LAPACK  3.5.0
LAPACK: Linear Algebra PACKage
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testdlamch File Reference

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Functions

ELF  7 (%"  4 44      T TT      t t      8 <          h hhD D   Ptd T T   Qtd   Rtd        /lib/ld-linux.so.2    GNU       GNU yx o<P }N]#   K   +  k  .      =  Q  <   libgfortran.so.3 _ITM_deregisterTMCloneTable __gmon_start__ _Jv_RegisterClasses _ITM_registerTMCloneTable _gfortran_transfer_character_write _gfortran_set_options _gfortran_transfer_real_write _gfortran_set_args _gfortran_st_write _gfortran_st_write_done libc.so.6 _IO_stdin_used __libc_start_main __stack_chk_fail GLIBC_2.0 GLIBC_2.4 GFORTRAN_1.4 GFORTRAN_1.0              0 ii  <  ii  F     e  P  e  ]        $ ( , S3 + tN [ 5% % h %h %h %h %h % h( %$h0 %(h8 p%,h@ `USE ^ >* D$E$D$$ 3 1]1^PTRh hQVhFff$ffffff;-8wø tU$8Í 8-8uú tUD$$8É' =8 uU|8ft tU$ysUSD') ]EzEu ݃P] ݃X]D$  D$ @D$E$M t E] D$  D$ AD$E$ t8݃`]݃h]EEr EM]E] D$  D$ BD$E$ t݃p]y D$  D$ CD$E$ t E]C D$  D$ DD$E$K t݃x]  D$  D$ ED$E$ t E] D$  D$ FD$E$ t݃] D$  D$ GD$E$ t ݃`]mD$  D$ HD$E$u t ݃]9D$  D$ ID$E$A t ݃]]E]EȃD[]UE E ]EffVD$D$  8t#pHrFJF9^fWVS8&  e $ 1t$xD$ $$D$ \$8$D$ T$`\$$D$ \$ x$D$ \$@^$D$ \$hD$D$ \$X*$D$ \$0$D$ \$P$D$ \$(4$$ DŽ$ 7 D$x D$| \$Ha(D$D$ 4$D$8D$D$ 4$4$4$$ DŽ$ 8 D$x D$| HD$D$ 4$D$`D$D$ 4$4$4$$ DŽ$ 9 D$x D$| hD$D$ 4$D$ D$D$ 4$74$?4$$ DŽ$ : D$x D$| 5D$D$ 4$D$@D$D$ 4$4$4$$ DŽ$ ; D$x D$| D$D$ 4$WD$hD$D$ 4$o4$w4$$ DŽ$ < D$x D$| mD$D$ 4$D$XD$D$ 4$ 4$4$$ DŽ$ = D$x D$| D$D$ 4$D$0D$D$ 4$4$4$$ DŽ$ > D$x D$| D$D$ 4$+D$PD$D$ 4$C4$K4$$ DŽ$ ? D$x D$| A(D$D$ 4$D$(D$D$ 4$4$4$$ DŽ$ @ D$x D$| HD$D$ 4$cD$HD$D$ 4${4$4$$ DŽ$ A D$x D$| yhD$D$ 4$D$pD$D$ 4$D$ػ\$p 4$$ e3 u  [^_ fUW1VSe l$01 )t' D$8,$D$D$4D$ 9u߃[^_] fffffffS   S [   ESBPNRMULO < <   @ J@ @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    dlamchtst.f ?;P \l , 9 , P L \  zR |   F J tx ?;*2$"$@ABDAhABV=A{4 0AAAQAAAA I ABJ{8a AACAN0HAAAA<PAN$ójHo4oo&6FVfvGCC:(Ubuntu 4.8.2-16ubuntu4) 4.8.2 GCC:(Ubuntu 4.8.2-16ubuntu2) 4.8.24=$I 0m +`@+J@ I epsV+HRV+PrndV+`V+XCV+h{+ @vR &oneR &?Y+a+b+P+p X5=|F4) 
 

Variables

 
 
 R
 
Z q H $r H H $r H 3
 
H $q H
symtab strtab shstrtab interp
note ABI tag note gnu build id
gnu hash dynsym dynstr gnu
version gnu version_r rel dyn
rel 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 T T $
T l
H h  
 
H $q H
symtab strtab shstrtab interp
note ABI tag note gnu build id
gnu hash dynsym dynstr gnu
version gnu version_r rel dyn
rel 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 T T $
T l
H h  
 
0 F 5 Q u6 6 _ 
 

Function Documentation

ELF 7 ( )

Variable Documentation

R

Definition at line 37 of file testdlamch.

H $q H symtab strtab shstrtab interp note ABI tag note gnu build id gnu hash dynsym dynstr gnu version gnu version_r rel dyn rel 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 T T $ T l H h

Definition at line 41 of file testdlamch.

Definition at line 36 of file testdlamch.

Z q H $r H H $r H 3

Definition at line 39 of file testdlamch.

0 F 5 Q u6 6 _
Initial value:
= $ 8    4C   T   h         ́        4             $   8                           0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       ' $ 8    4C   T   h         ́        4             $   8                           0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '   h         ́        4             $   8                           0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '         ́        4             $   8                           0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '   4             $   8                           0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '      
      $   8                           0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '      $   8                           0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '   
$   8                           0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '   8                           0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '                           0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '                     0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '                  0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '               0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '            0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '         0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '      0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '   0   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '   8                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '                 !         $  /    < 0  Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '
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Q `  d   z 8             $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       ' 
d  
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     $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '      $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '     $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '   $  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '   p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '$  p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       ' p                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '                 3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '               3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '             3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '          3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '         3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '      3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '  3    I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '   I   Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       ' 
Y u    0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       ' 
0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       ' 0   8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '  8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       ' 8    $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '   $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       ' $          0   ! 0 4  = <   L  i   a   <    =      8       8      I       '         0   ! 0 4  = <   L  i   a   <    =      8       8      I       '      0   ! 0 4  = <   L  i   a   <    =      8       8      I       '    0   ! 0 4  = <   L  i   a   <    =      8       8      I       '   0   ! 0 4  = <   L  i   a   <    =      8       8      I       '   ! 0 4  = <   L  i   a   <    =      8       8      I       '  = <   L  i   a   <    =      8       8      I       '   L  i  a   <    =      8       8      I       ' a 
<    =      8       8      I       ' <    =      8       8      I       '   =      8       8      I       ' = 
   8       8      I       '    8       8      I       ' 
8       8      I       ' 8       8      I       '      8      I       '    8      I       '   8      I       ' 
8      I       ' 8      I       '     I       '  I       ' I 
    '  
  '
Definition: testdlamch:36

Definition at line 41 of file testdlamch.

H $q H symtab strtab shstrtab interp note ABI tag note gnu build id gnu hash dynsym dynstr gnu version gnu version_r rel dyn rel 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 T T $ T l H h

Definition at line 41 of file testdlamch.