def NextEvent(self, i=-1):
if i < 0: self.n += 1
else: self.n = i
fRun.Run(self.n, self.n + 1) # go for first event
# check if tracks are made from real pattern recognition
if sTree.GetBranch("FitTracks_PR"):
sTree.FitTracks = sTree.FitTracks_PR
if sTree.GetBranch("fitTrack2MC_PR"):
sTree.fitTrack2MC = sTree.fitTrack2MC_PR
if sTree.GetBranch("Particles_PR"):
sTree.Particles = sTree.Particles_PR
if hasattr(self, "tracks"): self.tracks.ExecuteTask()
if sTree.FindBranch("EcalClusters"):
if sTree.EcalClusters.GetEntries() > 0:
self.ecalFiller.Exec('start', sTree.EcalPointLite)
self.calos.ExecuteTask()
if sTree.FindBranch("Digi_SBTHits"): self.veto.ExecuteTask()
if ROOT.gROOT.FindObject('Root Canvas EnergyLoss'):
evd_fillEnergy.execute()
print 'Event %i ready' % (self.n)
# make pointsets pickable
for x in mcHits:
p = ROOT.gEve.GetCurrentEvent().FindChild(mcHits[x].GetName())
if p:
p.SetPickable(ROOT.kTRUE)
p.SetTitle(p.__repr__())
def NextEvent(self,i=-1):
if i<0: self.n+=1
else : self.n=i
fRun.Run(self.n,self.n+1) # go for first event
# check if tracks are made from real pattern recognition
if sTree.GetBranch("FitTracks_PR"): sTree.FitTracks = sTree.FitTracks_PR
if sTree.GetBranch("fitTrack2MC_PR"): sTree.fitTrack2MC = sTree.fitTrack2MC_PR
if sTree.GetBranch("Particles_PR"): sTree.Particles = sTree.Particles_PR
if hasattr(self,"tracks"): self.tracks.ExecuteTask()
if sTree.FindBranch("EcalClusters"):
if sTree.EcalClusters.GetEntries()>0:
self.ecalFiller.Exec('start',sTree.EcalPointLite)
self.calos.ExecuteTask()
if sTree.FindBranch("Digi_SBTHits"): self.veto.ExecuteTask()
if ROOT.gROOT.FindObject('Root Canvas EnergyLoss'): evd_fillEnergy.execute()
print 'Event %i ready'%(self.n)
# make pointsets pickable
for x in mcHits:
p = ROOT.gEve.GetCurrentEvent().FindChild(mcHits[x].GetName())
if p:
p.SetPickable(ROOT.kTRUE)
p.SetTitle(p.__repr__())
ls.SetSpecularPower(1.1)
vw.DoDraw()
#
slot = pack1.NewSlot()
slot.StartEmbedding()
can = ROOT.TCanvas(
"Root Canvas EnergyLoss") # ROOT.gROOT.FindObject('Root Canvas')
can.SetTitle('Energy as function of z')
can.ToggleEditor()
slot.StopEmbedding()
ls = ROOT.gROOT.GetListOfGlobals()
ls.Add(can)
SHiPDisplay = ls.FindObject('SHiP Displayer')
SHiPDisplay.transparentMode('on')
if __name__ == "__main__":
execute()
v = ROOT.gEve.GetViewers().FindChild('Bar Embedded Viewer side')
vw = v.GetGLViewer()
cam = vw.CurrentCamera()
fr = vw.GetFrame()
test = ROOT.TGLVertex3(0., 0., 0.)
vtest = cam.ViewportToWorld(test)
zmin = vtest.Z()
test = ROOT.TGLVertex3(fr.GetWidth(), 0., 0.)
vtest = cam.ViewportToWorld(test)
zmax = vtest.Z()
print "?", zmin, zmax
evd_fillEnergy.execute()
ls.SetFrontPower(0.2)
ls.SetSidePower(0.4)
ls.SetSpecularPower(1.1)
vw.DoDraw()
#
slot = pack1.NewSlot()
slot.StartEmbedding()
can = ROOT.TCanvas("Root Canvas EnergyLoss") # ROOT.gROOT.FindObject('Root Canvas')
can.SetTitle('Energy as function of z')
can.ToggleEditor()
slot.StopEmbedding()
ls = ROOT.gROOT.GetListOfGlobals()
ls.Add(can)
SHiPDisplay = ls.FindObject('SHiP Displayer')
SHiPDisplay.transparentMode('on')
if __name__=="__main__":
execute()
v = ROOT.gEve.GetViewers().FindChild('Bar Embedded Viewer side')
vw = v.GetGLViewer()
cam = vw.CurrentCamera()
fr = vw.GetFrame()
test = ROOT.TGLVertex3(0.,0.,0.)
vtest = cam.ViewportToWorld(test)
zmin = vtest.Z()
test = ROOT.TGLVertex3(fr.GetWidth(),0.,0.)
vtest = cam.ViewportToWorld(test)
zmax = vtest.Z()
print "?",zmin,zmax
evd_fillEnergy.execute()
