Variables
tuple	log = logging.getLogger(__name__)

tuple	parser

string	help = "Input rootfiles"

list	default = []

tuple	args = parser.parse_args()

dictionary	bdt_name = {}

	begin = False

list	end_string = cat[-2:]

tuple	cat = cat.replace(end_string, "")

string	cat1 = cat+"T1"

string	cat2 = cat+"T2"

list	vars1 = bdt_name[cat1]

list	vars2 = bdt_name[cat2]

list	var1_names = []

list	var2_names = []

list	var1_y = []

list	var2_y = []

list	var1_err = []

list	var2_err = []

list	x_range = [x for x in range(len(vars1))]

tuple	val = float(val)

list	x_names = []

Function Documentation

def plot_BDTSeparation.makePlot	(	x_vals,
		y_val_list,
		y_err_list,
		x_names,
		channel,
		category,
		bdt,
		output_dir
	)

Variable Documentation

tuple plot_BDTSeparation.args = parser.parse_args()

dictionary plot_BDTSeparation.bdt_name = {}

plot_BDTSeparation.begin = False

tuple plot_BDTSeparation.cat = cat.replace(end_string, "")

string plot_BDTSeparation.cat1 = cat+"T1"

string plot_BDTSeparation.cat2 = cat+"T2"

string plot_BDTSeparation.default = []

list plot_BDTSeparation.end_string = cat[-2:]

string plot_BDTSeparation.help = "Input rootfiles"

tuple plot_BDTSeparation.log = logging.getLogger(__name__)

tuple plot_BDTSeparation.parser

Initial value:

1 = argparse.ArgumentParser(description="Make overtraining control plots.",

2 parents=[logger.loggingParser])

tuple plot_BDTSeparation.val = float(val)

list plot_BDTSeparation.var1_err = []

list plot_BDTSeparation.var1_names = []

list plot_BDTSeparation.var1_y = []

list plot_BDTSeparation.var2_err = []

list plot_BDTSeparation.var2_names = []

list plot_BDTSeparation.var2_y = []

list plot_BDTSeparation.vars1 = bdt_name[cat1]

list plot_BDTSeparation.vars2 = bdt_name[cat2]

list plot_BDTSeparation.x_names = []

list plot_BDTSeparation.x_range = [x for x in range(len(vars1))]