'TTree_name': 'truth',
'year': '2015+2016',
'hard_cut': r'Muon $|#eta|$',
'lepton': 'tau',
'label': r'$W^-\rightarrow\tau\nu\rightarrow\mu\nu$',
}
}
my_analysis = Analysis(datasets,
analysis_label='test_analysis',
force_rebuild=False,
log_level=10,
log_out='both',
timedatelog=False,
separate_loggers=False)
my_analysis.print_latex_table(['wminmunu', 'wmintaunu'])
# my_analysis.apply_cuts()
# my_analysis.merge_datasets('wminmunu', 'wmintaunu', apply_cuts=r'Muon $|#eta|$')
my_analysis.plot_hist(['wminmunu', 'wmintaunu'],
'MC_WZmu_el_eta_born',
bins=(30, -5, 5),
weight='truth_weight',
normalise='lumi',
lepton='muon',
yerr='rsumw2',
ratio_plot=True)
my_analysis.plot_hist(['wminmunu', 'wmintaunu'],
'MC_WZ_dilep_m_born',
bins=(50, 120, 5000),
}
}
analysis = Analysis(
datasets,
'mutau_compare_full',
data_dir='/data/keanu/framework_outputs/mutau_compare_full/',
log_level=10,
log_out='both',
timedatelog=True,
year='2015+2016',
force_rebuild=False,
TTree_name='truth',
hard_cut='M_W')
analysis.print_latex_table()
analysis.merge_datasets("wminmunu", "wminmunu_hm")
analysis.merge_datasets("wmintaunu", "wmintaunu_hm")
analysis.merge_datasets("wplusmunu", "wplusmunu_hm")
analysis.merge_datasets("wplustaunu", "wplustaunu_hm")
# =========================
# ===== TRUTH - UNCUT =====
# =========================
# normalised
analysis.plot_hist(['wminmunu', 'wmintaunu'],
'MC_WZ_dilep_m_born',
weight='truth_weight',
title='truth - 139fb$^{-1}$',
bins=(30, 50, 5000),
