Fixes issue with RX, TX and MUX controller in OhmPiHardware __init__

measure.py

@@ -41,13 +41,16 @@ class OhmPiHardware:
                                                                    soh_logger= self.soh_logger))
         self.rx = kwargs.pop('rx', rx_module.Rx(exec_logger=self.exec_logger,
                                                  data_logger=self.data_logger,
-                                                 soh_logger=self.soh_logger))
+                                                 soh_logger=self.soh_logger,
+                                                 controller = self.controller))
         self.tx = kwargs.pop('tx', tx_module.Tx(exec_logger=self.exec_logger,
                                                  data_logger=self.data_logger,
-                                                 soh_logger=self.soh_logger))
+                                                 soh_logger=self.soh_logger,
+                                                 controller=self.controller))
         self.mux = kwargs.pop('mux', mux_module.Mux(exec_logger=self.exec_logger,
                                                     data_logger=self.data_logger,
-                                                    soh_logger=self.soh_logger))
+                                                    soh_logger=self.soh_logger,
+                                                    controller=self.controller))
         self.readings = np.array([])  # time series of acquired data
         self._start_time = None  # time of the beginning of a readings acquisition
         self._pulse = 0  # pulse number

test_measure_with_ohmpi_card_3_15.py

@@ -43,7 +43,8 @@ print(f'SP: {k.sp} mV')
 r = ((k.readings[:,4]-k.readings[:,2]*k.sp)/k.readings[:,3])
 print(f'Mean resistance with sp correction : {np.mean(r):.3f} Ohms, Dev. {100*np.std(r)/np.mean(r):.1f} %')
 print('\nTesting with pulses')
-r = np.array([np.abs((k.pulses[i]['polarity']*k.pulses[i]['vmn']-k.sp)/k.pulses[i]['iab']) for i in k.pulses.keys()])
+r = [np.abs((k.pulses[i]['polarity']*k.pulses[i]['vmn']-k.sp)/k.pulses[i]['iab']) for i in k.pulses.keys()]
+print(r)
 for i in range(len(r)):
     print(f'Mean resistance with sp correction for pulse{i}: {np.mean(r[i]):.3f} Ohms, Dev. {100*np.std(r[i])/np.mean(r[i]):.1f} %')
 change_config('config_default.py', verbose=False)