def help(self):
logging.info(" Syntax: " + CutType.convert2cmdname(self.cut_type) +\
" observable_name ( multiparticle1 multiparticle2 ... ) operator threshold [ option1 option 2 ]")
logging.info(" Declares a cut: ")
logging.info(" - related to the distribution of a given observable, associated to one or a combination of (multi)particles,")
logging.info(" - supported logical operators: <= , < , >= , > , == , != ,")
logging.info(" - threshold being a value.")
def help(self):
logging.getLogger('MA5').info(" Syntax: " + CutType.convert2cmdname(self.cut_type) +\
" observable_name ( multiparticle1 multiparticle2 ... ) operator threshold [ option1 option 2 ]")
logging.getLogger('MA5').info(" Declares a cut: ")
logging.getLogger('MA5').info(
" - related to the distribution of a given observable, associated to one or a combination of (multi)particles,"
)
logging.getLogger('MA5').info(
" - supported logical operators: <= , < , >= , > , == , != ,")
logging.getLogger('MA5').info(" - threshold being a value.")
def GetStringDisplay(self):
msg = "Cut: "
# displaying command
msg += CutType.convert2cmdname(self.cut_type)
# displaying particles
if len(self.part) != 0:
msg += " ( " + self.part.GetStringDisplay() + " )"
# displaying conditions
msg += " " + self.conditions.GetStringDisplay()
return msg
def GetStringDisplay(self):
msg = "Cut : "
# displaying command
msg += CutType.convert2cmdname(self.cut_type)
# displaying particles
if len(self.part)!=0:
msg += " ( " + self.part.GetStringDisplay()+" )"
# displaying conditions
msg += " "+self.conditions.GetStringDisplay()
return msg
def __init__(self, main, cut_type):
self.cut_type = cut_type
CmdBase.__init__(self,main,\
CutType.convert2cmdname(self.cut_type))
def __init__(self,main,cut_type):
self.cut_type=cut_type
CmdBase.__init__(self,main,\
CutType.convert2cmdname(self.cut_type))
