def get_custom_config(self):
"""
Gets a pyforms BaseWidget to complete configuration for LinearAxis
"""
if self._widget is None:
widget = BaseWidget("Linear Axis Config")
widget.device_list = ControlCombo(label="Device")
widget.device_list += ('None', None)
for device in DEVICES:
widget.device_list += device
if self._linear_stage is not None:
widget.value = self._linear_stage.serial_number
print("Stage:", self._linear_stage.serial_number)
print("Widget:", widget.value)
widget.device_list.current_index_changed_event = self._update_stage
widget.formset = ['device_list', '']
self._widget = widget
self._update_stage(0)
if self._linear_stage is not None:
self._linear_stage.identify()
return self._widget
def __init__(self):
# Begin making the GUI shown when this sensor is selected
self._widget = BaseWidget()
self._widget.threshold = ControlSlider(label="Threshold",
default=18,
min=0,
max=255)
self._widget.threshold.changed_event = self._update_params
self._widget.min_size = ControlSlider(
label="Minimum Size",
default=50,
min=0,
max=200,
)
self._widget.min_size.changed_event = self._update_params
self._widget.sample_radius = ControlSlider(label="Sample Radius",
default=17,
min=0,
max=200)
self._widget.sample_radius.changed_event = self._update_params
self._widget.show_button = ControlButton(label="Show Camera")
self._widget.show_button.value = self._show_camera
self._widget.before_close_event = self._hide_camera
def __init__(self):
self._camera = ThorlabsDCx()
self._measuring = False
# Begin making the GUI shown when this sensor is selected
self._widget = BaseWidget()
self._widget.threshold = ControlSlider(label="Threshold",
default=18,
min=0,
max=255)
self._widget.min_size = ControlSlider(
label="Minimum Size",
default=50,
min=0,
max=200,
)
self._widget.sample_radius = ControlSlider(label="Sample Radius",
default=17,
min=0,
max=200)
self._widget.show_button = ControlButton(label="Show Camera")
self._widget.show_button.value = self._show_camera
self._widget.before_close_event = self._hide_camera
self._timer.timeout.connect(self._get_frame)
def __init__(self):
# Begin making the GUI shown when this sensor is selected
self._widget = BaseWidget()
self._widget.threshold = ControlSlider(
label="Threshold",
default=18,
min=0,
max=255
)
self._widget.threshold.changed_event = self._update_params
self._widget.min_size = ControlSlider(
label="Minimum Size",
default=50,
min=0,
max=200,
)
self._widget.min_size.changed_event = self._update_params
self._widget.on_threshold = ControlSlider(
label="Frequency Threshold",
default=17,
min=0,
max=255
)
self._widget.on_threshold.changed_event = self._update_params
self._widget.x_bounds_label = ControlLabel(
label="X Bounds"
)
self._widget.x_bounds = ControlBoundingSlider(
label="X Bounds",
default=[0, 640],
min=0,
max=640,
horizontal=True
)
self._widget.x_bounds.convert_2_int = True
self._widget.x_bounds.changed_event = self._update_params
self._widget.y_bounds_label = ControlLabel(
label="Y Bounds"
)
self._widget.y_bounds = ControlBoundingSlider(
label="Y Bounds",
default=[0, 512],
min=0,
max=512,
horizontal=True
)
self._widget.y_bounds.convert_2_int = True
self._widget.y_bounds.changed_event = self._update_params
self._widget.save_background = ControlButton(
label="Save background"
)
self._widget.save_background.value = self._save_background
def __init__(self):
self._labjack = ljm.openS("T7", "USB", "ANY")
self._serial_number = ljm.eReadName(self._labjack, 'SERIAL_NUMBER')
# Start making the GUI to display when this sensor is selected
self._widget = BaseWidget()
# Label to show the serial number of the Labjack
self._widget.serial_number = ControlLabel()
self._widget.serial_number.value = str(int(self._serial_number))
# Number input to get the threshold for an 'on' signal
# for frequency calculations
self._widget.threshold = ControlNumber(label="Threshold",
default=0.1,
minimum=0,
maximum=float('inf'),
decimals=5)
def laser_custom_config():
"""
Get the GUI config to configure the laser
The GUI is the same for each laser axis and for the laser lightsource
"""
global WIDGET
if WIDGET is None:
widget = BaseWidget("Laser Config")
widget.power_supply = ControlCombo(label="Power Supply")
widget.power_supply += ('None', None)
for power in DEVICES['Power Supply']:
widget.power_supply += power
widget.power_supply.current_index_changed_event = update_laser
widget.power_channel = ControlNumber(label="Power Supply Channel",
default=1,
minimum=1,
maximum=4)
widget.signal_generator = ControlCombo(label="Signal Generator")
widget.signal_generator += ('None', None)
for signal in DEVICES['Signal Generator']:
widget.signal_generator += signal
widget.signal_generator.current_index_changed_event = update_laser
widget.formset = [
"h5:Laser Using", 'power_supply', 'power_channel',
'signal_generator', "(All laser axis use the same laser)"
]
WIDGET = widget
return WIDGET
def get_custom_config(self):
"""
Gets a pyforms BaseWidget to complete configuration for RotationAxis
"""
if self._widget is None:
widget = BaseWidget("Rotate Axis Config")
widget.device_list = ControlCombo(label="Device")
widget.device_list += ('None', None)
for device in DEVICES:
widget.device_list += device
if self._rotation_stage is not None:
widget.value = self._rotation_stage.serial_number
widget.device_list.current_index_changed_event = self._update_stage
widget.distance_field = ControlNumber(
label="Distance to Surface",
default=self._distance_to_surface,
minimum=0,
maximum=float('inf'),
decimals=5)
widget.distance_field.key_pressed_event = self._update_distance_to_surface
widget.formset = ['device_list', 'distance_field', '']
self._widget = widget
self._update_stage(0)
if self._rotation_stage is not None:
self._rotation_stage.identify()
return self._widget
