home.md

-# Usage
+# Description
+
+This project contains 1 prebuilt executable to create hit patterns (Hitpattern) and 2 prebuilt executables to determine the geometry of your setup (IsotropicFitter and PolynomialFitter) based on two different fitting routines implemented in AUSAlib.  Besides fitting the hit patterns, the programs also generate nice graphical output. The plots can either be outputted to a file or shown directly using ROOT's batch mode.
 
-Two prebuilt executables to use AUSAlib's geometry fitting routines. It contains two executables one for each routine. They handle the fitting and gives a nice graphical output. THe plots can either be outputted to a file or shown directly using ROOT's batch mode. They are called IsotropicFitter and PolynomialFitter:
-``IsotropicFitter [options] -d setup_file -i input_file -n detector_name -p hitpattern
-PolynomialFitter [options] -d setup_file -i input_file -n detector_name -p hitpattern``
+# Usage
+```
+./IsotropicFitter [options] -d setup_file -i input_file -n detector_name -p hitpattern
+./PolynomialFitter [options] -d setup_file -i input_file -n detector_name -p hitpattern
+```
+The syntax for the program to generate hit patterns is slightly different. Type ``.\Hitpattern -h`` to see required and optional input arguments.
 
 # Options