cms_label_option = False
if args.logx:
gq_plot.draw(logx=args.logx,
logy=args.logy,
draw_cms=cms_label_option,
x_title="M_{Z'} [GeV]",
y_title="g'_{q}",
x_range=[40., 7000.],
y_range=[0.03, 2.],
canvas_dim=[2640, 1200],
canvas_rm=0.4,
legend_coords=[0.61, 0.02, 0.99, 0.98],
legend_text_size=0.024,
legend_ncolumns=2,
legend_header="#scale[1.2]{#bf{95% CL exclusions}}",
draw_Z_constraint=True,
gom_x=60.,
model_label={
"x": 2100.,
"y": 0.05,
"text": "Z'#rightarrowq#bar{q}"
},
gom_fills=args.gom_fills,
conference_label={
"x": 1500.,
"y": 2. * 1.1,
"text": args.conference_label
})
else:
gq_plot.draw(logx=args.logx,
logy=args.logy,
analysis,
legend_entries[analysis],
max_gom=this_max_gom,
max_gq=this_max_gq)
# Style the plot
gq_plot.set_style(style)
gq_plot.set_width_curves([float(x) for x in args.goms.split(",")])
if args.cms:
cms_label_option = ""
elif args.cms_text:
cms_label_option = args.cms_text
else:
cms_label_option = False
gq_plot.draw(logx=args.logx,
logy=args.logy,
draw_cms=cms_label_option,
x_title="M_{Z'} [GeV]",
y_title="g'_{q}",
canvas_dim=[1800, 1200],
legend_coords=[0.12, 0.24, 0.42, 0.92],
legend_text_size=0.028,
legend_obsexp=True,
model_label={
"x": 1500.,
"y": 1.2,
"text": "Z'#rightarrowq#bar{q}"
},
gom_fills=args.gom_fills)
gq_plot.save("plots")
y_range = [0.03, 2.]
else:
y_range = [0., 1.7]
if args.logx:
gq_plot.draw(logx=args.logx,
logy=args.logy,
draw_cms=cms_label_option,
x_title="M_{Z'} [GeV]",
y_title="g'_{q}",
x_range=[40., 7000.],
y_range=y_range,
canvas_dim=[1800, 1200],
legend_coords=[0.67, 0.1, 0.99, 0.95],
legend_text_size=0.026,
legend_obsexp=True,
model_label={
"x": 2000.,
"y": 0.05,
"text": "Z'#rightarrowq#bar{q}"
},
gom_x=60.,
gom_fills=args.gom_fills,
conference_label={
"x": 1500.,
"y": y_range[1] * 1.1,
"text": args.conference_label
})
else:
gq_plot.draw(
logx=args.logx,
logy=args.logy,
cms_label_option = False
if args.logx:
gq_plot.draw(
logx=args.logx,
logy=args.logy,
draw_cms=cms_label_option,
x_title="M_{Z'} [GeV]",
y_title="g'_{q}",
x_range=[40., 7000.],
y_range=[0.03, 2.],
canvas_dim=[2000, 1200],
legend_coords=[0.69, 0.02, 0.99, 0.98],
legend_text_size=0.023,
legend_ncolumns=1,
draw_Z_constraint=True,
z_width_legend_entry="#splitline{Z width}{#it{[arXiv:1404.3947]}}",
gom_x=60.,
model_label={
"x": 2100.,
"y": 0.05,
"text": "Z'#rightarrowq#bar{q}"
},
gom_fills=args.gom_fills,
conference_label={
"x": 1500.,
"y": 2. * 1.1,
"text": args.conference_label
})
else:
gq_plot.draw(
logx=args.logx,
# Style the plot
gq_plot.set_style(style)
gq_plot.set_width_curves([float(x) for x in args.goms.split(",")])
if args.cms:
cms_label_option = ""
elif args.cms_text:
cms_label_option = args.cms_text
else:
cms_label_option = False
gq_plot.draw(
logx=args.logx,
logy=args.logy,
draw_cms=cms_label_option,
x_title="M_{Z'} [GeV]",
y_title="g'_{q}",
x_range=[40.,7000.],
y_range=[0.01, 2.],
# y_range=[0, 0.4],
canvas_dim=[1800, 1200],
legend_coords=[0.24, 0.15, 0.94, 0.4],
legend_text_size=0.0245,
legend_ncolumns=3,
draw_Z_constraint=True,
gom_x=60.,
model_label={"x":2100., "y":0.06, "text":"Z'#rightarrowq#bar{q}"},
gom_fills=args.gom_fills
)
gq_plot.save("plots")