def __init__(self, InstrumentAddress="", **kwargs):
"""init: get the driver connection to the Lock-In, set up default conf"""
super().__init__(**kwargs)
self.lockin = SR830(InstrumentAddress)
self.__name__ = "SR830_Updater " + InstrumentAddress
# self.interval = 0.05
self.ShuntResistance_Ohm = 0
self.ContactResistance_Ohm = 0
# with self.lock:
# for ct, entry in enumerate(self.data):
# ent0, ent1 = shaping(entry)
# self.lines[ct].set_xdata(ent0)
# self.lines[ct].set_ydata(ent1)
# self.ax.relim()
# self.ax.autoscale_view()
# self.canvas.draw()
# except ValueError as e_val:
# print('ValueError: ', e_val.args[0])
# def closeEvent(self, event):
# """stop the timer for updating the plot, super to parent class method"""
# self.timer.stop()
# super().closeEvent(event)
# # del self
if __name__ == '__main__':
lockin1 = SR830('GPIB::9')
data = [lockin1.x, lockin1.y]
app = QtWidgets.QApplication(sys.argv)
form = Window_plotting(data, 'X', 'Y', 'something', 1)
form.show()
sys.exit(app.exec_())
while True:
data[0] = lockin1.x
data[1] = lockin1.y
inlet_pressure = args.inlet # bar
# goal_pressure = 5 # bar, this is max pressure we want to achieve
for goal_pressure in range(6, 7, 1):
volt = goal_pressure / 1.7898
volt_max = inlet_pressure / 1.7898
if inlet_pressure < goal_pressure:
sys.exit("Goal prressure exceeds the limit, bitch!!")
ramp1 = np.linspace(0, volt, int(volt / 0.1))
ramp2 = np.linspace(volt, 0, int(volt / 0.1))
print(ramp1)
lockin1 = SR830("GPIB::9")
print(lockin1.frequency)
lockin1.frequency = 11.425
print(lockin1.frequency)
for no_cycle in range(1):
CNT = 0
for ramp in [ramp1, ramp2]:
for set_voltage in ramp:
lockin1.auxv3 = set_voltage
time.sleep(1)
for no_mes in range(50):
temp=[],
tempres=[],
rho=[],
resistivity=[],
pressure=[],
set_pressure=[],
read_pressure=[],
dac3=[],
read_voltage=[],
x=[],
y=[],
frequency=[],
sine_voltage=[]))
LS = LS350(None, 'GPIB::1::INSTR')
lockin = SR830('GPIB::9')
SAMPLE_DIMENSIONS = dict(cs1=cs1, cs2=cs2, length=length)
print(df)
for goal_pressure in range(1, 9, 1):
if inlet_pressure < goal_pressure:
raise AssertionError('Goal prressure exceeds the limit')
ramp1 = np.linspace(0, goal_pressure, int(goal_pressure / 0.1))
ramp2 = np.linspace(goal_pressure, 0, int(goal_pressure / 0.1))
# print(ramp1)
for ramp in (ramp1, ramp2):
for voltage in ramp:
def startup(self):
log.info("Setting the seed of the random number generator")
# random.seed(self.seed)
self.lockin1 = SR830('GPIB::9')