SW-Tutorial.md

@@ -19,8 +19,24 @@ This macro converts the binary file.dat acquired by the Digitizer into a ROOT fi
 
 The second step is: `/$HOME/foot_turin/Script/PythonScript/sw_standalone/create_ntuple.py`.
 
-This macro aims at processing the TreeWave.root generating the major quantities required by the analysis (amplitude, charge, baseline, fit paramters, etc.) and saving them in another ROOT file. 
-
+This class aims at processing the TreeWave.root generating the major quantities required by the analysis (amplitude, charge, baseline, fit paramters, etc.) and saving them in another ROOT file. 
+
+The list of the class methods are:
+
+- `def _init_(self, dir_in, ch_list, isFitAn, dig, bit, save_canvas, pulse_folder)`: class constructor 
+- `def constant_numbers(self, bit)`: it defines some constant numbers
+- `def open_tree(self)`: it opens the input TreeWave.root file
+- `def init_data(self)`: it initialises the arrays to store the main quantities (amplitude, charge, etc.) 
+- `def reset_data(self)`: it resets the arrays each event
+- `def baseline(self, c_id)`: it calculates the signal baseline
+- `def pulse_analysis(self, c_id)`: it perform the signals evaluation. In particular it performs `ADC[i]-baseline`, it creates the signal histogram and it calculates amplitude and charge
+- `def ntuple_store(self, fout)`: it creates the output file where store the n-tuples
+- `def temp_conversion(self)`: it performs the temperature conversion from ADC to degree
+- `def fit_initialization(self)`: it defines the fit function
+- `def fit_analysis(self, c_id)`: it performs the fit analysis and it retrieves all the fit parameters
+- `def init_canvas(self)`: it creates the canvas of some PDF pictures
+- `def draw_pulses(self, i, c_id, event)`: it draws the signals in the canvas
+- `def analyze_tree(self, ev_start, ev_stop, fout)`: main function which recalls all the previous ones.
 ### How to run
 The macro can be run through the `/$HOME/foot_turin/Script/PythonScript/sw_standalone/analyze.py` script.