class Init_Keeper_Panel(JPanel):
def __init__(self,rfq_keeper_controller):
self.rfq_keeper_controller = rfq_keeper_controller
self.setLayout(BorderLayout())
#----etched border
etched_border = BorderFactory.createEtchedBorder()
self.setBorder(etched_border)
buttons_panel = JPanel(FlowLayout(FlowLayout.LEFT,3,3))
#---------------------------------------------
init_keeper_button = JButton("Initialize Keeper")
init_keeper_button.addActionListener(Init_Keeper_Button_Listener(self.rfq_keeper_controller))
#---------------------------------------------
buttons_panel.add(init_keeper_button)
#---------------------------------------------
info_panel = JPanel(GridLayout(6,2))
label_current_integral = JLabel("Current Integral [nC]=",JLabel.RIGHT)
label_reprate = JLabel("Rep. rate[Hz]=",JLabel.RIGHT)
label_rfq_pw = JLabel("RFQ Pulse Width=",JLabel.RIGHT)
label_target_pwr =JLabel("Avg. Pwr. on Target[kW]=",JLabel.RIGHT)
label_rfq_max_pw_correction = JLabel("Max PW Correction=",JLabel.RIGHT)
label_update_time = JLabel("Update Time [sec]=",JLabel.RIGHT)
#-------
self.current_integral_text = DoubleInputTextField("G12.5")
self.reprate_text = DoubleInputTextField("F4.1")
self.rfq_pw_text = DoubleInputTextField("F6.1")
self.target_pwr_text = DoubleInputTextField("F9.3")
self.rfq_max_pw_correction_text = DoubleInputTextField("F6.1")
self.update_time_text = DoubleInputTextField("F6.1")
#-------
self.current_integral_text.setHorizontalAlignment(JTextField.CENTER)
self.reprate_text.setHorizontalAlignment(JTextField.CENTER)
self.rfq_pw_text.setHorizontalAlignment(JTextField.CENTER)
self.target_pwr_text.setHorizontalAlignment(JTextField.CENTER)
self.rfq_max_pw_correction_text.setHorizontalAlignment(JTextField.CENTER)
self.update_time_text.setHorizontalAlignment(JTextField.CENTER)
#-------
self.rfq_max_pw_correction_text.setValue(20.)
self.update_time_text .setValue(1.0)
#-------
info_panel.add(label_current_integral)
info_panel.add(self.current_integral_text)
info_panel.add(label_reprate)
info_panel.add(self.reprate_text)
info_panel.add(label_rfq_pw)
info_panel.add(self.rfq_pw_text)
info_panel.add(label_target_pwr)
info_panel.add(self.target_pwr_text)
info_panel.add(label_rfq_max_pw_correction)
info_panel.add(self.rfq_max_pw_correction_text)
info_panel.add(label_update_time)
info_panel.add(self.update_time_text)
#----------------------------------------------
inner_0_panel = JPanel(BorderLayout())
inner_0_panel.add(buttons_panel,BorderLayout.NORTH)
inner_0_panel.add(info_panel,BorderLayout.CENTER)
self.add(inner_0_panel,BorderLayout.NORTH)
class Init_and_Fit_Params_Controller:
def __init__(self,linac_wizard_document,transverse_twiss_fitting_controller):
self.linac_wizard_document = linac_wizard_document
self.transverse_twiss_fitting_controller = transverse_twiss_fitting_controller
self.main_panel = JPanel(BorderLayout())
tmp_panel = JPanel(GridLayout(7,2))
self.eKin_text = DoubleInputTextField(0.,ScientificNumberFormat(7),8)
eKin_lbl = JLabel("eKin[MeV]=",JLabel.RIGHT)
self.current_text = DoubleInputTextField(0.,ScientificNumberFormat(4),8)
current_lbl = JLabel("Curr.[mA]=",JLabel.RIGHT)
self.fit_err_text = DoubleInputTextField(0.,ScientificNumberFormat(4),8)
fit_err_lbl = JLabel("Fit Err,%=",JLabel.RIGHT)
self.fit_err_text.setValue(5.0)
self.fit_iter_text = DoubleInputTextField(0.,ScientificNumberFormat(1),8)
iter_lbl = JLabel("Fit Iterations=",JLabel.RIGHT)
self.fit_iter_text.setValue(200)
self.fit_iter_left_text = DoubleInputTextField(0.,ScientificNumberFormat(1),8)
iter_left_lbl = JLabel("Iters. Left=",JLabel.RIGHT)
self.avg_diff_text = DoubleInputTextField(0.,ScientificNumberFormat(7),8)
avg_diff_lbl = JLabel("Avg.Diff.[mm]=",JLabel.RIGHT)
tmp_panel.add(eKin_lbl)
tmp_panel.add(self.eKin_text)
tmp_panel.add(current_lbl)
tmp_panel.add(self.current_text)
tmp_panel.add(fit_err_lbl)
tmp_panel.add(self.fit_err_text)
tmp0_lbl = JLabel("==========",JLabel.RIGHT)
tmp1_lbl = JLabel("==========",JLabel.RIGHT)
tmp_panel.add(tmp0_lbl)
tmp_panel.add(tmp1_lbl)
tmp_panel.add(iter_lbl)
tmp_panel.add(self.fit_iter_text)
tmp_panel.add(iter_left_lbl)
tmp_panel.add(self.fit_iter_left_text)
tmp_panel.add(avg_diff_lbl)
tmp_panel.add(self.avg_diff_text)
#----etched border
etched_border = BorderFactory.createEtchedBorder()
#------buttons panel ------------
one_pass_button = JButton("Make One Pass")
one_pass_button.addActionListener(One_Pass_Listener(self.linac_wizard_document))
fit_button = JButton("Start Fitting")
fit_button.addActionListener(Twiss_Fitting_Listener(self.linac_wizard_document))
stop_fit_button = JButton("Stop Fitting")
stop_fit_button.addActionListener(Stop_Twiss_Fitting_Listener(self.linac_wizard_document))
buttons_panel = JPanel(GridLayout(3,1))
button0_panel = JPanel(FlowLayout(FlowLayout.CENTER,3,3))
button0_panel.add(one_pass_button)
button1_panel = JPanel(FlowLayout(FlowLayout.CENTER,3,3))
button1_panel.add(fit_button)
button2_panel = JPanel(FlowLayout(FlowLayout.CENTER,3,3))
button2_panel.add(stop_fit_button)
buttons_panel.add(button0_panel)
buttons_panel.add(button1_panel)
buttons_panel.add(button2_panel)
#--------- Final Twiss parameters table -----
self.final_twiss_params_holder = Twiss_Params_Holder()
self.finalTwiss_table = JTable(Final_Twiss_Table_Model(self.final_twiss_params_holder))
self.finalTwiss_table.setSelectionMode(ListSelectionModel.SINGLE_SELECTION)
self.finalTwiss_table.setFillsViewportHeight(true)
self.finalTwiss_table.setPreferredScrollableViewportSize(Dimension(180,80))
final_to_init_button = JButton("Copy Results To Initial Twiss")
final_to_init_button.addActionListener(Copy_Twiss_Listener(self.transverse_twiss_fitting_controller))
button2_panel = JPanel(FlowLayout(FlowLayout.CENTER,3,3))
button2_panel.add(final_to_init_button)
finalTwiss_panel = JPanel(BorderLayout())
finalTwiss_panel.add(JScrollPane(self.finalTwiss_table), BorderLayout.CENTER)
finalTwiss_panel.add(button2_panel,BorderLayout.SOUTH)
border = BorderFactory.createTitledBorder(etched_border,"Final Twiss Fitting Results")
finalTwiss_panel.setBorder(border)
#---------make main panel --------------
tmp1_panel = JPanel(BorderLayout())
tmp1_panel.add(tmp_panel,BorderLayout.NORTH)
tmp1_panel.add(buttons_panel,BorderLayout.SOUTH)
tmp2_panel = JPanel(BorderLayout())
tmp2_panel.add(tmp1_panel,BorderLayout.WEST)
tmp2_panel.add(finalTwiss_panel,BorderLayout.CENTER)
self.main_panel.add(tmp2_panel,BorderLayout.NORTH)
def getMainPanel(self):
return self.main_panel
class Init_and_Fit_Params_Controller:
def __init__(self, linac_wizard_document,
transverse_twiss_fitting_controller):
self.linac_wizard_document = linac_wizard_document
self.transverse_twiss_fitting_controller = transverse_twiss_fitting_controller
self.main_panel = JPanel(BorderLayout())
tmp_panel = JPanel(GridLayout(7, 2))
self.eKin_text = DoubleInputTextField(0., ScientificNumberFormat(7), 8)
eKin_lbl = JLabel("eKin[MeV]=", JLabel.RIGHT)
self.current_text = DoubleInputTextField(0., ScientificNumberFormat(4),
8)
current_lbl = JLabel("Curr.[mA]=", JLabel.RIGHT)
self.fit_err_text = DoubleInputTextField(0., ScientificNumberFormat(4),
8)
fit_err_lbl = JLabel("Fit Err,%=", JLabel.RIGHT)
self.fit_err_text.setValue(5.0)
self.fit_iter_text = DoubleInputTextField(0.,
ScientificNumberFormat(1), 8)
iter_lbl = JLabel("Fit Iterations=", JLabel.RIGHT)
self.fit_iter_text.setValue(200)
self.fit_iter_left_text = DoubleInputTextField(
0., ScientificNumberFormat(1), 8)
iter_left_lbl = JLabel("Iters. Left=", JLabel.RIGHT)
self.avg_diff_text = DoubleInputTextField(0.,
ScientificNumberFormat(7), 8)
avg_diff_lbl = JLabel("Avg.Diff.[mm]=", JLabel.RIGHT)
tmp_panel.add(eKin_lbl)
tmp_panel.add(self.eKin_text)
tmp_panel.add(current_lbl)
tmp_panel.add(self.current_text)
tmp_panel.add(fit_err_lbl)
tmp_panel.add(self.fit_err_text)
tmp0_lbl = JLabel("==========", JLabel.RIGHT)
tmp1_lbl = JLabel("==========", JLabel.RIGHT)
tmp_panel.add(tmp0_lbl)
tmp_panel.add(tmp1_lbl)
tmp_panel.add(iter_lbl)
tmp_panel.add(self.fit_iter_text)
tmp_panel.add(iter_left_lbl)
tmp_panel.add(self.fit_iter_left_text)
tmp_panel.add(avg_diff_lbl)
tmp_panel.add(self.avg_diff_text)
#----etched border
etched_border = BorderFactory.createEtchedBorder()
#------buttons panel ------------
one_pass_button = JButton("Make One Pass")
one_pass_button.addActionListener(
One_Pass_Listener(self.linac_wizard_document))
fit_button = JButton("Start Fitting")
fit_button.addActionListener(
Twiss_Fitting_Listener(self.linac_wizard_document))
stop_fit_button = JButton("Stop Fitting")
stop_fit_button.addActionListener(
Stop_Twiss_Fitting_Listener(self.linac_wizard_document))
buttons_panel = JPanel(GridLayout(3, 1))
button0_panel = JPanel(FlowLayout(FlowLayout.CENTER, 3, 3))
button0_panel.add(one_pass_button)
button1_panel = JPanel(FlowLayout(FlowLayout.CENTER, 3, 3))
button1_panel.add(fit_button)
button2_panel = JPanel(FlowLayout(FlowLayout.CENTER, 3, 3))
button2_panel.add(stop_fit_button)
buttons_panel.add(button0_panel)
buttons_panel.add(button1_panel)
buttons_panel.add(button2_panel)
#--------- Final Twiss parameters table -----
self.final_twiss_params_holder = Twiss_Params_Holder()
self.finalTwiss_table = JTable(
Final_Twiss_Table_Model(self.final_twiss_params_holder))
self.finalTwiss_table.setSelectionMode(
ListSelectionModel.SINGLE_SELECTION)
self.finalTwiss_table.setFillsViewportHeight(true)
self.finalTwiss_table.setPreferredScrollableViewportSize(
Dimension(180, 80))
final_to_init_button = JButton("Copy Results To Initial Twiss")
final_to_init_button.addActionListener(
Copy_Twiss_Listener(self.transverse_twiss_fitting_controller))
button2_panel = JPanel(FlowLayout(FlowLayout.CENTER, 3, 3))
button2_panel.add(final_to_init_button)
finalTwiss_panel = JPanel(BorderLayout())
finalTwiss_panel.add(JScrollPane(self.finalTwiss_table),
BorderLayout.CENTER)
finalTwiss_panel.add(button2_panel, BorderLayout.SOUTH)
border = BorderFactory.createTitledBorder(
etched_border, "Final Twiss Fitting Results")
finalTwiss_panel.setBorder(border)
#---------make main panel --------------
tmp1_panel = JPanel(BorderLayout())
tmp1_panel.add(tmp_panel, BorderLayout.NORTH)
tmp1_panel.add(buttons_panel, BorderLayout.SOUTH)
tmp2_panel = JPanel(BorderLayout())
tmp2_panel.add(tmp1_panel, BorderLayout.WEST)
tmp2_panel.add(finalTwiss_panel, BorderLayout.CENTER)
self.main_panel.add(tmp2_panel, BorderLayout.NORTH)
def getMainPanel(self):
return self.main_panel
class Abstract_Cavity_Controller:
def __init__(self, main_loop_controller, cav_wrapper):
self.main_loop_controller = main_loop_controller
self.cav_wrapper = cav_wrapper
self.main_panel = JPanel(BorderLayout())
self.parameters_panel = JPanel(BorderLayout())
#---- backward cavity amplitude move params
panel0 = JPanel(FlowLayout(FlowLayout.LEFT, 1, 3))
cav_amp_backward_steps_mult_label = JLabel(
"N cav. amp. backward steps multiplier =", JLabel.RIGHT)
self.cav_amp_backward_steps_mult_text = DoubleInputTextField(
1.0, ScientificNumberFormat(2), 5)
panel0.add(cav_amp_backward_steps_mult_label)
panel0.add(self.cav_amp_backward_steps_mult_text)
#---- cavity's wait time multiplier
panel1 = JPanel(FlowLayout(FlowLayout.LEFT, 1, 3))
cav_amp_wait_time_mult_label = JLabel(
"Cav. amp. time wait multiplier =", JLabel.RIGHT)
self.cav_amp_wait_time_mult_text = DoubleInputTextField(
3.0, ScientificNumberFormat(2), 5)
panel1.add(cav_amp_wait_time_mult_label)
panel1.add(self.cav_amp_wait_time_mult_text)
#---- cavity's safe amplitude up and down limits
panel2 = JPanel(FlowLayout(FlowLayout.LEFT, 1, 3))
safe_relative_amp_up_label = JLabel("Cav. amp. safe Up [%]=",
JLabel.RIGHT)
self.safe_relative_amp_up_text = DoubleInputTextField(
7.0, ScientificNumberFormat(2), 5)
panel2.add(safe_relative_amp_up_label)
panel2.add(self.safe_relative_amp_up_text)
panel3 = JPanel(FlowLayout(FlowLayout.LEFT, 1, 3))
safe_relative_amp_down_label = JLabel("Cav. amp. safe Down [%]=",
JLabel.RIGHT)
self.safe_relative_amp_down_text = DoubleInputTextField(
7.0, ScientificNumberFormat(2), 5)
panel3.add(safe_relative_amp_down_label)
panel3.add(self.safe_relative_amp_down_text)
#----- cavity's guess phase[deg] and amplitude[%] corrections after 360 deg full scan for inner BPMs
panel4 = JPanel(FlowLayout(FlowLayout.LEFT, 1, 3))
guess_phase_shift_label = JLabel(
"Cav. Guess Phase Shift after Full Scan [deg]=", JLabel.RIGHT)
self.guess_phase_shift_text = DoubleInputTextField(
0.0, ScientificNumberFormat(2), 5)
panel4.add(guess_phase_shift_label)
panel4.add(self.guess_phase_shift_text)
panel5 = JPanel(FlowLayout(FlowLayout.LEFT, 1, 3))
guess_cav_amp_shift_label = JLabel(
"Cav. Amp Shift after Full Scan [%]=", JLabel.RIGHT)
self.guess_cav_amp_shift_text = DoubleInputTextField(
0.0, ScientificNumberFormat(2), 5)
panel5.add(guess_cav_amp_shift_label)
panel5.add(self.guess_cav_amp_shift_text)
#-----------------------------------------------
params_panel = JPanel(GridLayout(6, 1, 1, 1))
params_panel.add(panel0)
params_panel.add(panel1)
params_panel.add(panel2)
params_panel.add(panel3)
params_panel.add(panel4)
params_panel.add(panel5)
#------------------------------------------------
self.parameters_panel.add(params_panel, BorderLayout.NORTH)
#------------------------------------------------
self.scan_progress_bar = Scan_Progress_Bar(self.main_loop_controller,
self)
#------------------------------------------------
cav_wrapper.safe_relative_amp_up_text = self.safe_relative_amp_up_text
cav_wrapper.safe_relative_amp_down_text = self.safe_relative_amp_down_text
def getMainPanel(self):
return self.main_panel
def getParamsPanel(self):
return self.parameters_panel
def getScanProgressBarPanel(self):
return self.scan_progress_bar.scan_progress_panel
def getScanProgressBar(self):
return self.scan_progress_bar
def runSetUpAlgorithm(self):
""" Returns (true, text) in the case of the success """
text = "Good. Cav=" + self.cav_wrapper.alias
return (true, text)
def init(self):
""" reads the pv values """
self.cav_wrapper.init()
self.scan_progress_bar.init()
def writeDataToXML(self, root_da):
""" Abstract method. This method should be implemented in the subclass """
cav_cntrl_data_da = root_da.createChild("CAVITY_CONTROLLER_" +
self.cav_wrapper.alias)
def readDataFromXML(self, cav_cntrl_data_da):
""" Abstract method. This method should be implemented in the subclass """
pass
def checkBPM_Usage(self, bpm_wrapper):
""" Abstract method. Returns True or False about this controller usage of the BPM """
return false
def timeSleep(self, time_sleep):
n_parts = 5
tm = time_sleep / n_parts
for ind in range(n_parts):
time.sleep(tm)
self.scan_progress_bar.count_and_update(tm)
if (self.main_loop_controller.loop_run_state.shouldStop):
return
def setMaxTimeCount(self):
"""
Abstract method. It should be implemented in each subclass.
It returns the maximal time count.
"""
print "Debug. Abstract_Cavity_Controller.setMaxTimeCount() This method should be implemented in a subclass."
self.scan_progress_bar.setMaxTimeCount(100.)
return self.scan_progress_bar.count_max
def getPastaFittingTime(self):
""" Abstract method. It should be implemented in each subclass. """
return 0.
def initProgressBar(self):
self.scan_progress_bar.init()
def wrtiteAbstractCntrlToXML(self, root_da):
abstr_cntrl_data_da = root_da.createChild(
"ABSTRACT_CAVITY_CONTROLLER_PARAMS")
abstr_cntrl_data_da.setValue(
"amp_steps_mult", self.cav_amp_backward_steps_mult_text.getValue())
abstr_cntrl_data_da.setValue(
"amp_time_mult", self.cav_amp_wait_time_mult_text.getValue())
abstr_cntrl_data_da.setValue("amp_safe_up_percent",
self.safe_relative_amp_up_text.getValue())
abstr_cntrl_data_da.setValue(
"amp_safe_down_percent",
self.safe_relative_amp_down_text.getValue())
abstr_cntrl_data_da.setValue("guess_phase_shift",
self.guess_phase_shift_text.getValue())
abstr_cntrl_data_da.setValue("guess_amp_shift_percent",
self.guess_cav_amp_shift_text.getValue())
def readAbstractCntrlFromXML(self, root_da):
abstr_cntrl_data_da = root_da.childAdaptor(
"ABSTRACT_CAVITY_CONTROLLER_PARAMS")
self.cav_amp_backward_steps_mult_text.setValue(
abstr_cntrl_data_da.doubleValue("amp_steps_mult"))
self.cav_amp_wait_time_mult_text.setValue(
abstr_cntrl_data_da.doubleValue("amp_time_mult"))
if (abstr_cntrl_data_da.hasAttribute("amp_safe_up_percent")):
self.safe_relative_amp_up_text.setValue(
abstr_cntrl_data_da.doubleValue("amp_safe_up_percent"))
if (abstr_cntrl_data_da.hasAttribute("amp_safe_down_percent")):
self.safe_relative_amp_down_text.setValue(
abstr_cntrl_data_da.doubleValue("amp_safe_down_percent"))
if (abstr_cntrl_data_da.hasAttribute("guess_phase_shift")):
self.guess_phase_shift_text.setValue(
abstr_cntrl_data_da.doubleValue("guess_phase_shift"))
if (abstr_cntrl_data_da.hasAttribute("guess_amp_shift_percent")):
self.guess_cav_amp_shift_text.setValue(
abstr_cntrl_data_da.doubleValue("guess_amp_shift_percent"))
class Abstract_Cavity_Controller:
def __init__(self,main_loop_controller,cav_wrapper):
self.main_loop_controller = main_loop_controller
self.cav_wrapper = cav_wrapper
self.main_panel = JPanel(BorderLayout())
self.parameters_panel = JPanel(BorderLayout())
#---- backward cavity amplitude move params
panel0 = JPanel(FlowLayout(FlowLayout.LEFT,1,3))
cav_amp_backward_steps_mult_label = JLabel("N cav. amp. backward steps multiplier =",JLabel.RIGHT)
self.cav_amp_backward_steps_mult_text = DoubleInputTextField(1.0,ScientificNumberFormat(2),5)
panel0.add(cav_amp_backward_steps_mult_label)
panel0.add(self.cav_amp_backward_steps_mult_text)
#---- cavity's wait time multiplier
panel1 = JPanel(FlowLayout(FlowLayout.LEFT,1,3))
cav_amp_wait_time_mult_label = JLabel("Cav. amp. time wait multiplier =",JLabel.RIGHT)
self.cav_amp_wait_time_mult_text = DoubleInputTextField(3.0,ScientificNumberFormat(2),5)
panel1.add(cav_amp_wait_time_mult_label)
panel1.add(self.cav_amp_wait_time_mult_text)
#---- cavity's safe amplitude up and down limits
panel2 = JPanel(FlowLayout(FlowLayout.LEFT,1,3))
safe_relative_amp_up_label = JLabel("Cav. amp. safe Up [%]=",JLabel.RIGHT)
self.safe_relative_amp_up_text = DoubleInputTextField(7.0,ScientificNumberFormat(2),5)
panel2.add(safe_relative_amp_up_label)
panel2.add(self.safe_relative_amp_up_text)
panel3 = JPanel(FlowLayout(FlowLayout.LEFT,1,3))
safe_relative_amp_down_label = JLabel("Cav. amp. safe Down [%]=",JLabel.RIGHT)
self.safe_relative_amp_down_text = DoubleInputTextField(7.0,ScientificNumberFormat(2),5)
panel3.add(safe_relative_amp_down_label)
panel3.add(self.safe_relative_amp_down_text)
#----- cavity's guess phase[deg] and amplitude[%] corrections after 360 deg full scan for inner BPMs
panel4 = JPanel(FlowLayout(FlowLayout.LEFT,1,3))
guess_phase_shift_label = JLabel("Cav. Guess Phase Shift after Full Scan [deg]=",JLabel.RIGHT)
self.guess_phase_shift_text = DoubleInputTextField(0.0,ScientificNumberFormat(2),5)
panel4.add(guess_phase_shift_label)
panel4.add(self.guess_phase_shift_text)
panel5 = JPanel(FlowLayout(FlowLayout.LEFT,1,3))
guess_cav_amp_shift_label = JLabel("Cav. Amp Shift after Full Scan [%]=",JLabel.RIGHT)
self.guess_cav_amp_shift_text = DoubleInputTextField(0.0,ScientificNumberFormat(2),5)
panel5.add(guess_cav_amp_shift_label)
panel5.add(self.guess_cav_amp_shift_text)
#-----------------------------------------------
params_panel = JPanel(GridLayout(6,1,1,1))
params_panel.add(panel0)
params_panel.add(panel1)
params_panel.add(panel2)
params_panel.add(panel3)
params_panel.add(panel4)
params_panel.add(panel5)
#------------------------------------------------
self.parameters_panel.add(params_panel,BorderLayout.NORTH)
#------------------------------------------------
self.scan_progress_bar = Scan_Progress_Bar(self.main_loop_controller,self)
#------------------------------------------------
cav_wrapper.safe_relative_amp_up_text = self.safe_relative_amp_up_text
cav_wrapper.safe_relative_amp_down_text = self.safe_relative_amp_down_text
def getMainPanel(self):
return self.main_panel
def getParamsPanel(self):
return self.parameters_panel
def getScanProgressBarPanel(self):
return self.scan_progress_bar.scan_progress_panel
def getScanProgressBar(self):
return self.scan_progress_bar
def runSetUpAlgorithm(self):
""" Returns (true, text) in the case of the success """
text = "Good. Cav="+self.cav_wrapper.alias
return (true,text)
def init(self):
""" reads the pv values """
self.cav_wrapper.init()
self.scan_progress_bar.init()
def writeDataToXML(self,root_da):
""" Abstract method. This method should be implemented in the subclass """
cav_cntrl_data_da = root_da.createChild("CAVITY_CONTROLLER_"+self.cav_wrapper.alias)
def readDataFromXML(self,cav_cntrl_data_da):
""" Abstract method. This method should be implemented in the subclass """
pass
def checkBPM_Usage(self,bpm_wrapper):
""" Abstract method. Returns True or False about this controller usage of the BPM """
return false
def timeSleep(self, time_sleep):
n_parts = 5
tm = time_sleep/n_parts
for ind in range(n_parts):
time.sleep(tm)
self.scan_progress_bar.count_and_update(tm)
if(self.main_loop_controller.loop_run_state.shouldStop):
return
def setMaxTimeCount(self):
"""
Abstract method. It should be implemented in each subclass.
It returns the maximal time count.
"""
print "Debug. Abstract_Cavity_Controller.setMaxTimeCount() This method should be implemented in a subclass."
self.scan_progress_bar.setMaxTimeCount(100.)
return self.scan_progress_bar.count_max
def getPastaFittingTime(self):
""" Abstract method. It should be implemented in each subclass. """
return 0.
def initProgressBar(self):
self.scan_progress_bar.init()
def wrtiteAbstractCntrlToXML(self,root_da):
abstr_cntrl_data_da = root_da.createChild("ABSTRACT_CAVITY_CONTROLLER_PARAMS")
abstr_cntrl_data_da.setValue("amp_steps_mult",self.cav_amp_backward_steps_mult_text.getValue())
abstr_cntrl_data_da.setValue("amp_time_mult",self.cav_amp_wait_time_mult_text.getValue())
abstr_cntrl_data_da.setValue("amp_safe_up_percent",self.safe_relative_amp_up_text.getValue())
abstr_cntrl_data_da.setValue("amp_safe_down_percent",self.safe_relative_amp_down_text.getValue())
abstr_cntrl_data_da.setValue("guess_phase_shift",self.guess_phase_shift_text.getValue())
abstr_cntrl_data_da.setValue("guess_amp_shift_percent",self.guess_cav_amp_shift_text.getValue())
def readAbstractCntrlFromXML(self,root_da):
abstr_cntrl_data_da = root_da.childAdaptor("ABSTRACT_CAVITY_CONTROLLER_PARAMS")
self.cav_amp_backward_steps_mult_text.setValue(abstr_cntrl_data_da.doubleValue("amp_steps_mult"))
self.cav_amp_wait_time_mult_text.setValue(abstr_cntrl_data_da.doubleValue("amp_time_mult"))
if(abstr_cntrl_data_da.hasAttribute("amp_safe_up_percent")):
self.safe_relative_amp_up_text.setValue(abstr_cntrl_data_da.doubleValue("amp_safe_up_percent"))
if(abstr_cntrl_data_da.hasAttribute("amp_safe_down_percent")):
self.safe_relative_amp_down_text.setValue(abstr_cntrl_data_da.doubleValue("amp_safe_down_percent"))
if(abstr_cntrl_data_da.hasAttribute("guess_phase_shift")):
self.guess_phase_shift_text.setValue(abstr_cntrl_data_da.doubleValue("guess_phase_shift"))
if(abstr_cntrl_data_da.hasAttribute("guess_amp_shift_percent")):
self.guess_cav_amp_shift_text.setValue(abstr_cntrl_data_da.doubleValue("guess_amp_shift_percent"))
