def initialize_GUI(self):
"""
Fill up the GUI
"""
_debug('GUIMainExperiment: initialize_GUI')
# Prepare the GUI before to place them
self.gui_confocal = gui_confocal_main.GUIMainConfocal(self.fpga)
self.gui_pulser = gui_pulser.GuiMainPulseSequence(self.fpga)
self.gui_saturation = gui_saturation.GUISaturation(self.fpga)
# Replace the optimer button outside, for easy access
self.place_object(self.gui_confocal.gui_optimizer.button_optimize,
row=1)
# Place a button for printing the bugs
self.button_checkbug = egg.gui.Button('Check is everything is cool',
tip='Print the last error')
self.place_object(self.button_checkbug, row=1)
self.connect(self.button_checkbug.signal_clicked,
self.button_checkbug_clicked)
# Plus the label for the print
self.label_checkbug = egg.gui.Label(
'Welcome to the best experiment since 1992.')
self.place_object(self.label_checkbug, row=1)
# Place tabs
self.tabs1 = self.place_object(egg.gui.TabArea(),
row=2,
column=0,
column_span=5,
alignment=0)
# Tab for the confocal
self.tab_confocal = self.tabs1.add_tab('Confocal')
self.tab_confocal.place_object(self.gui_confocal, alignment=0)
# Tab for the pulser
self.tab_pulser = self.tabs1.add_tab('Pulser')
self.tab_pulser.place_object(self.gui_pulser, alignment=0)
# Tab for the saturation analysis
self.tab_saturation = self.tabs1.add_tab('Saturation curve')
self.tab_saturation.place_object(self.gui_saturation, alignment=0)
# Tab for miscaleneous experiment that are more complexe that simple
# Pulse sequence
# Each experiment will be placed into tabs2
self.tabs2 = egg.gui.TabArea()
self.tab_high_level = self.tabs1.add_tab('Awesome experiment')
self.tab_high_level.place_object(self.tabs2,
row=2,
column=0,
column_span=5,
alignment=0)
# Place a tab for the pi-pulse
self.gui_pipulse_opt = gui_pipulse_optimization.GUIPiPulseOptimization(
self.gui_pulser)
self.tab_pipulse = self.tabs2.add_tab('Pi-pulse')
self.tab_pipulse.place_object(self.gui_pipulse_opt, alignment=0)
# Place a tab for the adaptive Bayes
self.tab_bayes = self.tabs2.add_tab('Adaptive Bayes')
self.tab_bayes.place_object(egg.gui.Button('Wooho'))
# Update the image
self.map.set_data(self.Z)
_debug('GUIPiPulseOptimization: run: f=', f, 'Okay')
if __name__ == '__main__':
_debug_enabled = True
# Create the fpga api
bitfile_path = (
"X:\DiamondCloud\Magnetometry\Acquisition\FPGA\Magnetometry Control\FPGA Bitfiles"
"\Pulsepattern(bet_FPGATarget_FPGAFULLV2_WZPA4vla3fk.lvbitx")
resource_num = "RIO0"
# fpga = _fc.FPGA_api(bitfile_path, resource_num) # Create the api
# fpga.open_session()
# self = GuiMainPulseSequence(fpga)
# self.show()
import api_fpga as _fc
fpga_fake = _fc.FPGA_fake_api(bitfile_path, resource_num) # Create the api
fpga_fake.open_session()
import gui_pulser
gui = gui_pulser.GuiMainPulseSequence(fpga_fake)
self = GUIPiPulseOptimization(gui)
self.show()