"""
Update the gui such that the widgets match with the fpga.
That is useful for the implementation with other GUI that also
modifies the fpga.
"""
_debug('GUICounts: update_GUI_with_fpga')
# There is nothing to update with the fpga.
# The count time interval is note recored in the fpga, because it is
# hidden in the data array
if __name__ == '__main__':
import api_fpga as _fc
_debug_enabled = True
_fc._debug_enabled = False
print('Hey on es-tu bin en coton-watte')
# 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 = GUICounts(fpga)
self.show()
import api_fpga as _fc
_debug_enabled = True
gui_pulser._debug_enabled = True
gui_confocal_main._debug_enabled = False
gui_pipulse_optimization._debug_enabled = False
gui_magnet._debug_enabled = False
import gui_confocal_optimizer
gui_confocal_optimizer._debug_enabled = True
_fc.debug_enabled = False
print('Hey on es-tu bin en coton-watte')
# Get the fpga paths and ressource number
import spinmob as sm
infos = sm.data.load('cpu_specifics.dat')
bitfile_path = infos.headers['FPGA_bitfile_path']
resource_num = infos.headers['FPGA_resource_number']
# Get the fpga API
fpga = _fc.FPGA_api(bitfile_path, resource_num)
fpga.open_session()
self = GUIMainExperiment(fpga)
self.show()
# fpga_fake = _fc.FPGA_fake_api(bitfile_path, resource_num) # Create the api
# fpga_fake.open_session()
#
# self = GUIMainExperiment(fpga_fake)
# self.show()