def latex_var_table(vlatex, vnames, vtype, cname, type, histograms_in, objects_to_save):
lines = []
lines.append('\\begin{figure}[!bht]')
lines.append(' \\begin{center}')
lines.append(' \\begin{tabular}{cc}')
image_counter = 0
tname = trigger_names[0]
caption = caption_var(vlatex, tname)
if type=='eff':
caption = caption_eff(vlatex, tname)
for rname in region_names:
for bname in beam_names:
histograms = []
for s in all_samples.samples:
sname = s.name
if bname in sname and tname in sname:
hname = 'h_%s_%s_%s_%s_%s'%(type, vnames[rname], sname, rname, cname)
histograms.append(histograms_in[hname])
image_counter = image_counter+1
suffix = '&' if image_counter%2==1 else '\\\\'
legend = make_legend(0.1,0.85,0.55,0.7)
fill_legend(legend, [bname,tname])
figure_name = plot_multiple_histograms(histograms, legend, bname, tname, rname, vtype, cname, '', type, 'vanilla', objects_to_save)
lines.append(' \\includegraphics[width=0.4\\textwidth]{%s} %s'%(figure_name, suffix))
lines.append(' \\end{tabular}')
lines.append(' \\caption{%s}'%caption)
lines.append(' \\label{fig:%s_%s_%s}'%(type, vtype, cname))
lines.append(' \\end{center}')
lines.append('\\end{figure}')
lines.append('\\clearpage')
return '\n'.join(lines)
def latex_multieff(latex, vnames, vtype, cname, graphs_eff, objects_to_save):
lines = []
lines.append('\\begin{figure}[!bht]')
lines.append(' \\begin{center}')
lines.append(' \\begin{tabular}{cc}')
image_counter = 0
caption = 'The signal efficiency-fake rate curves as a function of $%s$ for %s electrons at $8\\tev$ (top) and $13\\tev$ (bottom) for events firing the %s trigger (left) and the %s trigger (right).'%(latex, regions['A'].name.lower(), triggers[trigger_names[0]].short_latex, triggers[trigger_names[1]].short_latex )
for bname in beam_names:
for tname in trigger_names:
graphs = []
legend = make_legend(0.3,0.4,0.9,0.2)
for rname in region_names:
gname = 'g_%s_%s_%s_%s'%(vnames[rname], bname, tname, rname)
g = graphs_eff[gname].Clone('gClone_%s'%gname)
regions[rname].set_style(g)
graphs.append(g)
legend.AddEntry(g, regions[rname].ROOT_label, 'pl')
image_counter = image_counter+1
suffix = '&' if image_counter%2==1 else '\\\\'
#figure_name = plot_multiple_graphs(graphs, legend, objects_to_save, bname, tname, cname, vtype)
figure_name = plot_multiple_graphs(graphs, legend, [], bname, tname, cname, vtype)
lines.append(' \\includegraphics[width=0.4\\textwidth]{%s} %s'%(figure_name, suffix))
lines.append(' \\end{tabular}')
lines.append(' \\caption{%s}'%caption)
lines.append(' \\label{fig:multieff_%s_%s}'%(vtype, cname))
lines.append(' \\end{center}')
lines.append('\\end{figure}')
return '\n'.join(lines)