def measure_impedance_non_blocking(self, sampling_time_ms, n_samples,
delay_between_samples_ms, state):
state_ = uint8_tVector()
for i in range(0, len(state)):
state_.append(int(state[i]))
Base.measure_impedance_non_blocking(self, sampling_time_ms, n_samples,
delay_between_samples_ms, state_)
def measure_impedance(self, sampling_time_ms, n_samples,
delay_between_samples_ms, state):
state_ = uint8_tVector()
for i in range(0, len(state)):
state_.append(int(state[i]))
impedance = np.array(Base.measure_impedance(self,
sampling_time_ms, n_samples,
delay_between_samples_ms, state_))
V_hv = impedance[0::4]
hv_resistor = impedance[1::4].astype(int)
V_fb = impedance[2::4]
fb_resistor = impedance[3::4].astype(int)
return (V_hv, hv_resistor, V_fb, fb_resistor)
def i2c_send_command(self, address, cmd, data, delay_ms=100):
data_ = uint8_tVector()
for i in range(0, len(data)):
data_.append(int(data[i]))
return np.array(Base.i2c_send_command(self, address, cmd, data_,
delay_ms))
def i2c_write(self, address, data):
data_ = uint8_tVector()
for i in range(0, len(data)):
data_.append(int(data[i]))
Base.i2c_write(self, address, data_)
def state_of_all_channels(self, state):
state_ = uint8_tVector()
for i in range(0, len(state)):
state_.append(int(state[i]))
Base.set_state_of_all_channels(self, state_)