def start():
"""Starts the GUI for the experiment using the config file specified as system argument.
"""
args = sys.argv[1:]
if len(args) != 1:
print(help_message)
return
from PythonForTheLab.Model.experiment.IV_measurement import Experiment
from PythonForTheLab.View.start import start_gui
experiment = Experiment()
experiment.load_config(args[0])
experiment.load_daq()
start_gui(experiment)
self.portLine.setText('{}'.format(experiment.properties['Monitor']['channel']))
self.timeResolutionLine.setText(experiment.properties['Monitor']['time_resolution'])
self.refreshTimeLine.setText(experiment.properties['Monitor']['refresh_time'])
self.totalTimeLine.setText(experiment.properties['Monitor']['total_time'])
def apply_new_values(self):
"""Formats the values in the form and emits a custom signal *propertiesChanged* including a
dictionary of the values that are provided (changed or not).
"""
new_values = {'port_monitor': int(self.portLine.text()),
'time_resolution': Q_(self.timeResolutionLine.text()),
'refresh_time': Q_(self.refreshTimeLine.text()),
'total_time': Q_(self.totalTimeLine.text()),}
self.propertiesChanged.emit(new_values)
if __name__ == "__main__":
import sys
from PyQt5.Qt import QApplication
ap = QApplication(sys.argv)
from PythonForTheLab.Model.experiment.IV_measurement import Experiment
e = Experiment()
session = {'port_monitor': 1,
'time_resolution': Q_('1ms'),
'refresh_time': Q_('20ms'),
'total_time': Q_('15s')}
e.properties = session
m = ConfigWindow(e)
m.show()
ap.exit(ap.exec_())