def printargs(cfg_parser,key):
textcolors = config.textcolors()
BLUE = textcolors['BLUE']
GREEN = textcolors['GREEN']
END = textcolors['END']
print
print GREEN+" Configuration: "+END+key
print
max_len = max(len(i) for i in cfg_parser.options(key))+1
logging.info("\n Configuration: "+key)
logging.info("")
for option in cfg_parser.options(key):
item = cfg_parser.get(key,option)
neededlength = max_len-len(option)
neededlength = ' '*neededlength
print ' * {0}{1}: {2}'.format(option,neededlength,item)
logging.info(' * {0}{1}: {2}'.format(option,neededlength,item))
print
print
logging.info("\n\n")
return
def execute(cfg_parser):
"""
Based on user input, start running the program!
(Log information in the appropriate log file.)
"""
textcolors = config.textcolors() # Colors for text printed to the terminal
BLUE = textcolors['BLUE']
END = textcolors['END']
NAME = {'miniSL':'MiniSL',\
'datamc':'Data/MC',\
'systematics':'Systematics'}
# --- Processing input from the config file --- #
setup = getConfig(cfg_parser)
nEvents = int(cfg_parser.get(setup,'nEvents'))
# --------------------------------------------- #
## Logging levels
LEVELS = {'debug' :logging.DEBUG,
'info' :logging.INFO,
'warning' :logging.WARNING,
'error' :logging.ERROR,
'critical':logging.CRITICAL}
# Set the logging level based on number of events
if nEvents == -1:
LEVEL=LEVELS['critical'] # Minimize the amount of logging
else:
LEVEL=LEVELS['debug'] # Maximize the amount of logging
## Setup the log file for the analysis
if os.path.exists('share/{0}.log'.format(setup)):
os.system('rm share/{0}.log'.format(setup))
logging.basicConfig(filename='share/{0}.log'.format(setup),
level=LEVEL,
fmt='%(asctime)s %(levelname)-8s %(message)s',
datefmt='%Y-%m-%d %H:%M:%S')
logging.info(" -- In file runMiniAna.py")
print
print BLUE+" :: "+NAME[setup]+" :: "+END
print
printargs(cfg_parser,setup)
## -- MiniSL -- ##
if setup=='miniSL':
# - Allow for inheritance
minisl = cfg_parser.get("miniSL","minisl")
minisl = minisl.split('/')
minisl_directory = minisl[0]
minisl_filename = minisl[1].split('.')[0]
minisl_classname = minisl_filename[0].upper()+minisl_filename[1:]
full_mini_ntuple_file = minisl_directory+"."+minisl_filename
mini_ntuple_file = importlib.import_module(full_mini_ntuple_file)
mini_ntuple_class = getattr(mini_ntuple_file,minisl_classname)
MakeMiniNtuple = mini_ntuple_class() # instance of class
MakeMiniNtuple.execute(cfg_parser)
## -- DataMC -- ##
elif setup=='datamc':
from dataMC import DataMC
MakeHistos = DataMC()
MakeHistos.main(cfg_parser)
## -- Systematics -- ##
elif setup=='systematics':
from systematics import Systematics
MakeSysts = Systematics()
MakeSysts.main(cfg_parser)
## -- No Option -- ##
else:
print
print " Should not be at this point..."
print " Please check the configuration file and runMiniAna.py"
print
sys.exit(1)
return
