def pid_background_fraction():
"""simplistic calculation of background contamination fraction"""
nsig_p = hadd_interactive(histDir, runlist, 'jetpatch', 'anyspin', 'plus',
'away2_nSigmaPion')
nsig_m = hadd_interactive(histDir, runlist, 'jetpatch', 'anyspin', 'minus',
'away2_nSigmaPion')
nsig_p.SetTitle('n#sigma(#pi) for #pi^{+}')
nsig_m.SetTitle('n#sigma(#pi) for #pi^{-}')
print 'Fit summary for π+'
pfits = pid_calibration(nsig_p)
print 'Fit summary for π-'
mfits = pid_calibration(nsig_m)
c = graphics.canvas2()
c.cd(1)
nsig_m.Draw()
[fit.Draw('same') for fit in mfits[1:]]
c.cd(2)
nsig_p.Draw()
[fit.Draw('same') for fit in pfits[1:]]
raw_input('wait here:')
c.Print('pid_background_fraction.png')
def subprocess_shift():
import histos
histos.simu = True
f = ROOT.TFile(datamcFile)
mgr = HistogramManager(f, ['hardP'])
mb = {
'all': mgr.anyspin['117001']['hardP'],
'gg': mgr.gg['117001']['hardP'],
'qg': mgr.qg['117001']['hardP'],
'qq': mgr.qq['117001']['hardP']
}
jp = {
'all': mgr.anyspin['jetpatch']['hardP'],
'gg': mgr.gg['jetpatch']['hardP'],
'qg': mgr.qg['jetpatch']['hardP'],
'qq': mgr.qq['jetpatch']['hardP']
}
print mb
print jp
for key in ('gg','qg','qq'):
mb[key].Divide(mb['all'])
jp[key].Divide(jp['all'])
for h in (mb,jp):
h['gg'].SetLineColor(ROOT.kRed)
h['qg'].SetLineColor(ROOT.kBlue)
h['qq'].SetLineColor(ROOT.kGreen)
c = graphics.canvas2()
c.cd(1)
mb['gg'].Draw()
mb['gg'].SetTitle('MB')
mb['gg'].GetYaxis().SetRangeUser(0., 0.8)
mb['gg'].GetXaxis().SetRangeUser(0, 30)
mb['qg'].Draw('same')
mb['qq'].Draw('same')
c.cd(2)
jp['gg'].Draw()
jp['gg'].SetTitle('JP')
jp['gg'].SetXTitle('hardP')
jp['gg'].GetYaxis().SetRangeUser(0., 0.8)
jp['gg'].GetXaxis().SetRangeUser(0, 30)
jp['qg'].Draw('same')
jp['qq'].Draw('same')
raw_input('wait here:')
def subprocess_fraction_z(charge = 1):
import histos
histos.simu = True
ROOT.gStyle.SetErrorX()
f = ROOT.TFile(datamcFile)
mgr = HistogramManager(f, ['z_away2'])
mb = {
'all': mgr.anyspin['117001'].trackHistograms(charge)['z_away2'],
'gg': mgr.gg['117001'].trackHistograms(charge)['z_away2'],
'qg': mgr.qg['117001'].trackHistograms(charge)['z_away2'],
'qq': mgr.qq['117001'].trackHistograms(charge)['z_away2']
}
jp = {
'all': mgr.anyspin['jetpatch'].trackHistograms(charge)['z_away2'],
'gg': mgr.gg['jetpatch'].trackHistograms(charge)['z_away2'],
'qg': mgr.qg['jetpatch'].trackHistograms(charge)['z_away2'],
'qq': mgr.qq['jetpatch'].trackHistograms(charge)['z_away2']
}
for key in ('gg','qg','qq'):
mb[key].Divide(mb['all'])
jp[key].Divide(jp['all'])
for h in (mb,jp):
h['gg'].SetLineColor(ROOT.kRed)
h['qg'].SetLineColor(ROOT.kBlue)
h['qq'].SetLineColor(ROOT.kGreen)
[h[k].SetMarkerStyle(24) for k in ('gg','qg','qq')]
leg = ROOT.TLegend(0.65, 0.7, 0.85, 0.88)
leg.AddEntry(mb['gg'], 'gg')
leg.AddEntry(mb['qg'], 'qg')
leg.AddEntry(mb['qq'], 'qq')
c = graphics.canvas2()
c.cd(1)
mb['gg'].Draw('e1')
mb['gg'].SetTitle('MB for charge=%d' % charge)
mb['gg'].GetYaxis().SetRangeUser(0., 0.8)
mb['gg'].GetXaxis().SetRangeUser(zbins[0], zbins[-1])
mb['qg'].Draw('e1 same')
mb['qq'].Draw('e1 same')
leg.Draw()
c.cd(2)
jp['gg'].Draw('e1')
jp['gg'].SetTitle('JP for charge=%d' % charge)
jp['gg'].GetYaxis().SetRangeUser(0., 0.8)
jp['gg'].GetXaxis().SetRangeUser(zbins[0], zbins[-1])
jp['qg'].Draw('e1 same')
jp['qq'].Draw('e1 same')
c2 = graphics.canvas1()
delta = {
'gg': jp['gg'].Clone(),
'qg': jp['qg'].Clone(),
'qq': jp['qq'].Clone()
}
for k in delta.keys():
delta[k].Add(mb[k], -1)
delta[k].SetMarkerStyle(24)
delta['gg'].SetTitle('Subprocess fraction difference (JP - MB) : charge=%d'\
% charge)
delta['gg'].GetYaxis().SetRangeUser(-0.4, 0.4)
delta['gg'].Draw('e1')
delta['qg'].Draw('e1 same')
delta['qq'].Draw('e1 same')
leg2 = ROOT.TLegend(0.15, 0.7, 0.25, 0.88)
leg2.AddEntry(mb['gg'], 'gg')
leg2.AddEntry(mb['qg'], 'qg')
leg2.AddEntry(mb['qq'], 'qq')
leg2.Draw()
line = ROOT.TLine(zbins[0], 0.0, zbins[-1], 0.0)
line.SetLineStyle(2)
line.Draw()
raw_input('wait here:')
if charge == 1:
c.Print('subprocess_fraction_trigger_plus.png')
c2.Print('subprocess_fraction_difference_plus.png')
else:
c.Print('subprocess_fraction_trigger_minus.png')
c2.Print('subprocess_fraction_difference_minus.png')
def mcasym(spin = 'anyspin'):
"""
comparison of MC asymmetries for minbias and 137222
"""
if spin == 'anyspin':
stitle = ''
else:
stitle = '_%(spin)s' % locals()
f = ROOT.TFile(mcasymFile)
keys = ['STD', 'MIN','ZERO','GS_NLOC']
wkeys = [key+'w' for key in keys]
mgr = HistogramManager(f, keys=keys+wkeys)
line = ROOT.TLine(zbins[0], 0.0, zbins[-1], 0.0)
line.SetLineStyle(2)
ROOT.gStyle.SetErrorX()
color = {
'STD': ROOT.kBlack,
'MAX': ROOT.kRed,
'MIN': ROOT.kGreen,
'ZERO': ROOT.kBlue,
'GS_NLOC': ROOT.kMagenta
}
smooth_factor = 1
cmb = graphics.canvas2()
cmbw = graphics.canvas2()
cjp = graphics.canvas2()
alldiffs = graphics.canvas2('Asymmetry Differences')
alldiffsw = graphics.canvas2('Reweighted Asymmetry Differences')
keepme = []
diffs = {}
for i,key in enumerate(keys):
mb_m = mgr[spin]['117001'].tracks_minus[key].Clone()
mb_p = mgr[spin]['117001'].tracks_plus[key].Clone()
jp_m = mgr[spin]['jetpatch'].tracks_minus[key].Clone()
jp_p = mgr[spin]['jetpatch'].tracks_plus[key].Clone()
mb_mw = mgr[spin]['117001'].tracks_minus[key+'w'].Clone()
mb_pw = mgr[spin]['117001'].tracks_plus[key+'w'].Clone()
opt = i>0 and 'e2 same' or 'e2'
for h in (mb_m, mb_p, jp_m, jp_p, mb_mw, mb_pw):
h.Smooth(smooth_factor)
h.GetXaxis().SetTitle('p_{T}(#pi)/p_{T}(jet)')
h.GetXaxis().SetRangeUser(zbins[0], zbins[-1])
h.GetYaxis().SetRangeUser(-0.08,0.08)
h.SetLineColor(color[key])
h.SetFillColor(color[key])
cmb.cd(1)
line.Draw()
mb_m.SetTitle('MB MC Asymmetries for #pi^{-} %(stitle)s' % locals())
mb_m.Draw(opt)
cmb.cd(2)
line.Draw()
mb_p.SetTitle('MB MC Asymmetries for #pi^{+} %(stitle)s' % locals())
mb_p.Draw(opt)
cmbw.cd(1)
line.Draw()
mb_mw.SetTitle('Reweighted MB MC Asymmetries for #pi^{-} %(stitle)s' \
% locals())
mb_mw.Draw(opt)
cmbw.cd(2)
line.Draw()
mb_pw.SetTitle('Reweighted MB MC Asymmetries for #pi^{+} %(stitle)s' \
% locals())
mb_pw.Draw(opt)
cjp.cd(1)
line.Draw()
jp_m.SetTitle('JP1 MC Asymmetries for #pi^{-} %(stitle)s' % locals())
jp_m.Draw(opt)
cjp.cd(2)
line.Draw()
jp_p.SetTitle('JP1 MC Asymmetries for #pi^{+} %(stitle)s' % locals())
jp_p.Draw(opt)
diff_m = jp_m.Clone()
diff_m.Add(mb_m, -1)
diff_mw = jp_m.Clone()
diff_mw.Add(mb_mw, -1)
diff_p = jp_p.Clone()
diff_p.Add(mb_p, -1)
diff_pw = jp_p.Clone()
diff_pw.Add(mb_pw, -1)
for h in (diff_m, diff_p):
h.GetYaxis().SetRangeUser(-0.03, 0.03)
h.GetXaxis().SetRangeUser(zbins[0], zbins[-1])
h.SetMarkerStyle(20)
for h in (diff_mw, diff_pw):
h.GetYaxis().SetRangeUser(-0.03, 0.03)
h.GetXaxis().SetRangeUser(zbins[0], zbins[-1])
h.SetMarkerStyle(24)
cdiff = graphics.canvas2(key)
leg = ROOT.TLegend(0.15, 0.15, 0.6, 0.35)
leg.SetHeader('Compare triggered asym to:')
leg.AddEntry(diff_m, 'MB', 'p')
leg.AddEntry(diff_mw, 'p_{T} reweighted MB', 'p')
cdiff.cd(1)
if spin == 'anyspin':
mtitle = '#pi^{-} JP1 - MB for %(key)s' % locals()
ptitle = '#pi^{+} JP1 - MB for %(key)s' % locals()
else:
mtitle = '#pi^{-} JP1 - MB for %(key)s -- %(spin)s processes only' \
% locals()
ptitle = '#pi^{+} JP1 - MB for %(key)s -- %(spin)s processes only' \
% locals()
diff_m.SetTitle(mtitle)
diff_mw.SetTitle(mtitle)
diff_m.Draw('e1')
diff_mw.Draw('e1 same')
line.Draw()
leg.Draw()
cdiff.cd(2)
diff_p.SetTitle(ptitle)
diff_pw.SetTitle(ptitle)
diff_p.Draw('e1')
diff_pw.Draw('e1 same')
line.Draw()
cdiff.Print('mcasym_%(key)s_diffs%(stitle)s.png' % locals())
opt2 = i>0 and 'e1 same' or 'e1'
alldiffs.cd(1)
line.Draw()
diff_m.Draw(opt2)
alldiffs.cd(2)
line.Draw()
diff_p.Draw(opt2)
alldiffsw.cd(1)
line.Draw()
diff_mw.Draw(opt2)
alldiffsw.cd(2)
line.Draw()
diff_pw.Draw(opt2)
diffs[key] = (diff_mw, diff_pw)
keepme.extend([jp_m, jp_p, cdiff, leg])
# now report the asymmetry difference for each scenario
for key in keys:
diff_m, diff_p = diffs[key]
print '\nπ- asymmetry differences for %(key)s' % locals()
for bin in range(1, diff_m.GetNbinsX()+1):
print '[%.2f-%.2f] % .4f ± %.4f' % (
diff_m.GetBinLowEdge(bin), diff_m.GetBinLowEdge(bin+1),
diff_m.GetBinContent(bin), diff_m.GetBinError(bin) )
print '\nπ+ asymmetry differences for %(key)s' % locals()
for bin in range(1, diff_m.GetNbinsX()+1):
print '[%.2f-%.2f] % .4f ± %.4f' % (
diff_p.GetBinLowEdge(bin), diff_p.GetBinLowEdge(bin+1),
diff_p.GetBinContent(bin), diff_p.GetBinError(bin) )
raw_input('wait here:')
cmb.Print('mcasym_minbias%(stitle)s.png' % locals())
cmbw.Print('mcasym_minbias_reweight%(stitle)s.png' % locals())
cjp.Print('mcasym_jetpatch%(stitle)s.png' % locals())
alldiffs.Print('mcasym_diff%(stitle)s.png' % locals())
alldiffsw.Print('mcasym_diff_reweight%(stitle)s.png' % locals())
def asigma():
asym_p = AsymmetryGenerator('asym_p', bins=zbins, key='z_away2')
asym_m = AsymmetryGenerator('asym_m', bins=zbins, key='z_away2')
scalars = ScalarCounts(os.environ['STAR'] +
'/StRoot/StSpinPool/StTamuRelLum/inputs/run6.txt')
polarizations = Polarizations.Final
## generate the asymmetries
allFiles = glob(transHistDir + '/chargedPions_*.hist.root')
for fname in allFiles[:]:
run = getRun(fname)
if run in transverse_runlist:
print fname, run
mgr = HistogramManager(ROOT.TFile(fname), ['z_away2'])
try:
bin6 = scalars[str(run) + '-5-6']
bin7 = scalars[str(run) + '-5-7']
bin8 = scalars[str(run) + '-5-8']
bin9 = scalars[str(run) + '-5-9']
except KeyError:
bin6 = scalars[str(run) + '-6-6']
bin7 = scalars[str(run) + '-6-7']
bin8 = scalars[str(run) + '-6-8']
bin9 = scalars[str(run) + '-6-9']
uu = bin6.uu + bin7.uu + bin8.uu + bin9.uu
ud = bin6.ud + bin7.ud + bin8.ud + bin9.ud
du = bin6.du + bin7.du + bin8.du + bin9.du
dd = bin6.dd + bin7.dd + bin8.dd + bin9.dd
pol = polarizations[bin7.fill]
asym_p.FillFromHistogramManager(mgr, 'jetpatch', 1, uu,ud,du,dd, \
pol.py,pol.pb)
asym_m.FillFromHistogramManager(mgr, 'jetpatch', -1, uu,ud,du,dd, \
pol.py,pol.pb)
c = graphics.canvas2()
c.SetLogy(0)
ROOT.gStyle.SetErrorX(0.0)
c.cd(1)
hm = asym_m.GetAsymmetry('ll')
hm.SetMarkerStyle(20)
hm.SetTitle('A_{#sigma} #pi^{-}')
hm.Fit('pol0', 'q')
hm.Draw('e1')
c.cd(2)
hp = asym_p.GetAsymmetry('ll')
hp.SetTitle('A_{#sigma} #pi^{+}')
hp.SetMarkerStyle(21)
hp.Fit('pol0', 'q')
hp.Draw('e1')
for h in (hm,hp):
h.GetXaxis().SetTitle('p_{T}(#pi)/p_{T}(jet)')
h.GetYaxis().SetRangeUser(-0.1, 0.1)
raw_input('wait here:')
c.Print('asigma.png')
print '\nπ- A_{σ}'
for bin in range(1, hm.GetNbinsX()+1):
print '[%.2f-%.2f] % .3f ± %.3f' % (hm.GetBinLowEdge(bin),
hm.GetBinLowEdge(bin+1), hm.GetBinContent(bin), hm.GetBinError(bin))
print '\nπ+ A_{σ}'
for bin in range(1, hp.GetNbinsX()+1):
print '[%.2f-%.2f] % .3f ± %.3f' % (hp.GetBinLowEdge(bin),
hp.GetBinLowEdge(bin+1), hp.GetBinContent(bin), hp.GetBinError(bin))
def ssa():
"""
plots single-spin asymmetries versus fill and z, saves them in PNG format
"""
asym_zp = AsymmetryGenerator('asym_zp', bins=zbins, key='z_away2')
asym_zm = AsymmetryGenerator('asym_zm', bins=zbins, key='z_away2')
asym_fp = {}
asym_fm = {}
fills = [int(f) for f in fillList(runlist)]
for fill in fills:
asym_fp[fill] = AsymmetryGenerator('p%d' % fill, bins=[1,-0.5,0.5],
key='one')
asym_fm[fill] = AsymmetryGenerator('m%d' % fill, bins=[1,-0.5,0.5],
key='one')
scalars = ScalarCounts(os.environ['STAR'] +
'/StRoot/StSpinPool/StTamuRelLum/inputs/run6.txt')
polarizations = Polarizations.Final
allFiles = glob(histDir + '/chargedPions_*.hist.root')
for fname in allFiles[:]:
run = getRun(fname)
if run in runlist:
print fname, run
mgr = HistogramManager(ROOT.TFile(fname), ['z_away2','one'])
try:
bin6 = scalars[str(run) + '-5-6']
bin7 = scalars[str(run) + '-5-7']
bin8 = scalars[str(run) + '-5-8']
bin9 = scalars[str(run) + '-5-9']
except KeyError:
bin6 = scalars[str(run) + '-6-6']
bin7 = scalars[str(run) + '-6-7']
bin8 = scalars[str(run) + '-6-8']
bin9 = scalars[str(run) + '-6-9']
uu = bin6.uu + bin7.uu + bin8.uu + bin9.uu
ud = bin6.ud + bin7.ud + bin8.ud + bin9.ud
du = bin6.du + bin7.du + bin8.du + bin9.du
dd = bin6.dd + bin7.dd + bin8.dd + bin9.dd
pol = polarizations[bin7.fill]
asym_zp.FillFromHistogramManager(mgr, 'jetpatch', 1, uu,ud,du,dd,
pol.py,pol.pb)
asym_zm.FillFromHistogramManager(mgr, 'jetpatch', -1, uu,ud,du,dd,
pol.py,pol.pb)
asym_fp[bin7.fill].FillFromHistogramManager(mgr, 'jetpatch', 1,
uu,ud,du,dd, pol.py,pol.pb)
asym_fm[bin7.fill].FillFromHistogramManager(mgr, 'jetpatch', -1,
uu,ud,du,dd, pol.py,pol.pb)
title = {
'ly':'Yellow Beam',
'lb':'Blue Beam',
'ls':'Like-Sign',
'us':'Unlike-Sign'
}
marker_color = {
'ly':ROOT.kYellow,
'lb':ROOT.kBlue,
'ls':ROOT.kRed,
'us':ROOT.kBlack
}
ROOT.gStyle.SetOptStat(0)
ROOT.gStyle.SetErrorX(0.0)
ROOT.gStyle.SetOptFit(111)
canvases = []
for key in ('ly','lb','ls','us'):
final_plus = ROOT.TH1D('final_plus_%s' % key, '', len(fills), 0.5,
len(fills)+0.5)
final_minus = ROOT.TH1D('final_minus_%s' % key, '', len(fills), 0.5,
len(fills)+0.5)
canvases.append([final_minus, final_plus])
for i,f in enumerate(fills):
hplus = asym_fp[f].GetAsymmetry(key)
final_plus.SetBinContent( i+1, hplus.GetBinContent(1) )
final_plus.SetBinError( i+1, hplus.GetBinError(1) )
hplus.Delete()
hminus = asym_fm[f].GetAsymmetry(key)
final_minus.SetBinContent( i+1, hminus.GetBinContent(1) )
final_minus.SetBinError( i+1, hminus.GetBinError(1) )
hminus.Delete()
for var,p,m in [('z',asym_zp,asym_zm), ('fill',asym_fp,asym_fm)]:
c = graphics.canvas2()
canvases.append(c)
hp = (var == 'z') and p.GetAsymmetry(key) or final_plus
hp.SetTitle(title[key] + ' SSA for #pi^{+}')
hp.SetMarkerStyle(21)
hm = (var == 'z') and m.GetAsymmetry(key) or final_minus
hm.SetTitle(title[key] + ' SSA for #pi^{-}')
hm.SetMarkerStyle(20)
for h in (hp,hm):
h.SetMarkerColor(marker_color[key])
if var == 'fill':
h.GetYaxis().SetRangeUser(-0.2, 0.2)
h.SetXTitle('fill index')
elif var == 'z':
h.SetXTitle('p_{T}(#pi) / p_{T}(jet)')
if key in ('ly', 'lb'):
h.GetYaxis().SetRangeUser(-0.05, 0.05)
else:
h.GetYaxis().SetRangeUser(-0.1, 0.1)
c.cd(1)
hm.Fit('pol0')
hm.Draw('e1')
c.cd(2)
hp.Fit('pol0')
hp.Draw('e1')
c.Print('%s_ssa_%s.png' % (key, var))
raw_input('wait here:')
def result():
"""
result plot showing asymmetries versus z
"""
asym_p = AsymmetryGenerator('asym_p', bins=zbins, key='z_away2')
asym_m = AsymmetryGenerator('asym_m', bins=zbins, key='z_away2')
scalars = ScalarCounts(os.environ['STAR'] +
'/StRoot/StSpinPool/StTamuRelLum/inputs/run6.txt')
polarizations = Polarizations.Final
allFiles = glob(histDir + '/chargedPions_*.hist.root')
for fname in allFiles[:]:
run = getRun(fname)
if run in runlist:
print fname, run
mgr = HistogramManager(ROOT.TFile(fname), ['z_away2'])
try:
bin6 = scalars[str(run) + '-5-6']
bin7 = scalars[str(run) + '-5-7']
bin8 = scalars[str(run) + '-5-8']
bin9 = scalars[str(run) + '-5-9']
except KeyError:
bin6 = scalars[str(run) + '-6-6']
bin7 = scalars[str(run) + '-6-7']
bin8 = scalars[str(run) + '-6-8']
bin9 = scalars[str(run) + '-6-9']
uu = bin6.uu + bin7.uu + bin8.uu + bin9.uu
ud = bin6.ud + bin7.ud + bin8.ud + bin9.ud
du = bin6.du + bin7.du + bin8.du + bin9.du
dd = bin6.dd + bin7.dd + bin8.dd + bin9.dd
pol = polarizations[bin7.fill]
asym_p.FillFromHistogramManager(mgr, 'jetpatch', 1, uu,ud,du,dd, \
pol.py,pol.pb)
asym_m.FillFromHistogramManager(mgr, 'jetpatch', -1, uu,ud,du,dd, \
pol.py,pol.pb)
## fun with graphics
ROOT.gStyle.SetErrorX(0.0)
ROOT.gStyle.SetOptDate(0)
c = graphics.canvas2()
c.SetLogy(0)
line = ROOT.TLine(zbins[0], 0.0, zbins[-1], 0.0)
line.SetLineStyle(2)
line.SetLineColor(10)
prelim = ROOT.TText()
prelim.SetTextColor(44)
prelim.SetTextAlign(21)
latex = ROOT.TLatex()
latex.SetTextSize(0.25)
# latex.SetTextAlign(21)
syst = systematic_uncertainties()
syst_m = ROOT.TGraphErrors(len(zbins))
syst_p = ROOT.TGraphErrors(len(zbins))
for g in (syst_m,syst_p):
g.SetMarkerColor(15)
g.SetFillColor(15)
g.SetPoint(len(zbins), 1.0, 0)
g.SetPointError(len(zbins), 0., 0.)
g.GetXaxis().SetRangeUser(zbins[0], zbins[-1])
hm = asym_m.GetAsymmetry('ll')
hp = asym_p.GetAsymmetry('ll')
for i in range(len(zbins)-1):
z = (zbins[i] + zbins[i+1])/2
syst_m.SetPoint(i, z, hm.GetBinContent(i+1))
syst_m.SetPointError(i, 0.01, syst['minus'][i])
syst_p.SetPoint(i, z, hp.GetBinContent(i+1))
syst_p.SetPointError(i, 0.01, syst['plus'][i])
c.cd(1)
syst_m.Draw('a2p')
line.Draw()
hm.SetMarkerStyle(20)
hm.Draw('e1 same')
prelim.DrawText(0.5,0.065,"2006 STAR Preliminary")
latex.DrawLatex(0.07 + zbins[0], -0.085, '#pi^{-}')
c.cd(2)
syst_p.Draw('a2p')
line.Draw()
hp.SetMarkerStyle(21)
hp.Draw('e1 same')
prelim.DrawText(0.5,0.065,"2006 STAR Preliminary")
latex.DrawLatex(0.07 + zbins[0], -0.085, '#pi^{+}')
for h in (hm,hp, syst_m, syst_p):
h.SetTitle('')
h.GetXaxis().SetTitle('z = p_{T}(#pi)/p_{T}(jet)')
h.GetYaxis().SetRangeUser(-0.1, 0.1)
raw_input('wait here:')
c.Print('preliminary_result.png')
print '\nπ- A_{LL}'
for bin in range(1, hm.GetNbinsX()+1):
print '[%.2f-%.2f] % .3f ± %.3f' % (hm.GetBinLowEdge(bin),
hm.GetBinLowEdge(bin+1), hm.GetBinContent(bin), hm.GetBinError(bin))
print '\nπ+ A_{LL}'
for bin in range(1, hp.GetNbinsX()+1):
print '[%.2f-%.2f] % .3f ± %.3f' % (hp.GetBinLowEdge(bin),
hp.GetBinLowEdge(bin+1), hp.GetBinContent(bin), hp.GetBinError(bin))
color = {
'STD': ROOT.kBlack,
'ZERO': ROOT.kBlue,
'GS_NLOC': ROOT.kMagenta,
'MIN': ROOT.kGreen,
'DSSV': ROOT.kGreen + 100
}
title = {
'STD': 'GRSV-STD',
'MIN': 'GRSV-MIN',
'ZERO': 'GRSV-ZERO',
'GS_NLOC': 'GS Set C',
'DSSV': 'DSSV'
}
mcasym_tfile = ROOT.TFile(mcasymFile)
keys = ['STD','ZERO','GS_NLOC','DSSV']
wkeys = [key+'w' for key in keys]
mgr2 = HistogramManager(mcasym_tfile, keys=wkeys)
leg = ROOT.TLegend(0.6, 0.13, 0.87, 0.37)
leg.SetHeader('LO MC Evaluation')
leg.SetBorderSize(1)
for key in keys:
m = mgr2['anyspin']['117001'].tracks_minus[key+'w']
p = mgr2['anyspin']['117001'].tracks_plus[key+'w']
for h in (m,p):
h.Smooth(2)
h.SetLineColor(color[key])
h.SetFillColor(color[key])
h.SetLineWidth(2)
leg.AddEntry(m, title[key])
c.cd(1)
m.Draw('e3 same')
hm.Draw('e1 same')
c.cd(2)
p.Draw('e3 same')
hp.Draw('e1 same')
c.cd(1)
leg.Draw()
raw_input('now wait here:')
c.Print('preliminary_result_models.png')
def pt_shift_uncertainty_asymmetry():
"""
calculate A_{LL} assuming different jet pt shifts
"""
asym_pl = AsymmetryGenerator('asym_pl', bins=zbins, key='z_away2_low')
asym_pm = AsymmetryGenerator('asym_pm', bins=zbins, key='z_away2')
asym_ph = AsymmetryGenerator('asym_ph', bins=zbins, key='z_away2_high')
asym_ml = AsymmetryGenerator('asym_ml', bins=zbins, key='z_away2_low')
asym_mm = AsymmetryGenerator('asym_mm', bins=zbins, key='z_away2')
asym_mh = AsymmetryGenerator('asym_mh', bins=zbins, key='z_away2_high')
scalars = ScalarCounts(os.environ['STAR'] +
'/StRoot/StSpinPool/StTamuRelLum/inputs/run6.txt')
polarizations = Polarizations.Final
## generate the asymmetries
allFiles = glob(histDir + '/chargedPions_*.hist.root')
for fname in allFiles[:]:
run = getRun(fname)
if run in runlist:
print fname, run
mgr = HistogramManager(ROOT.TFile(fname), ['z_away2',
'z_away2_low', 'z_away2_high'])
try:
bin6 = scalars[str(run) + '-5-6']
bin7 = scalars[str(run) + '-5-7']
bin8 = scalars[str(run) + '-5-8']
bin9 = scalars[str(run) + '-5-9']
except KeyError:
bin6 = scalars[str(run) + '-6-6']
bin7 = scalars[str(run) + '-6-7']
bin8 = scalars[str(run) + '-6-8']
bin9 = scalars[str(run) + '-6-9']
uu = bin6.uu + bin7.uu + bin8.uu + bin9.uu
ud = bin6.ud + bin7.ud + bin8.ud + bin9.ud
du = bin6.du + bin7.du + bin8.du + bin9.du
dd = bin6.dd + bin7.dd + bin8.dd + bin9.dd
pol = polarizations[bin7.fill]
asym_ml.FillFromHistogramManager(mgr, 'jetpatch', -1, uu,ud,du,dd, \
pol.py,pol.pb)
asym_mm.FillFromHistogramManager(mgr, 'jetpatch', -1, uu,ud,du,dd, \
pol.py,pol.pb)
asym_mh.FillFromHistogramManager(mgr, 'jetpatch', -1, uu,ud,du,dd, \
pol.py,pol.pb)
asym_pl.FillFromHistogramManager(mgr, 'jetpatch', 1, uu,ud,du,dd, \
pol.py,pol.pb)
asym_pm.FillFromHistogramManager(mgr, 'jetpatch', 1, uu,ud,du,dd, \
pol.py,pol.pb)
asym_ph.FillFromHistogramManager(mgr, 'jetpatch', 1, uu,ud,du,dd, \
pol.py,pol.pb)
c = graphics.canvas2()
c.SetLogy(0)
ROOT.gStyle.SetErrorX(0.0)
c.cd(1)
hml = asym_ml.GetAsymmetry('ll')
hmm = asym_mm.GetAsymmetry('ll')
hmh = asym_mh.GetAsymmetry('ll')
hmm.SetMarkerStyle(20)
hmm.SetTitle('p_{T} shift uncertainty on A_{LL} #pi^{-}')
# hml.Fit('pol0', 'q')
hmm.Draw('e1')
gml = ROOT.TGraphErrors(hml)
gmh = ROOT.TGraphErrors(hmh)
for i in range(hmm.GetNbinsX()):
gml.SetPoint(i, hml.GetBinCenter(i+1)-0.02, hml.GetBinContent(i+1))
gmh.SetPoint(i, hmh.GetBinCenter(i+1)+0.02, hmh.GetBinContent(i+1))
gml.Draw('p')
gmh.Draw('p')
c.cd(2)
hpl = asym_pl.GetAsymmetry('ll')
hpm = asym_pm.GetAsymmetry('ll')
hph = asym_ph.GetAsymmetry('ll')
hpm.SetTitle('p_{T} shift uncertainty on A_{LL} #pi^{+}')
hpm.SetMarkerStyle(21)
# hpl.Fit('pol0', 'q')
hpm.Draw('e1')
gpl = ROOT.TGraphErrors(hpl)
gph = ROOT.TGraphErrors(hph)
for i in range(hpm.GetNbinsX()):
gpl.SetPoint(i, hpl.GetBinCenter(i+1)-0.02, hpl.GetBinContent(i+1))
gph.SetPoint(i, hph.GetBinCenter(i+1)+0.02, hph.GetBinContent(i+1))
gpl.Draw('p')
gph.Draw('p')
for g in (gml, gmh):
g.SetMarkerStyle(24)
for g in (gpl, gph):
g.SetMarkerStyle(25)
for h in (hmm,hpm):
h.GetXaxis().SetTitle('p_{T}(#pi)/p_{T}(jet)')
h.GetYaxis().SetRangeUser(-0.06, 0.08)
raw_input('wait here:')
c.Print('pt_shift_uncertainty_asymmetry.png')
print '\nπ- shift asymmetry'
for bin in range(1, hmm.GetNbinsX()+1):
low = hml.GetBinContent(bin)
mid = hmm.GetBinContent(bin)
high = hmh.GetBinContent(bin)
diffl = abs(mid-low)
diffh = abs(mid-high)
diff = (diffl+diffh)/2
print '[%.2f-%.2f] % .3f low, %.3f high, %.3f avg' % \
(hmm.GetBinLowEdge(bin), hmm.GetBinLowEdge(bin+1),diffl,diffh,diff)
print '\nπ+ shift asymmetry'
for bin in range(1, hpm.GetNbinsX()+1):
low = hpl.GetBinContent(bin)
mid = hpm.GetBinContent(bin)
high = hph.GetBinContent(bin)
diffl = abs(mid-low)
diffh = abs(mid-high)
diff = (diffl+diffh)/2
print '[%.2f-%.2f] % .3f low, %.3f high, %.3f avg' % \
(hpm.GetBinLowEdge(bin), hpm.GetBinLowEdge(bin+1),diffl,diffh,diff)
def meanpt():
"""plots mean pT in each z bin for for pions and tracks"""
meanpt_p = hadd_interactive(histDir, runlist, 'jetpatch', 'anyspin',
'plus', 'meanpt')
meanpt_m = hadd_interactive(histDir, runlist, 'jetpatch', 'anyspin',
'minus', 'meanpt')
meanjetpt_p = hadd_interactive(histDir, runlist, 'jetpatch', 'anyspin',
'plus', 'meanjetpt')
meanjetpt_m = hadd_interactive(histDir, runlist, 'jetpatch', 'anyspin',
'minus', 'meanjetpt')
## now get some results from simulations
f = ROOT.TFile(datamcFile)
mgr = HistogramManager(f, keys=['meanpt', 'meanjetpt'])
meansim_p = mgr.anyspin['jetpatch'].tracks_plus['meanpt']
meansim_m = mgr.anyspin['jetpatch'].tracks_minus['meanpt']
meanjetsim_p = mgr.anyspin['jetpatch'].tracks_plus['meanjetpt']
meanjetsim_m = mgr.anyspin['jetpatch'].tracks_minus['meanjetpt']
mbsim_p = mgr.anyspin['117001'].tracks_plus['meanpt']
mbsim_m = mgr.anyspin['117001'].tracks_minus['meanpt']
mbjetsim_p = mgr.anyspin['117001'].tracks_plus['meanjetpt']
mbjetsim_m = mgr.anyspin['117001'].tracks_minus['meanjetpt']
meanjetpt_m.SetTitle('JP Data / Monte Carlo comparison, #pi -')
meanjetpt_p.SetTitle('JP Data / Monte Carlo comparison, #pi +')
meanjetsim_m.SetTitle('Monte Carlo #pi -')
meanjetsim_p.SetTitle('Monte Carlo #pi +')
for h in (meanjetpt_m, meanjetpt_p, meanjetsim_m, meanjetsim_p):
h.SetMarkerStyle(21)
h.SetXTitle('z')
h.SetYTitle('< pT >')
[h.SetMarkerStyle(20) for h in (mbjetsim_m, mbjetsim_p)]
[h.SetMarkerStyle(24) for h in (mbsim_m, mbsim_p)]
for h in (meanpt_m, meanpt_p, meansim_m, meansim_p):
h.SetMarkerStyle(25)
for h in (meansim_m, meansim_p, meanjetsim_m, meanjetsim_p):
h.SetMarkerColor(ROOT.kRed)
h.SetLineColor(ROOT.kRed)
leg = ROOT.TLegend(.6, .7, .8, .88)
leg.AddEntry(meanjetpt_p, 'jet')
leg.AddEntry(meanpt_p, '#pi')
## first compare JP data/MC
c = graphics.canvas2('Data / Monte Carlo comparison for JP')
c.cd(1)
meanjetpt_m.Draw()
meanjetpt_m.GetXaxis().SetRangeUser(zbins[0], zbins[-1])
meanjetpt_m.GetYaxis().SetRangeUser(0, 25)
meanjetsim_m.Draw('][ hist same')
meanpt_m.Draw('same')
meansim_m.Draw('][ hist same')
c.cd(2)
meanjetpt_p.Draw()
meanjetpt_p.GetXaxis().SetRangeUser(zbins[0], zbins[-1])
meanjetpt_p.GetYaxis().SetRangeUser(0, 25)
meanjetsim_p.Draw('][ hist same')
meanpt_p.Draw('same')
meansim_p.Draw('][ hist same')
leg.Draw()
raw_input('wait here:')
c.Print('jp-means.png')
## now compare JP and MB simulations
c2 = graphics.canvas2('Comparison of MB and JP simulations')
for h in (meanjetsim_m, meanjetsim_p, meansim_m, meansim_p):
h.SetMarkerColor(ROOT.kBlue)
h.SetLineColor(ROOT.kBlue)
for h in (mbjetsim_m, mbjetsim_p, mbsim_m, mbsim_p):
h.SetMarkerColor(ROOT.kRed)
h.SetLineColor(ROOT.kRed)
c2.cd(1)
meanjetsim_m.Draw('hist p')
meanjetsim_m.GetXaxis().SetRangeUser(zbins[0], zbins[-1])
meanjetsim_m.GetYaxis().SetRangeUser(0, 25)
mbjetsim_m.Draw('hist p same')
mbsim_m.Draw('hist p same')
meansim_m.Draw('hist p same')
c2.cd(2)
meanjetsim_p.Draw('hist p')
meanjetsim_p.GetXaxis().SetRangeUser(zbins[0], zbins[-1])
meanjetsim_p.GetYaxis().SetRangeUser(0, 25)
mbjetsim_p.Draw('hist p same')
mbsim_p.Draw('hist p same')
meansim_p.Draw('hist p same')
leg2 = ROOT.TLegend(.68, .7, .88, .88)
leg2.AddEntry(meanjetsim_p, 'JP')
leg2.AddEntry(mbjetsim_p, 'MB')
leg2.Draw()
raw_input('wait here:')
c.Print('jp-means.png')
c2.Print('simu-means.png')
def run6_result_theory_curves():
"""
result plot showing asymmetries versus z
"""
asym_p = AsymmetryGenerator('asym_p', bins=zbins, key='z_away2')
asym_m = AsymmetryGenerator('asym_m', bins=zbins, key='z_away2')
scalars = ScalarCounts(os.environ['STAR'] +
'/StRoot/StSpinPool/StTamuRelLum/inputs/run6.txt')
polarizations = Polarizations.Final
allFiles = glob(histDir + '/chargedPions_*.hist.root')
for fname in allFiles[:]:
run = getRun(fname)
if run in runlist:
print fname, run
mgr = HistogramManager(ROOT.TFile(fname), ['z_away2'])
try:
bin6 = scalars[str(run) + '-5-6']
bin7 = scalars[str(run) + '-5-7']
bin8 = scalars[str(run) + '-5-8']
bin9 = scalars[str(run) + '-5-9']
except KeyError:
bin6 = scalars[str(run) + '-6-6']
bin7 = scalars[str(run) + '-6-7']
bin8 = scalars[str(run) + '-6-8']
bin9 = scalars[str(run) + '-6-9']
uu = bin6.uu + bin7.uu + bin8.uu + bin9.uu
ud = bin6.ud + bin7.ud + bin8.ud + bin9.ud
du = bin6.du + bin7.du + bin8.du + bin9.du
dd = bin6.dd + bin7.dd + bin8.dd + bin9.dd
pol = polarizations[bin7.fill]
asym_p.FillFromHistogramManager(mgr, 'jetpatch', 1, uu,ud,du,dd, \
pol.py,pol.pb)
asym_m.FillFromHistogramManager(mgr, 'jetpatch', -1, uu,ud,du,dd, \
pol.py,pol.pb)
## fun with graphics
ROOT.gStyle.SetErrorX(0.0)
ROOT.gStyle.SetOptDate(0)
c = graphics.canvas2()
c.SetLogy(0)
for i in (1, 2):
pad = c.cd(i)
pad.SetTopMargin(0.03)
pad.SetBottomMargin(0.1)
pad.SetLeftMargin(0.12)
pad.SetRightMargin(0.02)
line = ROOT.TLine(zbins[0], 0.0, zbins[-1], 0.0)
line.SetLineStyle(2)
prelim = ROOT.TText()
prelim.SetTextColor(44)
prelim.SetTextAlign(21)
latex = ROOT.TLatex()
latex.SetTextSize(0.25)
syst = systematic_uncertainties()
syst_m = ROOT.TGraphErrors(len(zbins))
syst_p = ROOT.TGraphErrors(len(zbins))
for g in (syst_m,syst_p):
g.SetMarkerColor(15)
g.SetFillColor(15)
g.SetPoint(len(zbins), 1.0, 0)
g.SetPointError(len(zbins), 0., 0.)
g.GetXaxis().SetRangeUser(zbins[0], zbins[-1])
hm = asym_m.GetAsymmetry('ll')
hp = asym_p.GetAsymmetry('ll')
for i in range(len(zbins)-1):
z = (zbins[i] + zbins[i+1])/2
syst_m.SetPoint(i, z, hm.GetBinContent(i+1))
syst_m.SetPointError(i, 0.01, syst['minus'][i])
syst_p.SetPoint(i, z, hp.GetBinContent(i+1))
syst_p.SetPointError(i, 0.01, syst['plus'][i])
[ g.GetXaxis().SetRangeUser(zbins[0], zbins[-1]) for g in (syst_m,syst_p) ]
for h in (hm,hp, syst_m, syst_p):
h.SetTitle('')
h.GetXaxis().SetTitle('z')
h.GetYaxis().SetRangeUser(-0.05, 0.08)
h.GetYaxis().SetTitle('A_{LL} ')
h.GetYaxis().SetTitleSize(0.06)
h.GetYaxis().SetTitleOffset(1.0)
h.GetXaxis().SetTitle('z ')
h.GetXaxis().SetTitleSize(0.065)
h.GetXaxis().SetTitleOffset(0.7)
title = {
'STD': 'GRSV-STD',
'GSC': 'GS Set C',
'DSSV': 'DSSV'
}
def make_graph(num, denom):
g = ROOT.TGraphErrors(len(num))
for i,n in enumerate(num):
d = denom[i]
val = n.y / d.y
err = val*math.sqrt((n.sys/n.y)**2 + (d.sys/d.y)**2)
g.SetPoint(i, n.x, val)
g.SetPointError(i, 0, err)
return g
nlo_m = {
'STD': make_graph(analysis.deflorian.minus.std,
analysis.deflorian.minus.mrst),
'DSSV': make_graph(analysis.deflorian.minus.dssv,
analysis.deflorian.minus.mrst),
'GSC': make_graph(analysis.deflorian.minus.gsc,
analysis.deflorian.minus.mrst),
}
nlo_p = {
'STD': make_graph(analysis.deflorian.plus.std,
analysis.deflorian.plus.mrst),
'DSSV': make_graph(analysis.deflorian.plus.dssv,
analysis.deflorian.plus.mrst),
'GSC': make_graph(analysis.deflorian.plus.gsc,
analysis.deflorian.plus.mrst),
}
for nlo in (nlo_m, nlo_p):
nlo['DSSV'].SetLineStyle(2)
nlo['GSC'].SetLineColor(ROOT.kMagenta)
nlo['DSSV'].SetLineColor(ROOT.kGreen+2)
[gr.SetLineWidth(3) for gr in nlo.values()]
[gr.SetFillColor(ROOT.kOrange) for gr in nlo.values()]
leg = ROOT.TLegend(0.69, 0.15, 0.97, 0.36)
leg.SetBorderSize(0)
leg.SetNColumns(1)
leg.AddEntry(nlo_m['STD'], 'GRSV-STD', 'l')
leg.AddEntry(nlo_m['DSSV'], 'DSSV', 'l')
leg.AddEntry(nlo_m['GSC'], 'GS-C', 'l')
latex2 = ROOT.TLatex()
c.cd(1)
hm.SetMarkerStyle(20)
syst_m.Draw('a2p')
prelim.DrawText(0.42,-0.041,"STAR Preliminary")
latex.DrawLatex(0.05 + zbins[0], 0.044, '#pi^{-}')
latex2.DrawLatex(0.45, 0.06, '10 < jet p_{T} < 30')
latex2.DrawLatex(0.5, 0.045, '#pi p_{T} > 2')
[ g.Draw('3') for g in nlo_m.values() ]
[ g.Draw('lx') for g in nlo_m.values() ]
line.Draw()
syst_m.Draw('2p')
hm.Draw('e1 same')
c.cd(2)
hp.SetMarkerStyle(21)
syst_p.Draw('a2p')
prelim.DrawText(0.42,-0.041,"STAR Preliminary")
latex.DrawLatex(0.05 + zbins[0], 0.044, '#pi^{+}')
[ g.Draw('3') for g in nlo_p.values() ]
[ g.Draw('lx') for g in nlo_p.values() ]
line.Draw()
leg.Draw()
syst_p.Draw('2p')
hp.Draw('e1 same')
graphics.maybe_save(c)