files2=sorted(os.listdir(dir2),key=lambda file: (eval(file[:-4].split('_')[1]),
eval(file[:-4].split('_')[3]),
eval(file[:-4].split('_')[4]))
)
files3=sorted(os.listdir(dir3),key=lambda file: (eval(file[:-4].split('_')[1]),
eval(file[:-4].split('_')[3]),
eval(file[:-4].split('_')[4]))
)
print "\\begin{table}[!h] \n\centering \n\\begin{tabular}{llll} \n\hline"
print "$H^{0}$ [GeV] & $X$ [GeV] & c$\\tau$ [cm] & $"+dict[option][0]+"$ [\%] \\\\"
H,X=0,0
for file1,file2,file3 in zip(files1,files2,files3):
strings=file1[:-4].split('_')
if H!=strings[1] or X!=strings[3]: print '\hline'
H,X,factor=strings[1],strings[3],strings[4]
if factor not in ['0.1','1.0','10.0'] : continue
main_ctau=map['_'.join(strings[:4])]
ctau=main_ctau*eval(factor)
if int(ctau)==ctau: ctau=int(ctau)
data1 = pickle.load(open(dir1+'/'+file1))[dict[option][1]]
data2 = pickle.load(open(dir2+'/'+file2))[dict[option][1]]
data3 = pickle.load(open(dir3+'/'+file3))[dict[option][1]]
data=[data1,data2,data3]
string = " & ".join(stringValue(100*a[0],100*a[1],1) for a in data)
print "%s & %s & %s & %s \\\\"%(H,X,ctau,string)
print "\hline"
print "\end{tabular} \n\end{table}"
'H_400_X_150':40,'H_400_X_50':8,'H_200_X_50':20,
'SQ_1500_CHI_494':17.3,'SQ_1000_CHI_148':5.9,'SQ_350_CHI_148':17.8,'SQ_1500_CHI_150':4.5,
'SQ_1000_CHI_500':22.7,'SQ_700_CHI_150':8.1,'SQ_700_CHI_500':27.9
}
files=sorted(os.listdir(dir),key=lambda file: (eval(file[:-4].split('_')[1]),
eval(file[:-4].split('_')[3]),
eval(file[:-4].split('_')[4]))
)
print "\\begin{table}[!h] \n\centering \n\\begin{tabular}{llll} \n\hline"
#print "$H^{0}$ [GeV] & $X$ [GeV] & c$\\tau$ [cm] & Acceptance [\%] & $\epsilon$ [\%] & $\epsilon_{InAcceptance}$ [\%] \\\\"
print "$H^{0}$ [GeV] & $X$ [GeV] & c$\\tau$ [cm] & $\epsilon$ [\%]\\\\"
H,X=0,0
for file in files:
strings=file[:-4].split('_')
if H!=strings[1] or X!=strings[3]: print '\hline'
H,X,factor=strings[1],strings[3],strings[4]
if factor not in ['0.1','1.0','10.0'] : continue
main_ctau=map['_'.join(strings[:4])]
ctau=main_ctau*eval(factor)
if int(ctau)==ctau: ctau=int(ctau)
data = pickle.load(open(dir+'/'+file))
#string = " & ".join(stringValue(100*a[0],100*a[1],1) for a in data)
string = stringValue(100*data[0][0],100*data[0][1],1)
print "%s & %s & %s & %s \\\\"%(H,X,ctau,string)
print "\hline"
print "\end{tabular} \n\end{table}"
