Update and rename README to README.md

make_histograms/README

-##############################
-Charge histogram of each site
-##############################
-
-In this folder you will find: 
-
->The .root files of eight sites.  
->To convert the .root files to .dat files please follow the instructions below:
-	> make clean
-	- Edit the file main.cxx to select the maximum range (in this case "binForPhotons = 800") and the histogram you want to convert (for instance "histTest = (TH1F*)fileIn.Get("histCerenPhoElectAll")" to obtain the histogram of the number of pe of all particles)
-	> make 
-	> ./mainExe file.root > name.dat (for example ./mainExe chacaltaya.root > ch_all.dat, gets the histogram of pe corresponding to all particles in Chacaltaya).
-	- For each site you should obtain six data files, for instance:
-		ch_all.dat
-		ch_muon.dat
-		ch_elec.dat
-		ch_gamm.dat
-		ch_neut.dat
-		ch_hadr.dat
-
-###########################################################################
-For more information about the main code please contact mauromsd@gmail.com
-###########################################################################
-
->The script for switching from photoelectrons to energy deposited:
-	-Please execute the lines that you need from reconversion.sh and you will obtain the files, for instance Chacaltaya:
-		eng_ch_all.dat
-		eng_ch_muon.dat
-		eng_ch_elec.dat
-		eng_ch_gamm.dat
-		eng_ch_neut.dat
-		eng_ch_hadr.dat
-
->The histogram.gp allows you to plot the energy deposited histogram of each site. Please check:
-	-The name of the output file (line 3)
-	-The title of the plot (line 13-20)
-	-The data of the site to be plotted (line 38-45) 
-
-
-###########################################################
-For more information please contact adrianacvr67@gmail.com
-###########################################################

make_histograms/README.md

+# Charge histogram of each site
+
+## In this folder you will find: 
+
++ The .root files of eight sites.  
++ To convert the .root files to .dat files please follow the instructions below:
+	- make clean
+	- Edit the file main.cxx to select the maximum range (in this case "binForPhotons = 800") and the histogram you want to convert. 
+		> For instance "histTest = (TH1F*)fileIn.Get("histCerenPhoElectAll")" to obtain the histogram of the number of pe of all particles.
+	- make 
+	- ./mainExe file.root > name.dat 
+		> For example ./mainExe chacaltaya.root > ch_all.dat, gets the histogram of pe corresponding to all particles in Chacaltaya.
+	- For each site you should obtain six data files, for instance:
+		>- ch_all.dat
+		>- ch_muon.dat
+		>- ch_elec.dat
+		>- ch_gamm.dat
+		>- ch_neut.dat
+		>- ch_hadr.dat
+
+> For more information about the main code please contact mauromsd@gmail.com
+
++ The script for switching from photoelectrons to energy deposited:
+	- Please execute the lines that you need from reconversion.sh and you will obtain the files, for instance Chacaltaya:
+		>- eng_ch_all.dat
+		>- eng_ch_muon.dat
+		>- eng_ch_elec.dat
+		>- eng_ch_gamm.dat
+		>- eng_ch_neut.dat
+		>- eng_ch_hadr.dat
+
++ The histogram.gp allows you to plot the energy deposited histogram of each site. 
+	- Please check:
+		>- The name of the output file (line 3)
+		>- The title of the plot (line 13-20)
+		>- The data of the site to be plotted (line 38-45) 
+
+> For more information please contact adrianacvr67@gmail.com