def printCalibFiles (self) :
"""Print the list of calibration files for this object.
"""
print '\nprintCalibFiles(): List of clib files:'
msg = ''
for type in self.list_of_clib_types :
fname = findCalibFile (self.path_to_calib_types, type, self.run)
msg += 'Calib type: %s has file: %s\n' % (type.ljust(15), fname)
print msg
def getCalibPars (self, type, run=None) :
"""Returns the numpy array of calibration parameters for specified type and optional run.
"""
if run!=None : self.run = run
if not (type in self.list_of_clib_types) :
msg = 'WARNING: THE REQUESTED TYPE OF CALIBRATION PARS "' + type + \
'" IS NOT FOUND IN THE AVAILABLE LIST:\n' + str(self.list_of_clib_types)
print msg
return None
fname = findCalibFile (self.path_to_calib_types, type, self.run)
return self.loadCalibParsFromFileOrDefault (fname, type)
def loadAllCalibPars (self) :
"""Loads all calibration parameters, if the files are available or set default.
"""
self.cpars = {}
for type in self.list_of_clib_types :
fname = findCalibFile (self.path_to_calib_types, type, self.run)
#print 'Load calibpars: ', fname
cpars_for_type = self.loadCalibParsFromFileOrDefault (fname, type)
print 'cpars_for_type.shape = ', cpars_for_type.shape
# Special case of array shapes:
if type == 'pedestals' \
or type == 'pixel_status' : cpars_for_type.shape = (185,388,2)
self.cpars[type] = cpars_for_type
