#This is a README file.

#1. Make code compileable without gfortran #2. Reorganize directory structure and makefile

################################################## ############Dependencies ######################### ################################################## Currently using

1. gcc version 5.1.1 20150618 (Red Hat 5.1.1-4) (GCC)
2. BOOST LIBRARIES
3. ROOT 5.34/32 ###################################################

################################################### All source files are in directory src/ Fortran codes are in src/F/ and src/F/mdls/ Following is the description of the code also avaiable at http://arxiv.org/pdf/hep-ph/0005084v1.pdf ###################################################

################################################### ##Main programs from original GAPP code:

1. fit.f : contains a simple call to minuit for SM fit
2. mh.f : Computes proabability distribution function for Mhiggs:(Relevant for pre-higgs discovery era)
3. plotter.f : Plotting program
4. zplotter.f : Plotting program
5. zplotter2.f : Plotting program #################################################### ##Additional main programs from Kai Schmidt
6. average.f : Not sure: seems to be independent code that calculates some sort of average-- need to check if it is being called by the scripts
7. sort.f : Not sure: seems to be independent code that sorts data in a particular file-- need to check if it is being called by the scripts
8. sinth_zprime.f :
9. mhplot.f :
10. 221mt.f :
11. 221mh.f :
12. 221plotter.f :
13. plotter2.f :
14. plotter3.f :
15. plot_ma.f : ##################################################### ##Remaing code
16. chi2.f : contains subroutine 1. fcn which: a. Defines constants and flags b. Initializes parts of the 1-loop package FF c. Makes final call to subroutine values in main.f and a function chi2.f which: a. Calculates the chi2. The user can make changes to the data , values, errors and correlation coeffs here.
17. main.f : Contains subroutine values that
18. bsgamm.f : Calculates b to s gamma
19. sin2th.f : Calculates \sin^{2}\theta_{W}
20. alfahat.f : Calculates RGE of \alpha to order (\alpha \alpha_{s}^{3})
21. lep100.f : Calculates Z-pole observables, decay widths etc.
22. bvertex.f : Calculates the top mass corrections to Z-> bb decay
23. masses.f : Running masses of quarks to 3 loop order
24. alfas.f : Strong coupling constant at 4 loop