def __init__(self,useLogger=True):
self.f = None
self.writer = writer.writer()
self.P = process.process(makeDirs=False)
self.gU= graphUtils.graphUtils()
self.pip= pipath.pipath()
self.requestedRuns = 'ALL'
self.now = now = datetime.datetime.now()
self.start_time = now
fmt = '%Y%m%d_%H%M%S_%f'
cnow = now.strftime(fmt)
self.parentDir = 'Second/'+cnow+'/'
self.logdir = self.parentDir + 'Log/'
self.figdir = self.parentDir + 'Figures/'
dirs = self.pip.fix( [self.parentDir, self.logdir, self.figdir] ) # make paths platform indepedent
for d in dirs:
if os.path.isdir(d):
pass
else:
try:
os.mkdir(d)
except IOError,e:
print 'second__init__',e
else:
print 'second__init__ created',d
def __init__(self):
self.scalerTypes = ['float32','float64','uint32']
# used by unpackEvent, summary
self.datasetNames = [ "Digitizer_1","Digitizer_2", "Event_Temp", "Event_Time", "QDC_1","QDC_2", "Scaler", "TDC"]
self.QDCNames = [x for x in self.datasetNames if 'QDC' in x]
self.TDCNames = [x for x in self.datasetNames if 'TDC' in x]
self.WFDNames = [x for x in self.datasetNames if 'Digitizer' in x]
#print 'reader.init QDCnames',self.QDCNames,'TDCNames',self.TDCNames,'WFDNames',self.WFDNames
self.eventCalls = 0
self.incompleteEvents = {}
# used by unpackTrigger
self.validTriggers = ['CT','M','LED','CT+M+LED'] # as of 20160106
self.triggerOR = ['CT+M+LED']
self.uniqueTriggers = [x for x in self.validTriggers if x not in self.triggerOR]
#print 'reader__init__ self.uniqueTriggers',self.uniqueTriggers
self.gU = graphUtils.graphUtils()
self.topLevelKeys = ['Run_Info','Events']
print 'reader: initialized'
return
def __init__(self):
#ROOT.gROOT.ProcessLine('.L langaus.C++')
#self.lgfun = ROOT.langaufun
self.gU = graphUtils.graphUtils()
self.cAC = cutsAndConstants.cutsAndConstants()
print 'gfit initialized'
return
def __init__(self):
self.h = None
self.f = None # needed to keep histograms in scope
self.gU = graphUtils.graphUtils()
self.sr2pi = math.sqrt(2. * math.pi)
return
def __init__(self,mode):
self.mode = mode
self.fn = '/Users/djaffe/Documents/Neutrinos/LDRD2010/OneTonPrototypeIn2-224/Installation/HVscan_20151230.csv'
if mode==1: self.fn = '/Users/djaffe/Documents/Neutrinos/LDRD2010/OneTonPrototypeIn2-224/Installation/HVscan_20160104.csv'
self.figdir = 'Figures/HVscan/'
self.columns = {}
self.colhdrs = []
self.sgnlhdrs= []
self.gU = graphUtils.graphUtils()
return
def __init__(self):
self.procLog = 'Logfiles/procWaveDump/'
self.daqLog = '/Users/djaffe/work/WaveDumpData/logfiles/'
self.cWD = get_filepaths.get_filepaths()
self.rLF = readLogFile.readLogFile()
self.gU = graphUtils.graphUtils()
self.procLogList = self.cWD.get_filepaths(self.procLog)
self.daqLogList = self.cWD.get_filepaths(self.daqLog)
self.figdir = 'Figures/livetime/'
print 'livetime Initialized'
return
def __init__(self,Log=True,Speedy=False):
self.gU = graphUtils.graphUtils(defMarkerSize=2)
self.mTT= makeTTree.makeTTree()
self.cAC= cutsAndConstants.cutsAndConstants()
self.figdir = 'Figures/Speedy/'
now = datetime.datetime.now()
fmt = '%Y%m%d_%H%M%S_%f'
self.start_time = cnow = now.strftime(fmt)
self.outRootFile = 'Speedy/Results/speedy_'+cnow+'.root'
return
def __init__(self,makeDirs=True):
self.R = reader.reader()
self.W = wfanal.wfanal()
self.writer = writer.writer()
self.cT = calibThermocouple.calibThermocouple()
self.gU= graphUtils.graphUtils()
self.pip= pipath.pipath()
self.writeRecon = None
self.overlaps = 0
self.lastEventDumped = None
self.Hists = {}
self.TDChistnames = {}
self.refTDCs = ['S2','H0']
self.WFHists = []
self.Times = []
self.rawTemps = []
self.calTemps = []
self.AllTrigsfname = None
self.rootpyEvts = None
self.NoHists = False
if makeDirs:
now = datetime.datetime.now()
self.start_time = now
fmt = '%Y%m%d_%H%M%S_%f'
cnow = now.strftime(fmt)
parentDir = 'Results/'+cnow+'/'
self.logdir = parentDir + 'Log/'
self.figdir = parentDir + 'Figures/'
self.WFfigdir = self.figdir + 'WF/'
self.TDCfigdir= self.figdir + 'TDC/'
self.outputdir= parentDir + 'Output/'
# create list of platform-independent path
dirs = self.pip.fix( [parentDir, self.logdir, self.figdir, self.WFfigdir, self.TDCfigdir, self.outputdir] )
parentDir, self.logdir, self.figdir, self.WFfigdir, self.TDCfigdir, self.outputdir = dirs
for d in dirs:
if os.path.isdir(d):
pass
else:
try:
os.makedirs(d)
except IOError,e:
print 'process__init__',e
else:
print 'process__init__ created',d
def __init__(self):
self.gU = graphUtils.graphUtils()
self.graphs = {}
self.graphSuffixes = ['raw','corr','exInt','cByr']
self.TMG = {}
self.icol = 1
self.peakWidth = 5.0
self.peakSideBand = 2.
self.emissionWidth = 200.
self.figdir = 'Felix_Results/'
self.fluors = ['bisMSB','POPOP','PPO']
self.solvents = ['ETOH','CX','cyclo','LAB']
return
def __init__(self):
self.gU = graphUtils.graphUtils()
self.cGwE = ROOT.TF1("cGwE", self.convGwE, -10., 150.,
3) # name,func,xmi,xma,Npar
self.cGwE.SetParName(0, 'Amp')
self.cGwE.SetParName(1, 'Lifetime')
self.cGwE.SetParName(2, 'Sigma')
self.cGwEN = ROOT.TF1("cGwEN", self.convGwEN, -10., 250., 7)
self.cGwEN.SetParName(0, 'Amp')
self.cGwEN.SetParName(1, 'Lifetime0')
self.cGwEN.SetParName(2, 'Sigma')
self.cGwEN.SetParName(3, 'frac1')
self.cGwEN.SetParLimits(3, 0., 1.)
self.cGwEN.SetParName(4, 'Lifetime1')
self.cGwEN.SetParName(5, 'frac2')
self.cGwEN.SetParLimits(5, 0., 1.)
self.cGwEN.SetParName(6, 'Lifetime2')
return
def __init__(self,inputRFN=None):
if inputRFN is None:
sys.exit( 'spe_calc.__init__ NO INPUT ROOT FILE SPECIFIED')
inputRootFileName = inputRFN
self.GFIT = gfit.gfit()
self.pip = pipath.pipath()
self.gU = graphUtils.graphUtils()
fmt = '%Y%m%d_%H%M%S_%f'
cnow = datetime.datetime.now().strftime(fmt)
d = outdir = os.path.join( 'FitResults', cnow )
if os.path.isdir(d):
pass
else:
try:
os.mkdir(d)
except IOError,e:
print 'spe_calc__init__',e
else:
def __init__(self,graphIt=False):
oven = [25., 30., 40., 35., 30., 25., 15., 20.]
tc = [36.1, 40.5, 49.4, 45.2, 41.2, 36.7, 27.1, 31.1]
if graphIt:
gU = graphUtils.graphUtils()
tmg = gU.makeTMultiGraph('Fit_line_and_measured_points')
g = gU.makeTGraph(tc,oven,'thermocouple readback vs oven temp (C)','tc_v_oven')
gU.color(g,0,0,setMarkerColor=True)
g.SetLineColor(10) # white lines
#gU.drawGraph(g)
tmg.Add(g)
x = tc
y = oven
Sx = sum(x)
Sy = sum(y)
Sxy = sum([a*b for a,b, in zip(x,y)])
Sxx = sum([a*a for a in x])
N = float(len(x))
m = (Sx*Sy - N*Sxy)/(Sx*Sx - N*Sxx)
b = (Sy - m*Sx)/N
self.slope = m
self.intercept = b
if graphIt:
U,V = [],[]
for i in range(250,500):
X = float(i)/10.
Y = m*X+b
U.append(X)
V.append(Y)
title = 'Tcalib = {0:.2f}*Treadback + {1:.2f}'.format(m,b)
g = gU.makeTGraph(U,V,title,'fit')
tmg.Add(g)
gU.drawMultiGraph(tmg,abscissaIsTime=False,xAxisLabel='Thermocouple readback (C)', yAxisLabel='Oven temp (C)')
return
def __init__(self, Log=True, Speedy=False):
self.gU = graphUtils.graphUtils()
self.gfit = gfit.gfit()
self.rLF = readLogFile.readLogFile()
self.cAC = cutsAndConstants.cutsAndConstants()
self.lt = livetime.livetime()
self.gfp = get_filepaths.get_filepaths()
self.mTT = makeTTree.makeTTree()
self.twod = twod.twod()
self.psdCut = self.cAC.psdCut
self.lowChargeCut = self.cAC.lowChargeCut
name = 'calibWaveDump'
if Speedy: name = 'calibSpeedy'
self.rootFileDir = '/Users/djaffe/work/WaveDumpData/rootfiles/'
self.logFileDir = self.rootFileDir.replace('rootfiles', 'logfiles')
self.outFileDir = 'Output/'
if Speedy: self.outFileDir = 'Speedy/Output/'
self.figdir = 'Figures/' + name + '/'
self.perrunfigdir = self.figdir + 'perRun/'
self.logdir = 'Logfiles/' + name + '/'
now = datetime.datetime.now()
fmt = '%Y%m%d_%H%M%S_%f'
self.start_time = cnow = now.strftime(fmt)
self.outTreeDir = 'CalibTrees/'
if Speedy: self.outTreeDir = 'speedyTrees/'
self.outTree = self.outTreeDir + 'tree_' + cnow + '.root'
if Log:
lfn = self.logdir + cnow + '.log'
sys.stdout = Logger.Logger(fn=lfn)
print 'procWaveDump__init__ Output directed to terminal and', lfn
print 'procWaveDump__init__ Job start time', self.start_time
return
def __init__(self):
self.rfiles = [
[
'/Users/djaffe/work/WaveDumpData/rootfiles/run01134_ts1499445083.root',
'0deg'
],
[
'/Users/djaffe/work/WaveDumpData/rootfiles/run01137_ts1499451494.root',
'180deg'
],
[
'/Users/djaffe/work/WaveDumpData/rootfiles/run01138_ts1499458474.root',
'90deg'
],
[
'/Users/djaffe/work/WaveDumpData/rootfiles/run01139_ts1499460963.root',
'0deg'
]
]
self.gU = graphUtils.graphUtils()
self.figdir = 'Figures/optical20170721/'
return
def __init__(self):
self.rootprefix = '/Users/djaffe/work/WaveDumpData/rootfiles/'
self.rfiles = [
[
'/Users/djaffe/work/WaveDumpData/rootfiles/run01134_ts1499445083.root',
'0deg'
],
[
'/Users/djaffe/work/WaveDumpData/rootfiles/run01137_ts1499451494.root',
'180deg'
],
[
'/Users/djaffe/work/WaveDumpData/rootfiles/run01138_ts1499458474.root',
'90deg'
],
[
'/Users/djaffe/work/WaveDumpData/rootfiles/run01139_ts1499460963.root',
'0deg'
]
]
self.gU = graphUtils.graphUtils()
self.figdir = 'Figures/nine20170829/'
self.rLF = readLogFile.readLogFile()
return
def moreRealistic(self):
'''
more realistic comparison of true and measured distributions.
Assume double exponential for scint time dist
'''
gU = graphUtils.graphUtils()
Objects = []
if 0:
f1 = std.myfunc()
Objects.append(f1)
f2 = std.plotTimeDist()
Objects.append(f2)
t1,t2 = 1., 10.
tmax = 10.*t2
nbins = 100
Ntrig = 100000
icol = 0
TMG = {}
for f1 in [0.05, 0.25, 0.5, 0.75, 0.95]:
truePE, bias, ebias = [],[],[]
icol += 1
for meanPE in [0.01, 0.03, 0.05, 0.10, 0.50, 1.0]:
truePar = [t1,t2,f1]
v = []
for i in range(Ntrig):
t = std.earliestTime(meanPE,t1=t1,f1=f1,t2=t2)
if t is not None:
#print i,t
v.append(t)
descrip = 't1_is_'+str(int(1000*t1))+'ps_t2_is_'+str(int(1000*t2))+'ps_f1_is_'+str(int(100*f1))+'percent_meanPE_is_'+str(int(1000*meanPE))+'mille_'+str(Ntrig)+'trigs'
name = 'Meas_time_dist_'+descrip
h = gU.makeTH1D(v,name.replace('_',' '),name,xmi=0.,xma=tmax,nx=nbins)
Objects.append(h)
name = 'True_time_dist_'+descrip
f3 = std.plotTimeDist(name=name,t1=t1,t2=t2,f1=f1,norm=float(len(v)),tmax=tmax,nx=nbins)
Objects.append(f3)
name = 'Fitted_time_dist_'+descrip
f4 = std.plotTimeDist(name=name,t1=t1,t2=t2,f1=f1,norm=float(len(v)),tmax=tmax,nx=nbins)
gROOT.ProcessLine("gROOT->SetBatch()") # no popup
h.Fit(f4,"LQ")
Objects.append(f4)
#fitpar = []
b,eb = [],[]
for i in range(3):
#fitpar.append( f4.GetParameter(i) )
b.append(f4.GetParameter(i)-truePar[i])
eb.append(f4.GetParError(i))
#print '%',f4.GetName(),fitpar
truePE.append(meanPE)
bias.append( b )
ebias.append( eb )
if 0:
KS = h.KolmogorovTest(f3.GetHistogram())
print 'KS',KS,descrip
x,ex = truePE,[0. for g in range(len(truePE))]
descrip = 't1_is_'+str(int(1000*t1))+'ps_t2_is_'+str(int(1000*t2))+'ps_f1_is_'+str(int(100*f1))+'percent_'+str(Ntrig)+'trigs'
for i in range(len(truePar)):
yname = f4.GetParName(i)
y,ey = [],[]
for b,eb in zip(bias,ebias):
y.append(b[i])
ey.append(eb[i])
tmgname = yname + 'Bias_vs_muTrue'
if tmgname not in TMG:
print 'tmgname',tmgname
TMG[tmgname] = gU.makeTMultiGraph(tmgname)
name = tmgname+'_'+descrip
g = gU.makeTGraph(x,y,name.replace('_',' '),name,ex=ex,ey=ey)
gU.color(g,icol,icol,setMarkerColor=True)
Objects.append(g)
TMG[tmgname].Add(g)
writeROOTFile = True
if writeROOTFile:
ofn = 'timedist.root'
outfile = TFile(ofn,"RECREATE")
for h in Objects:
print "%",h.GetName()
outfile.WriteTObject(h)
for h in TMG:
print "%Multigraph",TMG[h].GetName()
outfile.WriteTObject(TMG[h])
outfile.Close()
print "%Wrote",len(Objects)+len(TMG),"objects to",ofn
else:
print '%NO ROOT FILE WRITTEN'
# draw fitted distributions
for h in Objects:
if 'Meas' in h.GetName():
gU.drawFit(h,SetLogy=True, figdir='Figures/')
# mysteriously crashes when exitting after drawing multigraphs
drawMG = False
if drawMG:
for h in TMG:
gU.drawMultiGraph(TMG[h], abscissaIsTime=False , figdir='Figures/')
gU.drawMultiGraph(TMG[h], abscissaIsTime=False, SetLogx=True, figdir='Figures/')
else:
print "%NO MULTIGRAPHS DRAWN"
return
def simple(self,Ntries=10):
'''
study bias in lifetime and mean PE estimator for single exponential
run Ntries toy experiments for each combination of #of triggers(Nexpts) and meanPE
20151030
'''
gU = graphUtils.graphUtils()
makeTable = True
Graphs = {}
Hists = {}
icol = 0
name = 'tauMeas_vs_muTrue'
tmg1 = Graphs[name] = gU.makeTMultiGraph(name)
name = 'tauMeas_vs_muMeas'
tmg2 = Graphs[name] = gU.makeTMultiGraph(name)
name = 'muMeas_vs_muTrue'
tmg3 = Graphs[name] = gU.makeTMultiGraph(name)
name = 'tauBias_vs_muTrue'
tmg4 = Graphs[name] = gU.makeTMultiGraph(name)
name = 'muBias_vs_muTrue'
tmg5 = Graphs[name] = gU.makeTMultiGraph(name)
decayTime = 1.
#Ntries = 100
if makeTable: print 'Ntrig & True mean & bias(mean) & bias(time) \\\\ '
for Nexpts in [ 10000, 50000, 100000, 500000]:
tauMeas,muMeas,muTrue = [],[],[]
dtM, dmM, dmT = [],[],[]
tauB, muB, dtauB, dmuB,goodPE = [],[],[],[],[]
if makeTable: print ' \\hline '
for meanPE in [0.001, 0.01, 0.02, 0.03, 0.05, 0.1, 0.3, 1.]:
tBias,muBias,tBias2,muBias2 = [],[],[],[]
for tries in range(Ntries):
ave,Nevt,sgm = std.getAve(meanPE,Nexpts=Nexpts,decayTime=decayTime)
if Nevt<Nexpts:
eff = float(Nevt)/float(Nexpts)
mu = -math.log(1.-eff)
dmu = 0.
if eff<1.: dmu = math.sqrt(eff/Nexpts/(1.-eff))
#print Nexpts, meanPE,'mu',mu,dmu,'tau',ave,sgm
tauMeas.append(ave)
dtM.append(sgm)
muMeas.append(mu)
dmM.append(dmu)
muTrue.append(meanPE)
dmT.append(0.)
tBias.append(ave-decayTime)
tBias2.append(math.pow(ave-decayTime,2))
muBias.append(mu-meanPE)
muBias2.append(math.pow(mu-meanPE,2))
name = 'tauBias_meanPE_'+str(int(meanPE*1000))+'mille_'+str(Nexpts)+'trigs'
Hists[name] = gU.makeTH1D(tBias,name.replace('_',' '),name,nx=Ntries)
name = 'muBias_meanPE_'+str(int(meanPE*1000))+'mille_'+str(Nexpts)+'trigs'
Hists[name] = gU.makeTH1D(muBias,name.replace('_',' '),name,nx=Ntries)
NN = float(len(tBias))
if NN>1.:
tB = sum(tBias)/NN
stB= sum(tBias2)/NN
stB= math.sqrt(NN/(NN-1.)*(stB-tB*tB))/NN
NN = float(len(muBias))
mB = sum(muBias)/NN
smB= sum(muBias2)/NN
smB= math.sqrt(NN/(NN-1.)*(smB-mB*mB))/NN
if makeTable:
print '{0:d} & {1:.4f} & {2:.4f} $\\pm$ {3:.4f} & {4:.4f} $\\pm$ {5:.4f} \\\\'.format(Nexpts,meanPE,mB,smB,tB,stB)
else:
print 'Nexpts {0:d} meanPE {1:.4f} bias(meanPE) {2:.4f}+-{3:.4f} bias(tau) {4:.4f}+-{5:.4f}'.format(Nexpts,meanPE,mB,smB,tB,stB)
tauB.append(tB)
dtauB.append(stB)
muB.append(mB)
dmuB.append(smB)
goodPE.append(meanPE)
icol += 1
x,ex = goodPE,[0. for q in range(len(goodPE))]
y,ey = tauB,dtauB
name = 'tauBias_vs_muTrue_'+str(Nexpts)+'trigs'
g = Graphs[name] = gU.makeTGraph(x,y,name.replace('_',' '),name,ex=ex,ey=ey)
gU.color(g,icol,icol,setMarkerColor=True)
tmg4.Add(g)
y,ey = muB,dmuB
name = 'muBias_vs_muTrue_'+str(Nexpts)+'trigs'
g = Graphs[name] = gU.makeTGraph(x,y,name.replace('_',' '),name,ex=ex,ey=ey)
gU.color(g,icol,icol,setMarkerColor=True)
tmg5.Add(g)
x,ex = muTrue,dmT
y,ey = tauMeas,dtM
name = 'tauMeas_vs_muTrue_'+str(Nexpts)+'trigs'
title = name.replace('_',' ')
g = Graphs[name] = gU.makeTGraph(x,y,title,name,ex=ex,ey=ey)
gU.color(g,icol,icol,setMarkerColor=True)
tmg1.Add(g)
x,ex = muMeas,dmM
y,ex = tauMeas,dtM
name = 'tauMeas_vs_muMeas_'+str(Nexpts)+'trigs'
title = name.replace('_',' ')
g = Graphs[name] = gU.makeTGraph(x,y,title,name,ex=ex,ey=ey)
gU.color(g,icol,icol,setMarkerColor=True)
tmg2.Add(g)
x,ex = muTrue,dmT
y,ey = muMeas,dmM
name = 'muMeas_vs_muTrue_'+str(Nexpts)+'trigs'
title = name.replace('_',' ')
g = Graphs[name] = gU.makeTGraph(x,y,title,name,ex=ex,ey=ey)
gU.color(g,icol,icol,setMarkerColor=True)
tmg3.Add(g)
ofn = "std.root"
outfile = TFile(ofn,"RECREATE")
for g in Graphs: outfile.WriteTObject( Graphs[g] )
for h in Hists: outfile.WriteTObject( Hists[h] )
outfile.Close()
print "%Wrote",len(Graphs),"graphs and",len(Hists),"hists to",ofn
for tmg in [tmg1,tmg2,tmg3,tmg4,tmg5]:
gU.drawMultiGraph(tmg, SetLogx=True, abscissaIsTime = False, drawLines=False)
gU.drawMultiGraph(tmg3, SetLogx=True, SetLogy=True, abscissaIsTime = False, drawLines=False)
return
with open(fn,'r') as csvfile:
for l in csv.reader(csvfile):
if len(headers)==0:
headers = l
for h in headers: data[h] = []
else:
for h,x in zip(headers,l):
data[h].append(float(x))
ymin = min(ymin,float(x))
if h=='Wavelength':
wavelength.append(float(x))
ymin = 1.001*ymin # no zeros
gU = graphUtils.graphUtils()
ph = photons.photons()
pmp = ProcessMaterialProperty.ProcessMaterialProperty()
tmg = TMultiGraph()
tmg.SetName('tmg')
tmg.SetTitle('#splitline{Absorbance in 10cm cell}{Adjusted to be non-zero}')
amg = TMultiGraph()
amg.SetName('amg')
amg.SetTitle('Attenuation length (cm)')
bmg = TMultiGraph()
bmg.SetName('bmg')
bmg.SetTitle('#splitline{Effective effy for}{100cm path length}')
cmg = TMultiGraph()
cmg.SetName('cmg')
cmg.SetTitle('Attenuation in 100cm')
def __init__(self, fn=None, Speedy=False):
if fn is None: sys.exit('procWaveDump__init__ ERROR No input filename')
# create prefix for log file for this job
bn = os.path.basename(fn)
runnumber = int((bn.split('_')[0]).replace('run', ''))
lfprefix = bn.replace('.root', '')
# input, output directories
self.rootFileDir = '/Users/djaffe/work/WaveDumpData/rootfiles/'
self.logFileDir = self.rootFileDir.replace('rootfiles', 'logfiles')
self.outFileDir = 'Output/'
if Speedy: self.outFileDir = 'Speedy/Output/'
# graphing using root
self.gU = graphUtils.graphUtils()
# manipulation of root tree contents
self.eventDict = {}
self.tree = None
self.entries = None
self.miniTree = None
self.miniOrder = None
self.miniOrderIndices = None
self.usemOI = False
self.miniFake = None
# initialize cuts, constraints
# 20170417 add run number dependence to constants
self.cAC = cutsAndConstants.cutsAndConstants(runnumber=runnumber)
self.Po215halflife = self.cAC.Po215halflife
self.Po215lifetime = self.cAC.Po215lifetime
self.tOffset = self.cAC.tOffset
self.Qmax = self.cAC.Qmax
self.psdCut = self.cAC.psdCut
self.lifeRange = self.cAC.lifeRange
self.lowChargeCut = self.cAC.lowChargeCut
self.promptChargeCut = self.cAC.promptChargeCut
self.delayChargeCut = self.cAC.delayChargeCut
self.maxTimeWindow = self.cAC.maxTimeWindow
# defined for each file
self.runTime = None
# dict of all histograms
self.hists = {}
#output directories, job start time, start logging to file and terminal
name = 'procWaveDump'
if Speedy: name = 'Speedy'
self.figdir = 'Figures/' + name + '/'
self.logdir = 'Logfiles/' + name + '/'
now = datetime.datetime.now()
fmt = '%Y%m%d_%H%M%S_%f'
self.start_time = cnow = now.strftime(fmt)
lfn = self.logdir + lfprefix + '_' + cnow + '.log'
sys.stdout = Logger.Logger(fn=lfn)
print 'procWaveDump__init__ Output directed to terminal and', lfn
print 'procWaveDump__init__ Job start time', self.start_time
makeSubDir = False
if makeSubDir:
self.figdir = self.figdir + cnow + '/'
if os.path.isdir(self.figdir):
pass
else:
try:
os.makedirs(self.figdir)
except IOError, e:
print name + '__init__', e
else:
print name + '__init__ created', self.figdir
