from cpyroot import *
from cpyroot import *
from heppy_fcc.macros.resolution import *
from heppy_fcc.macros.init import init
papas, cms = init()
xnbins, xmin, xmax = 50, 3, 20
ynbins, ymin, ymax = 20, 0.9, 1.1
papas_res_e = Resolution('papas_res_e', papas, style=sBlack)
papas_res_e.project('ptc_match_e/ptc_e:ptc_e', 'ptc_match_pdgid == ptc_pdgid',
xnbins, xmin, xmax, ynbins, ymin, ymax)
# papas_res_e.fit_slice(10)
# papas_res_e.draw_2d()
if cms:
cms_res_e = Resolution('cms_res_e', cms, style=sBlue)
cms_res_e.project('ptc_match_e/ptc_e:ptc_e',
'ptc_match_22_pdgid == ptc_pdgid', xnbins, xmin, xmax,
ynbins, ymin, ymax)
cms_res_e.hsigma.Draw()
papas_res_e.hsigma.Draw('same')
from cpyroot import *
from cpyroot import *
from heppy_fcc.macros.resolution import *
from heppy_fcc.macros.init import init
papas, cms = init()
papas_res_e = Resolution('papas_res_e', papas, style=sBlack)
papas_res_e.project('ptc_match_e/ptc_e:ptc_e', 'ptc_match_pdgid == ptc_pdgid',
20, 0.3, 20, 20, 0., 2)
# papas_res_e.fit_slice(10)
# papas_res_e.draw_2d()
if cms:
cms_res_e = Resolution('cms_res_e', cms, style=sBlue)
cms_res_e.project('ptc_match_e/ptc_e:ptc_e', 'ptc_match_pdgid == ptc_pdgid',
20, 0.3, 20, 20, 0, 2)
cms_res_e.hsigma.Draw()
papas_res_e.hsigma.Draw('same')
from cpyroot import *
from heppy_fcc.macros.fractionstack import *
from heppy_fcc.macros.init import init
papas, cms = init('jets')
pdgids = [211, 22, 130, 11, 13]
def prepare_tree(tree):
for pdgid in pdgids:
tree.SetAlias("jet1_{pdgid}_frac".format(pdgid=pdgid),
"jet1_{pdgid}_e/jet1_e".format(pdgid=pdgid))
tree.SetAlias("jet1_gen_{pdgid}_frac".format(pdgid=pdgid),
"jet1_gen_{pdgid}_e/jet1_gen_e".format(pdgid=pdgid))
# elist = TEventList("elist")
# tree.Draw(">>elist", "jet1_gen_211_e>0 && abs(jet1_gen_eta)<2. && abs(jet1_gen_pt>2.)")
# tree.SetEventList(elist)
if papas:
prepare_tree(papas)
if cms:
prepare_tree(cms)
c1 = TCanvas()
hists = []
def process_tree(tree, name):
pt_eff = Efficiency('_'.join([name, 'pt']), tree)
pt_eff.project('ptc_pt', 'abs(ptc_eta)<1.4', found, 100, 0, 20)
e_eff = Efficiency('_'.join([name, 'e']), tree)
e_eff.project('ptc_e', 'abs(ptc_eta)<1.4', found, 100, 0, 20)
theta_eff = Efficiency('_'.join([name, 'theta']), tree)
theta_eff.project('ptc_theta', 'ptc_e>2.', found, 100, -3, 3)
eta_eff = Efficiency('_'.join([name, 'eta']), tree)
eta_eff.project('ptc_eta', 'ptc_e>2.', found, 100, -4, 4)
return [pt_eff, e_eff, theta_eff, eta_eff]
papas, cms = init('particles')
papas_eff = efficiencies('papas', papas)
cms_eff = [None] * len(papas_eff)
if cms:
cms_eff = efficiencies('cms', cms)
canvases = []
for pp, cm in zip(papas_eff, cms_eff):
canvases.append(TCanvas())
pp.eff.Draw()
if cm:
sBlue.formatHisto(cm.eff)
cm.eff.Draw('same')
pt_eff = Efficiency('_'.join([name, 'pt']), tree)
pt_eff.project('ptc_pt', 'abs(ptc_eta)<1.4', found, 100, 0, 20)
e_eff = Efficiency('_'.join([name, 'e']), tree)
e_eff.project('ptc_e', 'abs(ptc_eta)<1.4', found, 100, 0, 20)
theta_eff = Efficiency('_'.join([name, 'theta']), tree)
theta_eff.project('ptc_theta', 'ptc_e>2.', found, 100, -3, 3 )
eta_eff = Efficiency('_'.join([name, 'eta']), tree)
eta_eff.project('ptc_eta', 'ptc_e>2.', found, 100, -4, 4 )
return [pt_eff, e_eff, theta_eff, eta_eff]
papas, cms = init('particles')
papas_eff = efficiencies('papas', papas)
cms_eff = [None]*len(papas_eff)
if cms:
cms_eff = efficiencies('cms', cms)
canvases = []
for pp, cm in zip(papas_eff, cms_eff):
canvases.append(TCanvas())
pp.eff.Draw()
if cm:
sBlue.formatHisto(cm.eff)
cm.eff.Draw('same')
