density=False,proton_line=0.135,first_color="blue",xlabel_1="NF Data")
sys.exit()
x_data = df["Mpi0"]
y_data = df["pmass"]
var_names = ["E Px","E Py"]
saveplots = False
output_dir = "figures/"
title = "Pi Mass vs EPx"
filename = title
units = ["GeV","Gev"]
ranges = [[0,.3,100],[.9,.96,100]]
#interactive(True)
make_histos.plot_2dhist(x_data,y_data,var_names,ranges,colorbar=False,
saveplot=saveplots,pics_dir=output_dir,plot_title=title.replace("/",""),
filename=filename.replace(" ",""),units=units)
sys.exit()
x_data = df2[1]
y_data = df2[2]
title = "Electron $P_X$ vs. $P_Y$, NF 4-Feat. Model, $M_e^2$ Cut"
make_histos.plot_2dhist(x_data,y_data,var_names,ranges,colorbar=False,
saveplot=saveplots,pics_dir=output_dir,plot_title=title.replace("/",""),
filename=filename.replace(" ",""),units=units)
#interactive(False)
#plt.show()
sys.exit()
##df_ps = df_ps.query("nf_Mpi0<.15")
#df_ps = df_ps.query("nf_Mpi0>0.12")
# df_ps = df_ps.query("nf_Pz_1-recon_Pz_1<0.01")
# df_ps = df_ps.query("nf_Pz_1-recon_Pz_1>-0.01")
# df_ps = df_ps.query("nf_Pz_2-recon_Pz_2<0.01")
# df_ps = df_ps.query("nf_Pz_2-recon_Pz_2>-0.01")
df = df_ps
names = ["Px_1", "Py_1", "Pz_1", "Px_2", "Py_2", "Pz_2", "Mpi0"]
for name in names:
make_histos.plot_2dhist(
df["gen_{}".format(name)],
df["gen_{}".format(name)] - df["recon_{}".format(name)],
["gen_{}".format(name), "gen - recon: {}".format(name)],
colorbar=True,
saveplot=True,
pics_dir="julypics/",
plot_title="none",
filename="gen-recon_{}".format(name),
units=["GeV", "GeV"])
make_histos.plot_2dhist(
df["gen_{}".format(name)],
df["gen_{}".format(name)] - df["nf_{}".format(name)],
["gen_{}".format(name), "gen - nf: {}".format(name)],
colorbar=True,
saveplot=True,
pics_dir="julypics/",
plot_title="none",
filename="gen-recon_{}",
units=["GeV", "GeV"])
# plt.scatter(df["recon_{}".format(name)],df["recon_{}".format(name)]-df["nf_{}".format(name)])