Feature/move more doc (ACCORD-NWP#47)

README.md

@@ -32,72 +32,6 @@ The documentation for _Accord DA tools_ is available on [https://accord-nwp.gith
 
 Contributions adding/correcting the documenation are welcome via using Pull Request.
 
-
-
-TuneBR sub-package 
-""
-This package is a "pure python" re-implementation of   an 
-existing tool ( tuneBR ) which has been already developed 
-by the RC-LACE colleagues Benedikt Strajnar &  Gergely Boloni 
-( shared on RC-LACE forum 12/2010 )
-It's an  "easy and quick" application of a' posteriori diagnosis
-and tuning for B and R variances and based on the method of
-"covariance of residuals in observation space
-proposed by Desroziers et al (2005), see below:
-https://rmets.onlinelibrary.wiley.com/doi/pdf/10.1256/qj.05.108
-"""
-
-GENERAL INFO :
-MODULE NAME         : tuneBR 
-USED LANGUAGE       : fortran/python 
-NEEDS INSTALLATION  : NO 
-NEEDS COMPILATION   : YES 
-DEPENDECIES         : gfortran 
-                    : python3.8.x  or HIGHER
-                    : cmake 3.20.x or HIGHER   
-
-
-HOW IT WORKS ? 
-I-)  IF IT'S  BUILD  USING CMAKE, ONE HAS ONLY TO MERGE THE BOTH
-     CMAKE FILES WITH THE ONE OF AccordDaTools !
-     SEE THE FUTURE CORRCETIONS BY E.Weahlan in AccordDaTools REPOSITORY.  
-
-II-) IF IT IS USED AS STANDOLONE ( NOT IN AccordDaTools )
-
-( ON ATOS , BELENOS AND RMI LOCAL HPC "PBS ENV"  )  
-module load python3/3.8.8-01  
-module load cmake   
-
-STEP1 : INSTALL TE FORTRAN/Python EXTENSION TO READ THE GSA FILE (Bmatrix COVARIANCES )
-```
-        mkdir -p tuneBR/build 
-        cd tuneBR/build          
-        cmake   ../  
-        make 
-        make install  
-    
-        OPTIONS :        
-        FC=your fortran compiler   ( optional )
-        CC=your C       compiler   ( optional )
-        FFLAGS= 
-        CFLAGS=           
-        VERBOSE=0, 1 or 2    # Verbosity Level (Default =0)
-```
-SETP2  : PREPARE SOME ODB FILES ( CCMA FROM MINIMISATION )
-        (IN THE DOCUMENTATION, A PERIOD OF 10 DAYS SHOULD BE ENOUGH )
-STEP3  : GENERATE A MANDALAY BINARY WITH THE FOLLOWING sql REQUEST 
-        "CREATE VIEW mandalay AS
-         SELECT  obstype,varno,an_depar,fg_depar,final_obs_error FROM hdr, body, errstat"       
- STEP3 : CONFIGURE THE "config.ini"  FILE ACCORDING TO YOUR PATHS AND ENVIRONMENT  
- STEP4 : RUN 
-```       
- python3    tuneBR.py   config.ini  
-```
-
-THE SIGMA_B ,SIGMA_O RATIOS ,AVERAGE RATIOS AND 
-THE NUMBER OF USED OBSERVATIONS WILL BE PRINTED ON THE SCREEN
-
-
 ## Help
 TBC