def onButExp(self):
#print 'onButExp'
dir = self.instr_dir.value() + '/' + self.instr_name.value()
#print 'dir =', dir
if self.list_of_exp is None : self.list_of_exp=os.listdir(dir)
item_selected = gu.selectFromListInPopupMenu(self.list_of_exp)
if item_selected is None : return # selection is cancelled
#if item_selected == self.exp_name.value() : return # selected the same item
self.setExp(item_selected)
self.setDir(fnm.path_to_calib_dir_default())
self.setDet('Select', clearList=True)
self.setStyleButtons()
path_to_xtc_dir = fnm.path_to_xtc_dir()
if os.path.lexists(path_to_xtc_dir) : return
msg = 'XTC data are not seen on this computer for path: %s' % path_to_xtc_dir
logger.warning(msg, __name__)
print msg
def onButExp(self):
#print 'onButExp'
dir = self.instr_dir.value() + '/' + self.instr_name.value()
#print 'dir =', dir
if self.list_of_exp is None: self.list_of_exp = os.listdir(dir)
item_selected = gu.selectFromListInPopupMenu(self.list_of_exp)
if item_selected is None: return # selection is cancelled
#if item_selected == self.exp_name.value() : return # selected the same item
self.setExp(item_selected)
self.setDir(fnm.path_to_calib_dir_default())
self.setDet('Select', clearList=True)
self.setStyleButtons()
path_to_xtc_dir = fnm.path_to_xtc_dir()
if os.path.lexists(path_to_xtc_dir): return
msg = 'XTC data are not seen on this computer for path: %s' % path_to_xtc_dir
logger.warning(msg, __name__)
print msg
def set_pars(self):
self.print_bits = self.opts['print_bits']
logger.setPrintBits(self.print_bits)
if self.opts['runnum'] is None:
appname = os.path.basename(sys.argv[0])
msg = self.sep + 'This command line calibration interface should be launched with parameters.'\
+'\nTo see the list of parameters use command: %s -h' % appname\
+'\nIf the "%s" is launched after "calibman" most of parameters may be already set.' % appname\
+'\nBut, at least run number must be specified as an optional parameter, try command:\n %s -r <number>'%(appname)\
+ self.sep
self.log(msg, 4)
return False
self.runnum = self.opts['runnum']
self.str_run_number = '%04d' % self.runnum
if self.opts['runrange'] is None:
self.str_run_range = '%s-end' % self.runnum
else:
self.str_run_range = self.opts['runrange']
self.exp_name = cp.exp_name.value(
) if self.opts['exp'] is None else self.opts['exp']
if self.exp_name == cp.exp_name.value_def():
self.log('\nWARNING: EXPERIMENT NAME IS NOT DEFINED...'\
+ '\nAdd optional parameter -e <exp-name>',4)
return False
if self.opts['detector'] is None:
self.det_name = cp.det_name.value()
else:
self.det_name = self.opts['detector'].replace(",", " ")
list_of_dets_sel = self.det_name.split()
list_of_dets_sel_lower = [det.lower() for det in list_of_dets_sel]
#msg = self.sep + 'List of detectors:'
for det, par in zip(cp.list_of_dets_lower, cp.det_cbx_states_list):
par.setValue(det in list_of_dets_sel_lower)
#msg += '\n%s %s' % (det.ljust(10), par.value())
#self.log(msg,1)
if self.det_name == cp.det_name.value_def():
self.log('\nWARNING: DETECTOR NAMES ARE NOT DEFINED...'\
+ '\nAdd optional parameter -d <det-names>, ex.: -d CSPAD,CSPAD2x2 etc',4)
return False
self.skip_events = cp.bat_dark_start.value(
) if self.opts['skip_events'] is None else self.opts['skip_events']
self.num_events = cp.bat_dark_end.value() - cp.bat_dark_start.value(
) if self.opts['num_events'] is None else self.opts['num_events']
self.thr_rms = cp.mask_rms_thr.value(
) if self.opts['thr_rms'] is None else self.opts['thr_rms']
self.workdir = cp.dir_work.value(
) if self.opts['workdir'] is None else self.opts['workdir']
#self.queue = cp.bat_queue.value() if self.opts['queue'] is None else self.opts['queue']
self.queue = self.opts['queue']
#self.logfile = cp.log_file.value() if self.opts['logfile'] is None else self.opts['logfile']
self.process = self.opts['process']
self.deploy = self.opts['deploy']
self.instr_name = self.exp_name[:3]
cp.str_run_number.setValue(self.str_run_number)
cp.exp_name.setValue(self.exp_name)
cp.instr_name.setValue(self.instr_name)
self.calibdir = cp.calib_dir.value(
) if self.opts['calibdir'] is None else self.opts['calibdir']
if self.calibdir == cp.calib_dir.value_def():
self.calibdir = fnm.path_to_calib_dir_default()
cp.calib_dir.setValue(self.calibdir)
cp.dir_work.setValue(self.workdir)
cp.bat_queue.setValue(self.queue)
cp.bat_dark_start.setValue(self.skip_events)
cp.bat_dark_end.setValue(self.num_events + self.skip_events)
cp.mask_rms_thr.setValue(self.thr_rms)
cp.det_name.setValue(self.det_name)
#cp.log_file .setValue(self.logfile)
return True
def set_pars(self) :
self.print_bits = self.opts['print_bits']
logger.setPrintBits(self.print_bits)
if self.opts['runnum'] is None :
appname = os.path.basename(sys.argv[0])
msg = self.sep + 'This command line calibration interface should be launched with parameters.'\
+'\nTo see the list of parameters use command: %s -h' % appname\
+'\nIf the "%s" is launched after "calibman" most of parameters may be already set.' % appname\
+'\nBut, at least run number must be specified as an optional parameter, try command:\n %s -r <number>'%(appname)\
+ self.sep
self.log(msg,4)
return False
self.runnum = self.opts['runnum']
self.str_run_number = '%04d' % self.runnum
if self.opts['runrange'] is None :
self.str_run_range = '%s-end' % self.runnum
else :
self.str_run_range = self.opts['runrange']
self.exp_name = cp.exp_name.value() if self.opts['exp'] is None else self.opts['exp']
if self.exp_name == cp.exp_name.value_def() :
self.log('\nWARNING: EXPERIMENT NAME IS NOT DEFINED...'\
+ '\nAdd optional parameter -e <exp-name>',4)
return False
if self.opts['detector'] is None :
self.det_name = cp.det_name.value()
else :
self.det_name = self.opts['detector'].replace(","," ")
list_of_dets_sel = self.det_name.split()
list_of_dets_sel_lower = [det.lower() for det in list_of_dets_sel]
msg = self.sep + 'List of detectors:'
for det, par in zip(cp.list_of_dets_lower, cp.det_cbx_states_list) :
par.setValue(det in list_of_dets_sel_lower)
msg += '\n%s %s' % (det.ljust(10), par.value())
self.log(msg,1)
if self.det_name == cp.det_name.value_def() :
self.log('\nWARNING: DETECTOR NAMES ARE NOT DEFINED...'\
+ '\nAdd optional parameter -d <det-names>, ex.: -d CSPAD,CSPAD2x2 etc',4)
return False
self.skip_events = cp.bat_dark_start.value() if self.opts['skip_events'] is None else self.opts['skip_events']
self.num_events = cp.bat_dark_end.value() - cp.bat_dark_start.value() if self.opts['num_events'] is None else self.opts['num_events']
self.thr_rms = cp.mask_rms_thr.value() if self.opts['thr_rms'] is None else self.opts['thr_rms']
self.workdir = cp.dir_work.value() if self.opts['workdir'] is None else self.opts['workdir']
#self.queue = cp.bat_queue.value() if self.opts['queue'] is None else self.opts['queue']
self.queue = self.opts['queue']
#self.logfile = cp.log_file.value() if self.opts['logfile'] is None else self.opts['logfile']
self.process = self.opts['process']
self.deploy = self.opts['deploy']
self.instr_name = self.exp_name[:3]
cp.str_run_number.setValue(self.str_run_number)
cp.exp_name .setValue(self.exp_name)
cp.instr_name .setValue(self.instr_name)
self.calibdir = cp.calib_dir.value() if self.opts['calibdir'] is None else self.opts['calibdir']
if self.calibdir == cp.calib_dir.value_def() :
self.calibdir = fnm.path_to_calib_dir_default()
cp.calib_dir .setValue(self.calibdir)
cp.dir_work .setValue(self.workdir)
cp.bat_queue .setValue(self.queue)
cp.bat_dark_start.setValue(self.skip_events)
cp.bat_dark_end .setValue(self.num_events+self.skip_events)
cp.mask_rms_thr .setValue(self.thr_rms)
cp.det_name .setValue(self.det_name)
#cp.log_file .setValue(self.logfile)
gu.create_directory(cp.dir_work.value())
return True
def set_pars(self):
if self.opts['runnum'] is None:
appname = os.path.basename(sys.argv[0])
msg = 'This command line calibration interface should be launched with parameters.'\
+'\nTo see the list of parameters use command: %s -h' % appname\
+'\nIf the "%s" is launched after "calibman" most of parameters may be already set.' % appname\
+'\nBut, at least run number must be specified as an optional parameter, try command:\n %s -r <number>'\
% appname
print msg
return False
self.runnum = self.opts['runnum']
self.str_run_number = '%04d' % self.runnum
if self.opts['runrange'] is None:
self.str_run_range = '%s-end' % self.runnum
else:
self.str_run_range = self.opts['runrange']
self.exp_name = cp.exp_name.value(
) if self.opts['exp'] is None else self.opts['exp']
if self.exp_name == cp.exp_name.value_def():
print 'Experiment name is not defined, should be specified as optional parameter -e <exp-name>'
return False
if self.opts['detector'] is None:
self.det_name = cp.det_name.value()
else:
self.det_name = self.opts['detector'].replace(",", " ")
list_of_dets_sel = self.det_name.split()
list_of_dets_sel_lower = [det.lower() for det in list_of_dets_sel]
for det, par in zip(cp.list_of_dets_lower, cp.det_cbx_states_list):
par.setValue(det in list_of_dets_sel_lower)
print '%s %s' % (det.ljust(10), par.value())
if self.det_name == cp.det_name.value_def():
print 'Detector name(s) is not defined, should be specified as optional parameter -d <det-names>, ex.: -d CSPAD,CSPAD2x2 etc'
return False
self.skip_events = cp.bat_dark_start.value(
) if self.opts['skip_events'] is None else self.opts['skip_events']
self.num_events = cp.bat_dark_end.value() - cp.bat_dark_start.value(
) if self.opts['num_events'] is None else self.opts['num_events']
self.thr_rms = cp.mask_rms_thr.value(
) if self.opts['thr_rms'] is None else self.opts['thr_rms']
self.workdir = cp.dir_work.value(
) if self.opts['workdir'] is None else self.opts['workdir']
#self.queue = cp.bat_queue.value() if self.opts['queue'] is None else self.opts['queue']
self.queue = self.opts['queue']
#self.logfile = cp.log_file.value() if self.opts['logfile'] is None else self.opts['logfile']
self.process = self.opts['process']
self.deploy = self.opts['deploy']
self.instr_name = self.exp_name[:3]
cp.str_run_number.setValue(self.str_run_number)
cp.exp_name.setValue(self.exp_name)
cp.instr_name.setValue(self.instr_name)
self.calibdir = cp.calib_dir.value(
) if self.opts['calibdir'] is None else self.opts['calibdir']
if self.calibdir == cp.calib_dir.value_def():
self.calibdir = fnm.path_to_calib_dir_default()
cp.calib_dir.setValue(self.calibdir)
cp.dir_work.setValue(self.workdir)
cp.bat_queue.setValue(self.queue)
cp.bat_dark_start.setValue(self.skip_events)
cp.bat_dark_end.setValue(self.num_events + self.skip_events)
cp.mask_rms_thr.setValue(self.thr_rms)
cp.det_name.setValue(self.det_name)
#cp.log_file .setValue(self.logfile)
gu.create_directory(cp.dir_work.value())
return True
