def __init__(self, parameters, control_threads, ir_lasers, parent):
FocusLockZ.__init__(self, parameters, parent)
# Setup UI.
import qtdesigner.dualfocuslock_ui as dualfocuslockUi
self.ui = dualfocuslockUi.Ui_Dialog()
self.ui.setupUi(self)
# Add Camera1 lock display.
self.lock_display1 = lockDisplay.LockDisplayCam(
parameters, control_threads[0], ir_lasers[0],
self.ui.lockDisplay1Widget)
self.lock_display1.ui.statusBox.setTitle("Lock1 Status")
self.lock_display1.foundOptimal.connect(self.handleFoundOptimal)
self.lock_display1.foundSum.connect(self.handleFoundSum)
self.lock_display1.recenteredPiezo.connect(self.handleRecenteredPiezo)
# Add Camera2 lock display.
self.lock_display2 = lockDisplay.LockDisplayCam(
parameters, control_threads[1], ir_lasers[1],
self.ui.lockDisplay2Widget)
self.lock_display2.ui.statusBox.setTitle("Lock2 Status")
FocusLockZ.configureUI(self)
def __init__(self, parameters, control_thread, ir_laser, parent):
FocusLockZ.__init__(self, parameters, parent)
# Setup UI.
import qtdesigner.focuslock_ui as focuslockUi
self.ui = focuslockUi.Ui_Dialog()
self.ui.setupUi(self)
# Add Camera lock display.
self.lock_display1 = lockDisplay.LockDisplayCam(
parameters.get("focuslock"), control_thread, ir_laser,
self.ui.lockDisplayWidget)
self.lock_display1.foundOptimal.connect(self.handleFoundOptimal)
self.lock_display1.foundSum.connect(self.handleFoundSum)
self.lock_display1.foundFocus.connect(self.handleFoundFocus)
self.lock_display1.recenteredPiezo.connect(self.handleRecenteredPiezo)
FocusLockZ.configureUI(self)
