The aim of thees scripts is 
1) to fight with some features of wkm 
2) produce triumf-like "answer" files ready for
the Triumf msr database format, which can be plotted via 

db
command line program or 

via Java muview
http://www.musr.org/muview/
GUI
 
___________________________________________
 
trifit initialfile_without_msr_extention

This program filters the MINUIT.OUT file.
you must have 
MINOS
command in your *.msr file

For example

trifit 317_ncKubo

this will copy 317_ncKubo.msr to 317_ncKubo.mlog
and produce two outputs:
new 317_ncKubo.msr and 317_ncKubo.A 

*.A file is constructed directly from MINUIT.OUT file
and, thus, overcomes restricted text format of wkmfit. 

If your *.msr file starts with

TITLE

trifit will substitute this string by the comment string from the
lem *.summ file

_______________________________________

ch

chain style fitting:

type ch for help:


bh

batch style of fitting


for stability reason it is better to use bh

e.g.

bh 318 318 315 _tf_2gss

Both scripts substitute first string of a *.msr file by the lem title string.
and produce 
*.A 
files 
and which are appended to the unique 
DB.A 
file.

_____________________________________

comment_summ infile outfile path_to_summ_files 
 
This program substitutes IND VAR string in LEM *.A* files of
2005,2006,2007

by T= "value from the lem summary file"

by Transport= "value from the lem summary file"

by Energy= "value from the lem summary file"

and, if |RAR-RAL|>0.02 kV
by RAR-RAl= "value from the lem summary file"

Usage:comment_summ in_file out_file path_to_lem_summary_files

For example:
comment_summ DB.A 1 /mnt/data/nemu/summ/2006/

For 2007 data path can be omitted:

For example 
comment_summ DB.A 1

_____________________________________


To plot the data:

There is a db program which is command interpretor and
uses special *.db text files.

To append new points to *.db file first do

rm DB.A

do batch fit (see above)

include temperature in the fitting result by

comment_summ DB.A 1 (path_to_summ_files)

open in an editor (eg nedit)  a  *.db file
and append 1 to the end of the data (but not to
the end of *.db file).


The structure of a db file is the following:
______________________________________________
TITLE
 Pure Al WEW TF measurements
 ABSTRACT
 Separate Histos fits of 0.2-7 us range to one exponent 

 LABELS
 T (K)
 Transport (kV)
 Implantation Energy (keV)
 Tau (us)   
 Asy    
 Rate (MHz)   
 Field (G)  
 N0_L   
 Bkg_L  
 Phase_L (Deg)
 N0_R   
 Bkg_R  
 Phase_R (Deg)
 N0_T   
 Bkg_T  
 Phase_T (Deg)
 N0_B   
 Bkg_B  
 Phase_B (Deg)
 Chi Squared
 Run

DATA T Tr E Tau Asy Rate B NL BL PhL NR BR PhR NT BT PhT NB BB PhB CHISQ RUN
\-e
 T =  20.01,,,\
 Transport =12.01,,,\
 Energy =0.97,,,\
Tau     = 2.1970,       0,            ,\
Asy     = 0.13311,      0.36797E-02,  0.35950E-02, \
Rate    = 0.40647,      0.23228E-01,  0.22447E-01, \
Field   = 100.13,       0.24213,      0.24120,     \
N0_L    = 3837.4,       9.6320,       9.6270,      \
Bkg_L   = 191.09,       2.1507,       2.1514,      \
Phase_L = 21.099,       2.2295,       2.2236,      \
N0_R    = 3873.1,       9.6462,       9.6499,      \
Bkg_R   = 216.72,       2.2017,       2.2010,      \
Phase_R = 202.96,       2.1856,       2.1812,      \
N0_T    = 4093.2,       10.032,       10.028,      \
Bkg_T   = 217.47,       2.2544,       2.2555,      \
Phase_T = 289.63,       2.1218,       2.1277,      \
N0_B    = 3574.8,       9.2605,       9.2648,      \
Bkg_B   = 182.33,       2.0826,       2.0813,      \
Phase_B = 114.17,       2.1372,       2.1414,      \
 CHI_SQ =  1429.039,,,\
100,,, pure Al WEW 17.4A 100G T=20.01K TR=12.01kV Samp=10.41kV E=0.97keV


____________________________________________________________________
All the fields are obligatory:

TITLE         is a title of the PLOT

ABSTRACT      please write here how you fit

LABELS        are used for labels

DATA          are used for the names of the variables

!!!!!!!!!!!!!!!!!!!
Number of labels = Number of DATA = number of strings of your fit result file
!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!

PLEASE NOTE EMPTY LINES (AT LEAST ONE) AT THE END OF THE *.db FILE

!!!!!!!!!!!!!!!!

____________________________________________________________________

Practical how-to:

Create or copy first a template e.g
103_hist.msr

Fit it using 
trifit run_number_after_run_number
like

trifit 103_hist

Clean up DB.A like
rm DB.A 

Use your run_number_after_run_number.msr like a template for 
bh

like 100 155 103 _hist

Use 
comment_summ DB.A 1

to add temperature, transport, energy and RAR-RAL to file named 1

Append it to the end of the data block 
of your *.db file.

As for the *.db structure.
The good style is just copy the header from some other *.db file to your file.
There are lot around.

 

Do not forget empty line at the end of the *.db file