source: TRACY3/trunk/tracy_3_10_install @ 8

*======================================
*   compile numberical receipes 
*======================================

(1) install the package "xutils-dev"

   sudo apt-get install xutils-dev 

(2) at the path "recipes_c-ansi/", make the objects 
        make
(3) make dependences of the objects
     makedepend

After finish the above steps, 
the objects files should be generated in the path "recipes",
and a static library "librecipes_c_gcc.a"
should be generated in the path "lib". 
  
*==================================================
*  Compile the tracy source code and 
*  link with the objects from numberical receipe       
*==================================================
(1) set the enviroments for tracy III. For example,
     for ubuntu 11.10/12.04 LST in MacBook Pro. 8.2, add the 
     following lines in ~/.bashrc:
     
     for ubuntu 11.10:
     export LIBPATH=/usr/lib/gcc/x86_64-linux-gnu/4.6.1/
    
     for ubuntu 12.04
     export LIBPATH=/usr/lib/gcc/x86_64-linux-gnu/4.6.3/


     export LD_LIBRARY_PATH=$LIBPATH:/usr/local/lib:/usr/lib
     CODEDIR=$HOME/codes
     export NUM_REC=$CODEDIR/nrecipes/recipes_c-ansi
     export TRACY_LIB=$CODEDIR/tracyIII_3_10/tracy

(2)What is necessary:
1/ gcc
2/ g++
3/ gfortran
4/ autoconf
5/ libtool
6/ libgls0-dev (lib + development library with header such as gls_sf.h; GNU Scientific Library(GSL) -- development package)

so install the above 6 packages first!!!!!!!!!!
   

(2) run the script to generate makefile, compile the objects,
    link, and then generate the execute file "soltracy" at the 
    path "tracy/tool". 
     
     chmod +x make_for_gcc.sh
     ./make_for_gcc.sh

(3) Finally, a execute file "soltracy" is generated in the path "tracy/tools"

 (4) make a symbolic link to the "soltracy", so tracy can be called
    any path in the computer, using the command "soltracy3".

    sudo ln -s  /home/jfz/codes/tracyIII_3_10/tracy/tools/soltracy  /usr/local/bin/soltracy3