def run_sensor_cal_type(self, sensor, caltype, cal_info):
completed = False
logging.info('Running {} calibration for sensor {} on q330 (hostname: {})'.format(caltype.upper(), sensor, cal_info['ip']))
# create qcal thread
qcal_thread = QCalThread(os.path.join(self.app_root_dir, pcgl.get_bin_root()),
cal_info['cmd_line'][caltype],
cal_info['output_dir'])
ping_thread = PingThread(cal_info['ip'])
dlg = QtWidgets.QDialog(self.app_win)
dlg = ProgressDlg(self.app_win)
progdlg = Ui_ProgressDlg()
progdlg.setupUi(dlg)
dlg.setWindowTitle('PyCal - Data Acquisition')
if caltype == CALTYPE_RBLF:
cal_descr = 'Calibration Signal: LOW Frequency Random Binary\n\n' + cal_info['cal_descr']
elif caltype == CALTYPE_RBHF:
cal_descr = 'Calibration Signal: HIGH Frequency Random Binary\n\n' + cal_info['cal_descr']
else:
msg = 'Invalid CALIBRATION TYPE:' + caltype
logging.error(msg)
QtWidgets.QMessageBox().critical(self.app_win, 'PyCal ERROR', msg,
QtWidgets.QMessageBox().Close,
QtWidgets.QMessageBox().Close)
return False, None
progdlgHlpr = ProgressDlgHelper(dlg, cal_descr, cal_info['cal_time'][caltype], progdlg, qcal_thread, ping_thread)
progdlgHlpr.start()
if (dlg.exec() == QtWidgets.QDialog.Accepted) and (progdlgHlpr.retcode == 0):
completed = True
msg = 'Calibration completed successfully. Miniseed file saved: {}'.format(progdlgHlpr.calmsfn)
logging.info(msg)
# res = QtWidgets.QMessageBox().information(self.app_win, 'PyCal',
# 'Calibration Completed!\n\n' + progdlgHlpr.msg,
# QtWidgets.QMessageBox().Close,
# QtWidgets.QMessageBox().Close)
else:
completed = False
msg1 = 'Calibration failed with exit code: {}'.format(progdlgHlpr.retcode)
msg2 = 'Calibration failed with message: {}'.format(progdlgHlpr.msg)
logging.error(msg1)
logging.error(msg2)
res = QtWidgets.QMessageBox().critical(self.app_win, 'PyCal', msg2,
QtWidgets.QMessageBox().Close,
QtWidgets.QMessageBox().Close)
return completed, progdlgHlpr.calmsfn
def run_cal_B(self):
if self.cur_row != -1:
qtDlg = ProgressDlg()
dlgUI = Ui_EstConnFrm()
dlgUI.setupUi(qtDlg)
qtDlg.setWindowTitle('PyCal - Connecting to Q330')
wcfg = self.cfg[self.cur_row]
estcomms = EstCommsDlgHelper(qtDlg, dlgUI, 'B', wcfg)
if estcomms.exec() == QtWidgets.QDialog.Accepted:
self.run_sensor_cal('B')
def run_analysis(self, method, *args):
dlg = ProgressDlg()
dlgUI = Ui_AnalysisProgressFrm()
dlgUI.setupUi(dlg)
dlg.setWindowTitle('PyCal - Data Analysis')
dlgHlpr = AnalysisProgressDlgHelper(dlg, dlgUI)
res, msg_fn, amppltfn, phapltfn = dlgHlpr.run_analysis(method, *args)
if res == -1:
logging.warning('Analysis canceled by user.')
elif res == 0:
logging.info('Analysis completed.')
return res, msg_fn, amppltfn, phapltfn
def cool_off_q330(self, window_title= '', info_text='', cooling_period_seconds=330):
dlg = ProgressDlg()
dlgUI = Ui_CoolOffFrm()
dlgUI.setupUi(dlg)
dlgUI.infoLbl.setText(info_text)
dlg.setWindowTitle(window_title)
dlgHlpr = CoolOffDlgHelper(dlg, dlgUI)
dlgHlpr.cooling_period_seconds = cooling_period_seconds
success = dlgHlpr.exec() == QtWidgets.QDialog.Accepted
if (success):
logging.info('cool off completed.')
else:
logging.warning('cool off canceled by user during q330 cool off with msg: ' + info_text)
return success
