def addToTable(self, table, cut):
body = '%s ' %cut
k = self.effwjet.keys()
k.sort()
for i in k:
qcd = Timer.formatErrorPair(self.effqcd[i][0], self.effqcd[i][1])
body += '& %s ' % (qcd)
table += body + "\\\\ \n"
return table
def makeTable(self):
header = '\\begin{table}[!ht] \n'
header += '\\begin{tabular}{@{} lccc} \n'
header += '\\toprule \n'
header += 'isolation & top-signal& W+Jets & QCD \\\\ \n'
header += '\\midrule \n'
body = ''
k = self.effwjet.keys()
k.sort()
for i in k:
top = Timer.formatErrorPair(self.effsig[i][0], self.effsig[i][1])
wjets = Timer.formatErrorPair(self.effwjet[i][0], self.effwjet[i][1])
qcd = Timer.formatErrorPair(self.effqcd[i][0], self.effqcd[i][1])
body += '%s & %s & %s & %s\\\\ \n ' % (i, top, wjets, qcd)
# body += '%s & %1.3f $\\pm$ %1.3f & %1.3f $\\pm$ %1.3f & %1.3f $\\pm$ %1.3f \\\\ \n ' % (i, self.effsig[i][0], self.effsig[i][1], self.effwjet[i][0], self.effwjet[i][1], self.effqcd[i][0], self.effqcd[i][1])
footer = '\\bottomrule \n'
footer += '\\end{tabular} \n'
footer += '\\caption{Isolation efficiencies for top-signal, W+jets and QCD} \n'
footer += '\\label{tab:iso} \n'
footer += '\\end{table} \n'
table = header + '\n' + body + '\n' + footer + '\n'
table += '\n\n'
self.addToTables(table)
