TempLogG_X (with errors +/-):

Some urls (of old templogg):

http://dasgal.obspm.fr/~michel/MilestoneProc/SWGproc2000.html
http://dasgal.obspm.fr/~michel/MilestoneProc/MilestoneFKc.html
http://www.vub.ac.be/STER/JAD/JAD7/jad7_8/jad7_8e.htm
http://www.vub.ac.be/STER/MONS/gsgmons-corot.html
http://ams.astro.univie.ac.at/publications.php
http://webast.ast.obs-mip.fr/people/catala/corot/mons_corot.txt
http://www.astrsp-mrs.fr/projets/corot/meeting/catala_gbased_4.htm
http://arxiv.org/abs/astro-ph/0107140
templogg.ps (Kupka, Lueftinger) -> converted to GIF

"Flowchart" for 'TempLogG_X' (in case of stroemgen (pfv2/3)):
. . . : old structure
{ } : {program-file}
[ ] : [data-file] (bold: result)
< >: I/O-unit number names in {pfvXinout.f90}
-> : log-files

  . . . . . . . . . . . . . .
 .                           .
 .                user input .
 .                           .
 .                         | .
 .       {temploggX(.csh)}~| .
 .                         | .
 .      . . . . . . . . . .|.
 .     .                   |
 .     . {cnv_corot(.f90)}~|   (only in case of a Corot-list)
 .     .                   |
 .      . . . . . . . . . .|.
 .                         | .
 .                         | .
 .  +-<------------------<-+ .
  . | . . . . .            | .
    V          .           V .
               .             .
    [inptDfil] .   [inptfil] . (<inpDunit> <inpunit>)
              .              .
    |       .              | .
    |     .   {pfv2(.f77)}~| . ( -> pfv.log )
    |   .                  | .
    |  .         +---------+ .
    |  .         |         | .
    |  .         V         V .
    |  .                     .
    |  . [confile] [outfile] . (central values; <> <outunit>)
    |   . . . . . . . . . . .
    |                      |
    +-<------------------<-+
    |                      |
    |~{pfvXinout(.f90/95)} |   ( -> pfvXin.log )
    |                      |
    V                      |
                           |
    [inptfilX]             |   (only delta added values; <inpXunit>)
                           |
    |                      |
    |~{pfv3(.f77)}         |   ( ->> pfv.log )
    |                      |
    +----------+           |
    |          |           |
    V          V           |
                           |
    [outfileX] [confileX]  |   (only delta added values; <outXunit> <>)
                           |
    |                      |
    +->------------------>-+
                           |
     {pfvXinout(.f90/f95)}~|   ( -> pfvXout.log )
                           |
                           V
                           
                 [outfilfin]   (central values and combined deltas; <outFunit>)

ab hier muss noch aktualisiert werden:

{pfv2}, {makeXinpt} and {makeXoutp} are invoked by {temploggX}.
{makeXinpt} reads 'ireg' (number of region) from outfile, it also reads the files ...

*) woher kommen filenamen
folgende files werden erzeugt: inptfil, inptDfil, inptfilX, *.out, *.outX, *.cnf *.cnfX, pfv.log, pfvXin.log, pfvXout.log *) 4 arten von individuellem stern-ergebnis
*) delta = error = sigma
*) beide male pfv2 oder pfv3
*)

make Xtended INPuT for templogg:
combines input file and delta (errors) file to an new input file with up to twelve (12=6(inputs)*2(+/-delta)) data sets per input file data set.

! templogg creates 'inptfil' for 'pfv2' (or 3), which makes the outfile, from ! which this program reads the region. ! templogg(_new) also creates 'inptDfil', which includes the deltas. ! this program reads 'inptfil', 'inptDfil', and the outile and writes the ! inpXfil (eXtended INPuT FILe) for 'pfv2' (or 3) again. ! the ("delta"-) output from that second calculation and the (first) outile are ! read from 'makeXoutp(.f90)' and are combined to the final (extended) output.

inptfil:

2
outy
confy
hd161698a
0.103,8.5,0.078,0.568,2.745
40 

0
y
hd161698b
0.102,8.4,0.077,0.567,2.744
30

0
y
hd161698c
0.101,8.3,0.076,0.566,2.743
20

0
y
hd161698d
0.100,8.2,0.075,0.565,2.742
10

0
n

inptDfil:

hd161698a
0.04,0.4,0.004,0.04,0.4,4
hd161698b
0.03,0.3,0.003,0.03,0.3,3
hd161698c
0.02,0.2,0.002,0.02,0.2,2
hd161698d
0.01,0.1,0.001,0.01,0.1,1

outfile: ("outy")

 Ident.    (b-y)    V      m1    c1     Hb    vsini region   (b-y)0   m0     c0    E(b-y)  dc0    dm0     Mv     ro   dmb    TEFF  LG  [FE/H]
hd161698a   0.103  8.500  0.078  0.568  2.745  40.0 11 1 MS  -0.055  0.130  0.538  0.158  9.999 -0.020   -0.31  423   0.19  13734 4.14  9.99
hd161698b   0.102  8.400  0.077  0.567  2.744  30.0 11 1 MS  -0.055  0.129  0.537  0.157  9.999 -0.019   -0.32  407   0.20  13746 4.13  9.99
hd161698c   0.101  8.300  0.076  0.566  2.743  20.0 11 1 MS  -0.055  0.128  0.536  0.156  9.999 -0.018   -0.34  392   0.21  13758 4.12  9.99
hd161698d   0.100  8.200  0.075  0.565  2.742  10.0 11 1 MS  -0.055  0.126  0.535  0.155  9.999 -0.016   -0.35  377   0.22  13769 4.11  9.99
*1          Conflictive Star

inptfilX:

2
outyX
confyX
hd161698a  -delta_(b-y)
0.063,8.500,0.078,0.568,2.745,
40.000
            
1
y
hd161698a  +delta_(b-y)
0.143,8.500,0.078,0.568,2.745,
40.000
            
1
y
hd161698a  -delta_V
0.103,8.100,0.078,0.568,2.745,
40.000
            
1
y
:
:
:
hd161698a  +delta_vsini
0.103,8.500,0.078,0.568,2.745,
44.000
            
1
y
hd161698b  -delta_(b-y)
0.072,8.400,0.077,0.567,2.744,
30.000
            
1
y
:
:
:
hd161698d  +delta_vsini
0.100,8.200,0.075,0.565,2.742,
11.000
            
1
n

outfileX: ("outyX")

 Ident.    (b-y)    V      m1    c1     Hb    vsini region   (b-y)0   m0     c0    E(b-y)  dc0    dm0     Mv     ro   dmb    TEFF  LG  [FE/H]
hd161698a   0.063  8.500  0.078  0.568  2.745  40.0 11 1 MS  -0.054  0.117  0.546  0.117  9.999 -0.007   -0.31  458   0.21  13658 4.12  9.99
hd161698a   0.143  8.500  0.078  0.568  2.745  40.0 11 1 MS  -0.056  0.144  0.530  0.199  9.999 -0.034   -0.31  390   0.16  13810 4.16  9.99
hd161698a   0.103  8.100  0.078  0.568  2.745  40.0 11 1 MS  -0.055  0.130  0.538  0.158  9.999 -0.020   -0.31  351   0.19  13734 4.14  9.99
hd161698a   0.103  8.900  0.078  0.568  2.745  40.0 11 1 MS  -0.055  0.130  0.538  0.158  9.999 -0.020   -0.31  508   0.19  13734 4.14  9.99
hd161698a   0.103  8.500  0.074  0.568  2.745  40.0 11 1 MS  -0.055  0.126  0.538  0.158  9.999 -0.016   -0.31  423   0.19  13734 4.14  9.99
hd161698a   0.103  8.500  0.082  0.568  2.745  40.0 11 1 MS  -0.055  0.134  0.538  0.158  9.999 -0.024   -0.31  423   0.19  13734 4.14  9.99
hd161698a   0.103  8.500  0.078  0.528  2.745  40.0 11 1 MS  -0.060  0.132  0.497  0.163  9.999 -0.022   -0.31  418   0.06  14150 4.25  9.99
hd161698a   0.103  8.500  0.078  0.608  2.745  40.0 11 1 MS  -0.050  0.128  0.579  0.153  9.999 -0.018   -0.32  429   0.33  13350 4.03  9.99
hd161698a   Mv cannot be computed by Balona. For Sure Emission Lines            
hd161698a   Supergiant:     [u-b]=  0.774    Beta = 2.345                       
hd161698a   Out of the range of validity of grids (Log g < 3.0) Log g =-0.225   
hd161698a   0.103  8.500  0.078  0.568  2.345  40.0 11 1 MS  -0.055  0.130  0.538  0.158  9.999 -0.020   -0.32  429   0.20   9309 -.22  9.99
hd161698a   Supergiant:     [u-b]=  0.774    Beta = 0.105                       
hd161698a   Out of the range of validity of grids (Log g < 3.0) Log g =******   
hd161698a   0.103  8.500  0.078  0.568  0.105   0.2 11 1 MS  -0.055  0.130  0.538  0.158  9.999 -0.020    2.27  128  -2.39   7957 ****  9.99
hd161698a   0.103  8.500  0.078  0.568  2.745  36.0 11 1 MS  -0.055  0.130  0.538  0.158  9.999 -0.020   -0.31  423   0.19  13734 4.14  9.99
hd161698a   0.103  8.500  0.078  0.568  2.745  44.0 11 1 MS  -0.055  0.130  0.538  0.158  9.999 -0.020   -0.31  423   0.19  13734 4.14  9.99
hd161698b   0.072  8.400  0.077  0.567  2.744  30.0 11 1 MS  -0.054  0.119  0.543  0.126  9.999 -0.009   -0.32  433   0.22  13689 4.11  9.99
hd161698b   0.132  8.400  0.077  0.567  2.744  30.0 11 1 MS  -0.056  0.139  0.531  0.188  9.999 -0.029   -0.32  383   0.18  13803 4.14  9.99
hd161698b   0.102  8.100  0.077  0.567  2.744  30.0 11 1 MS  -0.055  0.129  0.537  0.157  9.999 -0.019   -0.32  354   0.20  13746 4.13  9.99
hd161698b   0.102  8.700  0.077  0.567  2.744  30.0 11 1 MS  -0.055  0.129  0.537  0.157  9.999 -0.019   -0.32  467   0.20  13746 4.13  9.99
hd161698b   0.102  8.400  0.074  0.567  2.744  30.0 11 1 MS  -0.055  0.126  0.537  0.157  9.999 -0.016   -0.32  407   0.20  13746 4.13  9.99
hd161698b   0.102  8.400  0.080  0.567  2.744  30.0 11 1 MS  -0.055  0.132  0.537  0.157  9.999 -0.022   -0.32  407   0.20  13746 4.13  9.99
hd161698b   0.102  8.400  0.077  0.537  2.744  30.0 11 1 MS  -0.059  0.130  0.506  0.161  9.999 -0.020   -0.32  403   0.10  14057 4.21  9.99
hd161698b   0.102  8.400  0.077  0.597  2.744  30.0 11 1 MS  -0.051  0.128  0.568  0.153  9.999 -0.018   -0.33  412   0.31  13453 4.05  9.99
hd161698b   Mv cannot be computed by Balona. For Sure Emission Lines            
hd161698b   Supergiant:     [u-b]=  0.771    Beta = 2.444                       
hd161698b   Out of the range of validity of grids (Log g < 3.0) Log g = 0.379   
hd161698b   0.102  8.400  0.077  0.567  2.444  30.0 11 1 MS  -0.055  0.129  0.537  0.157  9.999 -0.019   -0.33  412   0.21   9521 0.38  9.99
hd161698b   0.102  8.400  0.077  0.567  3.044  30.0 11 1 MS  -0.055  0.129  0.537  0.157  9.999 -0.019    1.89  147  -2.01   8499 5.03  9.99
hd161698b   0.102  8.400  0.077  0.567  2.744  27.0 11 1 MS  -0.055  0.129  0.537  0.157  9.999 -0.019   -0.32  407   0.20  13746 4.13  9.99
hd161698b   0.102  8.400  0.077  0.567  2.744  33.0 11 1 MS  -0.055  0.129  0.537  0.157  9.999 -0.019   -0.32  407   0.20  13746 4.13  9.99
hd161698c   0.081  8.300  0.076  0.566  2.743  20.0 11 1 MS  -0.055  0.121  0.540  0.136  9.999 -0.011   -0.34  408   0.22  13719 4.11  9.99
hd161698c   0.121  8.300  0.076  0.566  2.743  20.0 11 1 MS  -0.056  0.134  0.532  0.177  9.999 -0.024   -0.33  376   0.20  13796 4.13  9.99
hd161698c   0.101  8.100  0.076  0.566  2.743  20.0 11 1 MS  -0.055  0.128  0.536  0.156  9.999 -0.018   -0.34  357   0.21  13758 4.12  9.99
hd161698c   0.101  8.500  0.076  0.566  2.743  20.0 11 1 MS  -0.055  0.128  0.536  0.156  9.999 -0.018   -0.34  430   0.21  13758 4.12  9.99
hd161698c   0.101  8.300  0.074  0.566  2.743  20.0 11 1 MS  -0.055  0.126  0.536  0.156  9.999 -0.016   -0.34  392   0.21  13758 4.12  9.99
hd161698c   0.101  8.300  0.078  0.566  2.743  20.0 11 1 MS  -0.055  0.130  0.536  0.156  9.999 -0.020   -0.34  392   0.21  13758 4.12  9.99
hd161698c   0.101  8.300  0.076  0.546  2.743  20.0 11 1 MS  -0.058  0.128  0.516  0.159  9.999 -0.018   -0.33  389   0.14  13964 4.17  9.99
hd161698c   0.101  8.300  0.076  0.586  2.743  20.0 11 1 MS  -0.053  0.127  0.557  0.154  9.999 -0.017   -0.34  395   0.28  13560 4.07  9.99
hd161698c   Supergiant:     [u-b]=  0.767    Beta = 2.543                       
hd161698c   Out of the range of validity of grids (Log g < 3.0) Log g = 1.137   
hd161698c   0.101  8.300  0.076  0.566  2.543  20.0 11 1 MS  -0.055  0.128  0.536  0.156  9.999 -0.018  -13.23*****  13.10  10669 1.14  9.99
hd161698c   0.101  8.300  0.076  0.566  2.943  20.0 11 1 MS  -0.055  0.128  0.536  0.156  9.999 -0.018    1.40  176  -1.52  11685 5.50  9.99
hd161698c   0.101  8.300  0.076  0.566  2.743  18.0 11 1 MS  -0.055  0.128  0.536  0.156  9.999 -0.018   -0.34  392   0.21  13758 4.12  9.99
hd161698c   0.101  8.300  0.076  0.566  2.743  22.0 11 1 MS  -0.055  0.128  0.536  0.156  9.999 -0.018   -0.34  392   0.21  13758 4.12  9.99
hd161698d   0.090  8.200  0.075  0.565  2.742  10.0 11 1 MS  -0.055  0.123  0.537  0.145  9.999 -0.013   -0.35  385   0.23  13750 4.10  9.99
hd161698d   0.110  8.200  0.075  0.565  2.742  10.0 11 1 MS  -0.056  0.130  0.534  0.166  9.999 -0.020   -0.35  370   0.22  13789 4.11  9.99
hd161698d   0.100  8.100  0.075  0.565  2.742  10.0 11 1 MS  -0.055  0.126  0.535  0.155  9.999 -0.016   -0.35  360   0.22  13769 4.11  9.99
hd161698d   0.100  8.300  0.075  0.565  2.742  10.0 11 1 MS  -0.055  0.126  0.535  0.155  9.999 -0.016   -0.35  395   0.22  13769 4.11  9.99
hd161698d   0.100  8.200  0.074  0.565  2.742  10.0 11 1 MS  -0.055  0.125  0.535  0.155  9.999 -0.015   -0.35  377   0.22  13769 4.11  9.99
hd161698d   0.100  8.200  0.076  0.565  2.742  10.0 11 1 MS  -0.055  0.127  0.535  0.155  9.999 -0.017   -0.35  377   0.22  13769 4.11  9.99
hd161698d   0.100  8.200  0.075  0.555  2.742  10.0 11 1 MS  -0.057  0.127  0.525  0.157  9.999 -0.017   -0.35  376   0.19  13872 4.14  9.99
hd161698d   0.100  8.200  0.075  0.575  2.742  10.0 11 1 MS  -0.054  0.126  0.546  0.154  9.999 -0.016   -0.35  379   0.26  13669 4.08  9.99
hd161698d   Supergiant:     [u-b]=  0.764    Beta = 2.642                       
hd161698d   Out of the range of validity of grids (Log g < 3.0) Log g = 2.755   
hd161698d   0.100  8.200  0.075  0.565  2.642  10.0 11 1 MS  -0.055  0.126  0.535  0.155  9.999 -0.016   -2.57 1050   2.44  13482 2.75  9.99
hd161698d   0.100  8.200  0.075  0.565  2.842  10.0 11 1 MS  -0.055  0.126  0.535  0.155  9.999 -0.016    0.72  230  -0.85  12815 4.98  9.99
hd161698d   0.100  8.200  0.075  0.565  2.742   9.0 11 1 MS  -0.055  0.126  0.535  0.155  9.999 -0.016   -0.35  377   0.22  13769 4.11  9.99
hd161698d   0.100  8.200  0.075  0.565  2.742  11.0 11 1 MS  -0.055  0.126  0.535  0.155  9.999 -0.016   -0.35  377   0.22  13769 4.11  9.99

outfilfin: ("outyXfin")

 Ident.    (b-y)    V      m1    c1     Hb    vsini region   (b-y)0   m0     c0    E(b-y)  dc0    dm0     Mv     ro   dmb    TEFF  LG  [FE/H]
hd161698a   0.103  8.500  0.078  0.568  2.745   0.0 11 1 MS  -0.055  0.130  0.538  0.158  9.999 -0.020   -0.31  423   0.19  13734 4.14  9.99
 +/-        0.040  0.040  0.004  0.040  0.400   0.0           0.005  0.015  0.042  0.041  0.000  0.015    0.01   36   0.14    423 0.11  0.00
           -delta_Hbeta:
            Mv cannot be computed by Balona. For Sure Emission Lines
            Supergiant:     [u-b]=  0.774    Beta = 2.345
            Out of the range of validity of grids (Log g < 3.0) Log g =-0.225
            0.103  8.500  0.078  0.568  2.345   0.0 11 1 MS  -0.055  0.130  0.538  0.158  9.999 -0.020   -0.32  429   0.20   9309 -.22  9.99
           +delta_Hbeta:
            Supergiant:     [u-b]=  0.774    Beta = 0.105
            Out of the range of validity of grids (Log g < 3.0) Log g =******
            0.103  8.500  0.078  0.568  0.105   0.2 11 1 MS  -0.055  0.130  0.538  0.158  9.999 -0.020    2.27  128  -2.39   7957 ****  9.99
hd161698b   0.102  8.400  0.077  0.567  2.744   0.0 11 1 MS  -0.055  0.129  0.537  0.157  9.999 -0.019   -0.32  407   0.20  13746 4.13  9.99
 +/-        0.030  0.030  0.003  0.030  0.300   0.0           0.004  0.010  0.032  0.031  0.000  0.010    0.01   27   0.11    316 0.08  0.00
           -delta_Hbeta:
            Mv cannot be computed by Balona. For Sure Emission Lines
            Supergiant:     [u-b]=  0.771    Beta = 2.444
            Out of the range of validity of grids (Log g < 3.0) Log g = 0.379
            0.102  8.400  0.077  0.567  2.444   0.0 11 1 MS  -0.055  0.129  0.537  0.157  9.999 -0.019   -0.33  412   0.21   9521 0.38  9.99
hd161698c   0.101  8.300  0.076  0.566  2.743   0.0 11 1 MS  -0.055  0.128  0.536  0.156  9.999 -0.018  -13.23  392  13.10  10669 1.14  9.99
 +/-        0.020  0.020  0.002  0.020  0.200   0.0           0.003  0.007  0.021  0.021  0.000  0.007   25.79   17  25.82   6302 5.99  0.00
           -delta_Hbeta:
            Supergiant:     [u-b]=  0.767    Beta = 2.543
            Out of the range of validity of grids (Log g < 3.0) Log g = 1.137
            0.101  8.300  0.076  0.566  2.543   0.0 11 1 MS  -0.055  0.128  0.536  0.156  9.999 -0.018  -13.23*****  13.10  10669 1.14  9.99
hd161698d   0.100  8.200  0.075  0.565  2.742   0.0 11 1 MS  -0.055  0.126  0.535  0.155  9.999 -0.016   -0.35  377   0.22  13769 4.11  9.99
 +/-        0.010  0.010  0.001  0.010  0.100   0.0           0.002  0.004  0.011  0.011  0.000  0.004    0.00    8   0.04    105 0.03  0.00
           -delta_Hbeta:
            Supergiant:     [u-b]=  0.764    Beta = 2.642
            Out of the range of validity of grids (Log g < 3.0) Log g = 2.755
            0.100  8.200  0.075  0.565  2.642   0.0 11 1 MS  -0.055  0.126  0.535  0.155  9.999 -0.016   -2.57 1050   2.44  13482 2.75  9.99

confile: ("confy")

 Ident.    (b-y)    V      m1    c1     Hb    vsini region   (b-y)0   m0     c0    E(b-y)  dc0    dm0     Mv     ro   dmb    TEFF  LG  [FE/H]
*1          Conflictive Star
*1          Iterative procedure does not converge
*14         Conflictive Star
 Treated as Main Sequence
*14         E(b-y) < -0.040, E(b-y) = -5.708            Peculiarstar            
*14         1.167  6.000  6.000 -0.371  1.224   0.0 22 2 MS   1.167  6.000 -0.371 -5.708 -1.311 -5.802    2.84   42  19.27   2796 3.04  9.99
 Treated as Supergiant
*14         Supergiant:     [u-b]= 12.201    Beta = 1.224                       
*14         Out of Gray's (1991) Table I, -0.25 < [m1] < 0.80   [m1] =  6.385   
*14         Out of range of (b-y)0. ( [c1] < -0.2 ) Gray (1991)  [c1]= -0.808   
*14         Out of range of Teff. ( 0.3 < (b-y)0 < 0.75) Gray (91) (b-y)0= 1.167
*14         1.167  6.000  6.000 -0.371  1.224   0.0 22 8 SG   1.167  6.000 -0.371 -5.071 -0.808  9.999   42.21    0 -20.09   4502 9.99  9.99