make_x_csv.py

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#!/usr/bin/env python

import ROOT as RT
import os
from glob import glob as ls
from argparse import ArgumentParser as ap

parser = ap()

parser.add_argument( "-p", type=str, help='Path to files', default='./')
args = parser.parse_args()

#print(ls(args.p))

all_files = [i.split("/")[-1] for i in ls(args.p + "*")]
#files = []
#Xcalos = []
for p in all_files:
  if 'Xcalo_mich' in p:
    print(p)
    if not os.path.islink(p):
      #Xcalos.append(p)
      os.system('ConvertXCorrection '+p)
    else:
      print(p+' is a link.')
#runs = set([i.replace(".root", "").split("_")[-1] for i in Xcalos])
#print(runs)

#for r in runs:
#  f0 = open(args.p + 'global_median_0_' + r + '.txt', 'r') 
#  f1 = open(args.p + 'global_median_1_' + r + '.txt', 'r') 
#  f2 = open(args.p + 'global_median_2_' + r + '.txt', 'r') 
#
#  info_0 = f0.readlines()[0]
#  info_1 = f1.readlines()[0]
#  info_2 = f2.readlines()[0]
#  print(info_0)
#  print(info_1)
#  print(info_2)
#
#  run_num = info_0.split()[0]
#  norm_0 = info_0.split()[1]
#  norm_err_0 = str(float(norm_0)/10.)
#  print(run_num, norm_0, norm_err_0)
#
#  norm_1 = info_1.split()[1]
#  norm_err_1 = str(float(norm_1)/10.)
#
#  norm_2 = info_2.split()[1]
#  norm_err_2 = str(float(norm_2)/10.)
#
#
#  output = [
#    'channel,tv,norm,norm_err\n',
#    ','.join(['0', run_num, norm_0, norm_err_0+"\n" ]),
#    ','.join(['1', run_num, norm_1, norm_err_1+"\n" ]),
#    ','.join(['2', run_num, norm_2, norm_err_2+"\n" ])
#  ]
#  print(output)
#  outfile = open('globalmedians_run' + run_num + '.csv', 'w')
#  outfile.writelines(output)
#  outfile.close()