SW-Tutorial.md

@@ -32,7 +32,8 @@ Enabling the fit analysis the processing time could be quite long (several minut
 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 daq(self, daq, sampl_rate):`: it allows the user to choose the digitizer and its features
+- `def constant_numbers(self)`: 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
@@ -57,8 +58,8 @@ This script need some **POSITIONAL** arguments:
 and some **OPTIONAL** arguments:
 
 - the list of the channel (i.e. the crystal ID number): `[-c]`
-- the sampling rate of the digitizer: `[-d]`
-- the bit number of the digitizer: `[-b]`
+- the sampling rate of the digitizer: `[-srate]`
+- digitizer model: `[-daq]`
 - the path of the output file: `[-o]`
 - keyword to enable/disable the fit analysis: `[-f]`
 - keyword to set the frequency for saving PDF waveforms: `[-s]`
@@ -66,7 +67,7 @@ and some **OPTIONAL** arguments:
 
 example from terminal:
 
-`> python analyze.py TreeWave.root 0 10000 -c 0 1 2 3 4 5 6 7 8 -d 1024 -b 12 -o fout_ntuple.root -f -s 1000 -p PulseWF`
+`> python analyze.py TreeWave.root 0 10000 -c 0 1 2 3 4 5 6 7 8 -o fout_ntuple.root -f -s 1000 -p PulseWF -daq wave_daq -srate 1024`
 
 ## 3. Read n-tuple