HǸ  tE(Xf~ЉE5 HEع  H5 HǸ  t E HEع  H5 HǸ o t EE HEع  H5U HǸ > t` E HEع  H5" HǸ class="sync"q
5  t  EkHEع  H5 HǸ t  E:HEع  H5 HǸ t  E  EEEEEEHEdH3%( tUHH0H}HudH%( HE1HEHE Xf~ȉEEEEHEdH3%( tPf. @  8t#pPqFQF9f. fSH=  H0 dH%( H$( 1H\$@eH= 1 D$ LH= 1 D$4D$ -H= 1 D$H= 1 D$$H= 1
6  D$8H= 1 D$0H= 1 D$H= 1 D$,H=v  1D$~H HD$(D$P3 D$@ HD$HD$D &H5? HHt$  HHH HD$P4 D$@ D$D HD$HH5 HXHt$4 HvH~HK HD$P5 D$@ D$D HD$HrH5 HHt$ HH$H HD$P6 D$@ D$D HD$HH5 HHt$$ HHH HD$P7 D$@ D$D HD$HH5W HJHt$8 HhHpH= HD$P8 D$@ D$D HD$HdH5 HHt$0 HHH HD$P9 D$@ D$D HD$H HEع 
7 H5 HHt$ HHH HD$P: D$@ D$D HD$HH5 H<Ht$, HZHbH/ HD$P; D$@ D$D HD$HVH5o HHt$ H HH HD$P< D$@ D$D HD$HH55 HHt$( HHH{ HD$P= D$@ D$D HD$HH5 H.L$ Ht$<;  ^HD$<4H<H$( dH3%( u H0 [f. AWAAVIAUIATL%X UH-X SL)1HHMHt LLDAHH9uH[]A\A]A^A_ff. HH   ESBPNRMULO ? 3 4 @ A C EpsilonSafe minimumBasePrecisionNumber of digits in mantissaRounding modeMinimum exponentUnderflow thresholdLargest exponentOverflow threshold Epsilon = Safe minimum = Base = Precision = Number of digits in mantissa = Rounding mode = Minimum exponent = Underflow threshold = Largest exponent = Overflow threshold = Reciprocal of safe minimum = D     slamchtst.f ?;P LD rl b #   \ |  zR x   *  zR x  $   FJ w ?;*3$"  D  AC
8    d 7[ AC
9 V   4 $ 5 AS
10 AA  & Da D e BEE E(H0H8M@l8A0A(B BBB  $  @ p@     
11     ) @
12  @  `    `   o @  @  @
13      `     @  @    o @ o  o v@ ` @ &@ 6@ F@ V@ f@ v@ @ @ GCC: (Debian 4.9.1-16) 4.9.1 GCC: (Debian 4.8.3-10) 4.8.3 ,   @  ,  D  @ 4 <    @ 5 @ & @  + > @  3  ) D6 3 @    D H Deps V3 T V3 Xrnd V3 `0 V3 \% V3 d  3 P
14  R.  one R.  ?  
15   3 w @ [ a 3 Xb 3 P 3 d   c @ 4 t 4W @ 4  ca 4 u cb 4 _ca 9 _cb r ^ E  E  z E , k Q G 
16  
17   k     @ 5    {6  {  {eps  {B   {m  {  {rnd  {0  {t   {Q @ x  U  @ T7 j @ x $ U '@ T<  @ x H U 3@ T4  @ x l U 7@ T9  @ x  U @@ TL  @ x  U \@ T=  @ x  U i@ T@ 
18 @ x  U y@ TC 
19 @ x  U @ T@ 8
20 @ x D U @ TB j
21 @  \ Us ~
22 @ j
23   Us T @ Q 
24 @
25   Us T{Q4 
26 @
27   Us 
28 @   Us !
29 @ j
30   Us T @ Q 
31 @
32  * Us T{Q4 TB j
33 @
34  B Us @  Z Us 2@ j
35   Us T @ Q D@
36   Us T{Q4 L@
37   Us x@   Us @ j
38   Us T @ Q @
39  ( Us T{Q4 @
40  @ Us @  X Us @ j
41   Us T 0@ Q @
42   Us T{Q4  @
43   Us ,@   Us @@ j
44   Us T P@ Q R@
45  & Us T{Q4 Z@
46  > Us @  V Us @ j
47   Us T p@ Q @
48   Us T{Q4 @
49   Us @   Us @ j
50   Us T @ Q @
51  $ Us T{Q4 @
52  < Us :@  T Us N@ j
53   Us T @ Q `@
54   Us T{Q4 h@
55   Us @   Us @ j
56   Us T @ Q @
57  " Us T{Q4 @
58  : Us @  R Us @ j
59  } Us T @ Q ,@
60   Us T{Q4 4@
61   Us U@
62    ?_ @ & _
63  ?f 
64 G ?k  @
65  - UUTT @ _
66  Q U9T  @ @ *  _ q 
67 ) (6    &      ` rec >
68  ( E
69  0 E
70  8 k @ k H _ P _ Ty k X k `g _ h7 _ l k pu K
71  xid 8
72  xpos >
73   k r _  _  k  k  _  _ O k pad k  _ u _  k L k I _  Q (8
74   _  _  k  _  _  k ; 8
75  _ & >
76  c
77  \
78  \
79    R
80   
81  _ 
82   
83  _ U
84    
85  _ 
86  k 9 _ 8
87  % B  & I $ >  .?: ; nI@B  : ; I  I4 4 : ; I 4 : ; I 4 I4
88 ' : ; I
89  ' : ; I
90  
91 .?: ; nI@B  : ; I % B  .?: ; nI@B  : ; I  : ; I  I4 4 : ; I 4 I4 $ >  
92 & I % B U .: ; @Bj6  4 : ; I 4 : ; I 1  B  1 $ >  .?: ; I@B
93  : ; I & I  I
94 .?: ; nI<  .?<  I   
95  I8 
96  I8 
97  I8 
98  I8   I ! I" /  . ?4< .?< ~   
99     slamch.f @  !&&&&u&&&&&&gX
100  F   
101     lsame.f  @ 3 JD;=   " 
102     slamchtst.f  @ (xt.uXYgYջYgYgYgYgYgYgYgZhPZZZZZZZZZr!  @ >J" integer(kind=4) slamc3_ real(kind=4) small GNU Fortran 4.9.1 -ffixed-form -mtune=generic -march=x86-64 -g -O0 -fPIC -fstack-protector-strong -frecursive -fintrinsic-modules-path /usr/lib/gcc/x86_64-linux-gnu/4.9/finclude _cmach __result_slamc3 /tmp/buildd/lapack-3.5.0/INSTALL rmach zero __result_slamch sfmin slamch_ slamch.f logical(kind=4) lsame_ inta lsame.f __result_lsame zcode intb GNU Fortran 4.9.1 -ffixed-form -mtune=generic -march=x86-64 -g -O2 -fPIC -fstack-protector-strong -frecursive -fintrinsic-modules-path /usr/lib/gcc/x86_64-linux-gnu/4.9/finclude namelist_name_len sign_len _gfortran_transfer_character_write round_len iomsg format_len character(kind=1) pad_len decimal round advance_len iolength internal_unit_desc line size blank __st_parameter_dt decimal_len base _gfortran_set_args _gfortran_st_write _gfortran_set_options delim _gfortran_st_write_done rmax asynchronous_len slamchtst.f delim_len blank_len format iomsg_len main _gfortran_transfer_real_write filename flags rmin argc namelist_name sizetype __stack_chk_fail c_char MAIN__ integer(kind=8) emax iostat prec argv sign __st_parameter_common internal_unit_len advance emin internal_unit asynchronous   t  4  T   Q 4  Q   R 4  R  /  P/ 2 ) u  u u a I,(   2  R  2  Z   q 8$r 8$) *  u 8$r 8$)* 2  u 8$q 8$) @ @  U@ @  U @ @  t @ @  T @ U@ @ @ .symtab .strtab .shstrtab .interp .note.ABI-tag .note.gnu.build-id .gnu.hash .dynsym .dynstr .gnu.version .gnu.version_r .rela.dyn .rela.plt .init .text .fini .rodata .eh_frame_hdr .eh_frame .init_array .fini_array .jcr .dynamic .got .got.plt .data .bss .comment .debug_aranges .debug_info .debug_abbrev .debug_line .debug_str .debug_loc .debug_ranges   8@   T@   t@   @   @   @   v@   @  @ 
103  @  @  @ 
104  @   @   @   T@   @   `   `   `   `   `   `   ` `   p `               !     `  
105  @ . 
106  0@ A 
107  p@ W   p `  f   ` 
108  @   `   
109  @ 5   @ $      @   `    `    `   ` 3   ` I 
110  @  Y u  ` `    p `    @            ` ` * 9  h ` F   @  U   
111  `@ e    x `  
112  @ 4  
113  @    p `    
114  @ &      p `   = W 
115  @  _  @ e 
116  w @ [ crtstuff.c __JCR_LIST__ deregister_tm_clones register_tm_clones __do_global_dtors_aux completed.6659 __do_global_dtors_aux_fini_array_entry frame_dummy __frame_dummy_init_array_entry lsame.f slamchtst.f MAIN__ options.11.2343 slamch.f __FRAME_END__ __JCR_END__ __init_array_end _DYNAMIC __init_array_start _GLOBAL_OFFSET_TABLE_ __libc_csu_fini _ITM_deregisterTMCloneTable data_start _edata _fini _gfortran_set_options@@GFORTRAN_1.0 __stack_chk_fail@@GLIBC_2.4 _gfortran_transfer_character_write@@GFORTRAN_1.4 __libc_start_main@@GLIBC_2.2.5 __data_start __gmon_start__ __dso_handle _IO_stdin_used _gfortran_transfer_real_write@@GFORTRAN_1.4 __libc_csu_init _end lsame_ _start __bss_start _gfortran_st_write_done@@GFORTRAN_1.0 main _gfortran_set_args@@GFORTRAN_1.0 _Jv_RegisterClasses __TMC_END__ _gfortran_st_write@@GFORTRAN_1.0 _ITM_registerTMCloneTable slamch_ _init slamc3_    8@ 8   #   T@ T  1   t@ t $  D o @     N  @  8     V   @    ^ o v@ v     k o @  `    z   @       B @       @      @      @  2
117     @     @  t   T@ T T    @  l    `      `      `      `        `       ` `     ` ` `     p ` p    0 p :        J!  #  D.   1  1 j  =  0 r2    H  7 1  S  D9 0    t9 a    :  $ 8    B m