file_size_ana Namespace Reference

Classes
class	Node

Functions
def	AddNodes (branch)
def	prettyPrint (node, total, depth=100, indent='')
def	toJSON (node, indent='')
def	New (cons, args)
def	RingChart (node, total, depth=1, startang=0)
def	BarChart (node, total, depth=0, startpos=0)

Variables
	parser = argparse.ArgumentParser()
	action
	help
	default
	metavar
	opts = vars(parser.parse_args())
	se = sys.stderr
	stderr
	f = TFile(opts['filename.root'],"READ")
	isArt = bool(f.Get('Events'))
list	treeNames
dictionary	nodes = {}
bool	progress = True
	Insert implicit nodes #####. More...
dictionary	newnodes = {}
	node = nodes[key]
string	parentKey = '.'
	label = parentKey.split('.')[-1]
	root = nodes[opts['focus']]
	Link up the nodes tree #####. More...
	title
	parent = nodes[parentKey]
list	curNodes = [root]
	Display the node tree #####. More...
list	gs = []
	canv = New(TCanvas, 'rings', 'rings', 1000, 1000)
	axes = New(TH2F, "", "", 100, 70, 330, 100, 70, 330)
	local
	banner

Function Documentation

def file_size_ana.AddNodes

(

branch

)

Definition at line 77 of file file_size_ana.py.

def AddNodes(branch):
    title = branch.GetName()

    # In ART files you get type_label_instance_process.therest
    # Transform to label.instance.type.therest
    m = re.match('(.*)_(.*)_(.*)_(.*)\\.(.*)', title)
    if m:
        # Often instance is blank
        if len(m.group(3)) > 0:
            title = m.group(2)+'.'+m.group(3)+'.'+m.group(1)+'.'+m.group(5)
        else:
            title = m.group(2)+'.'+m.group(1)+'.'+m.group(5)

    label = title.split('.')[-1]
    nodes[title] = Node(label, branch.GetZipBytes())
    for b in branch.GetListOfBranches(): AddNodes(b)

def file_size_ana.BarChart	(		node,
			total,
			depth = 0,
			startpos = 0
	)

Definition at line 245 of file file_size_ana.py.

References min(), and New().

def BarChart(node, total, depth = 0, startpos = 0):
    span = 100.*node.FullSize()/total
    meanpos = startpos+span/2
    meany = -(depth*20+10)

    if span < .3: return

    box = New(TBox, startpos, -depth*20, startpos+span, -(depth*20+20))
    box.SetLineWidth(2)
    box.SetFillStyle(0)

    for c in sorted(node.children, key = lambda n: -n.FullSize()):
        BarChart(c, total, depth+1, startpos)
        startpos += (100.*c.FullSize())/total

    box.Draw()

    if span > 20:
        label = New(TLatex, meanpos, meany, node.title)
        textscale = .4*min(20, span)/len(node.title)
        if textscale > 2: textscale = 2
        label.SetTextSize(label.GetTextSize()*textscale)
        label.SetTextAlign(22)
        label.Draw()
    elif span > 1:
        label = New(TLatex, meanpos, meany, node.title)
        textscale = .4*min(20, span)/len(node.title)
        if textscale > 1: textscale = 1
        label.SetTextSize(label.GetTextSize()*textscale)
        label.SetTextAlign(22)
        label.SetTextAngle(90)
        label.Draw()

def file_size_ana.New	(		cons,
			args
	)

Definition at line 193 of file file_size_ana.py.

Referenced by BarChart(), and RingChart().

def New(cons, *args):
    ret = cons(*args)
    gs.append(ret)
    return ret

def file_size_ana.prettyPrint	(		node,
			total,
			depth = 100,
			indent = ''
	)

Definition at line 147 of file file_size_ana.py.

References makeTrainCVSamples.int, PandAna.Demos.demo1.range, and runNovaSAM.str.

def prettyPrint(node, total, depth = 100, indent = ''):
    if depth == 0: return
    if node.FullSize() == 0: return
    percent = int((100*node.FullSize())/total+.5)
    if percent > 0:
        print indent, node, '\t('+str(percent)+'%)'
    else:
        print indent, node

    for c in sorted(node.children, key = lambda n: -n.FullSize()):
        prettyPrint(c, node.FullSize(), depth-1, indent+'\t')

def file_size_ana.RingChart	(		node,
			total,
			depth = 1,
			startang = 0
	)

Definition at line 199 of file file_size_ana.py.

References std.cos(), New(), and std.sin().

def RingChart(node, total, depth = 1, startang = 0):
    span = 360.*node.FullSize()/total
    meanang = (startang+span/2)*3.14159/180

    if span < .5: return

    arc = New(TArc, 200, 200, 20*depth, startang, startang+span)
    arc.SetLineWidth(2)

    for c in sorted(node.children, key = lambda n: -n.FullSize()):
        RingChart(c, total, depth+1, startang)
        startang += (360.*c.FullSize())/total

    arc.Draw()

    meanr = 20*depth-10
    if depth == 1: meanr = 0
    if span > 10:
        label = New(TLatex, 200+meanr*cos(meanang),
                            200+meanr*sin(meanang),
                            node.title)
        textscale = .06*span/len(node.title)
        if textscale > 1: textscale = 1
        label.SetTextSize(label.GetTextSize()*textscale)
        label.SetTextAlign(22)
        textang = meanang*180/3.14159265358979-90
        if textang > +90: textang -= 180
        if textang < -90: textang += 180
        if depth > 1: label.SetTextAngle(textang)
        label.Draw()
    elif span > 1:
        label = New(TLatex, 200+meanr*cos(meanang),
                            200+meanr*sin(meanang),
                            node.title)
        textscale = .06*span
        if textscale > 1: textscale = 1
        label.SetTextSize(label.GetTextSize()*textscale)
        label.SetTextAlign(22)
        textang = meanang*180/3.14159265358979
        while textang > +90: textang -= 180
        while textang < -90: textang += 180
        if depth > 1: label.SetTextAngle(textang)
        label.Draw()

def file_size_ana.toJSON	(		node,
			indent = ''
	)

Definition at line 170 of file file_size_ana.py.

References runNovaSAM.str.

def toJSON(node, indent = ''):
    ret = ''

    if len(node.children) == 0:
        ret += indent+'{"name": "'+node.title+'", "size": '+str(node.FullSize())+'}'
    else:
        ret += indent+'{"name": "'+node.title+'", "children": [\n'

        ret += ',\n'.join([toJSON(c, indent+'    ') for c in sorted(node.children, key = lambda n: -n.FullSize()) if c.FullSize() > 0])
        ret += ' ] }'

    return ret

Variable Documentation

file_size_ana.action

Definition at line 11 of file file_size_ana.py.

file_size_ana.axes = New(TH2F, "", "", 100, 70, 330, 100, 70, 330)

Definition at line 282 of file file_size_ana.py.

Referenced by calib::ADCShapeFitAna.analyze(), AnaResultsLoad(), BiCountCanvas(), BiprobabilityCanvas(), BiProbCanvas(), datamc(), DataMCLoad(), DataMCNDLoad_nus17(), demoFitSlices(), demoStarPlots(), DrawCompBarChart(), DrawContourCanvas(), DrawSliceCanvas(), ana::ISurface.EnsureAxes(), ana.ErrorBarChart(), InitAxes(), joint_fit_2017_contours(), joint_fit_2017_slices(), joint_fit_2018_contours(), joint_fit_2018_slices(), joint_fit_2019_contours(), joint_fit_2019_slices(), make_extrap_figure(), make_rockpred(), make_starplots(), make_xsec_tuning_hists_mp5(), make_xsec_wgts_2018_hists(), MakeBkgEMPlot(), MakeDataReleaseFileContour(), MakeDataReleaseFileSlice(), MakeKin2DSpectra(), MakeKinSpectra(), MakeMap(), monoprob(), myBarChart(), nova_official_data_release(), PaintReachCanvas(), plot(), plot_cont_expfriends(), plot_contprof(), plot_joint_fit_2020_contours(), plot_joint_fit_2020_slices(), plot_oscprob(), plot_quantbound_twosamples(), plot_quantile_boundaries_twosamples_2020(), plot_xsecs(), plotContProf(), plotmodulewise(), PlotRatio(), plots(), PlotStack(), preselection_cutflow(), ProbabilityCanvas(), test_fitvarsproduct(), test_multiverse_class(), Tutorial2019FitSlices(), and wrong_sign_uncertainty().

file_size_ana.banner

Definition at line 323 of file file_size_ana.py.

file_size_ana.canv = New(TCanvas, 'rings', 'rings', 1000, 1000)

Definition at line 280 of file file_size_ana.py.

list file_size_ana.curNodes = [root]

Display the node tree #####.

Definition at line 145 of file file_size_ana.py.

file_size_ana.default

Definition at line 22 of file file_size_ana.py.

file_size_ana.f = TFile(opts['filename.root'],"READ")

Definition at line 57 of file file_size_ana.py.

list file_size_ana.gs = []

Definition at line 190 of file file_size_ana.py.

file_size_ana.help

Definition at line 12 of file file_size_ana.py.

file_size_ana.isArt = bool(f.Get('Events'))

Definition at line 60 of file file_size_ana.py.

file_size_ana.label = parentKey.split('.')[-1]

Definition at line 114 of file file_size_ana.py.

file_size_ana.local

Definition at line 323 of file file_size_ana.py.

file_size_ana.metavar

Definition at line 22 of file file_size_ana.py.

dictionary file_size_ana.newnodes = {}

Definition at line 104 of file file_size_ana.py.

file_size_ana.node = nodes[key]

Definition at line 107 of file file_size_ana.py.

Referenced by slid::ParticleIDAlg.CalcAsymIneria(), CountMass(), ana::TargetCount.CountMass(), zcl::FmmTrackerAna.endJob(), mono::DataCheckMonopole.farm70_in_configuration(), get_mass(), genie::utils::xml.GetBool(), genie::utils::xml.GetDouble(), genie::utils::xml.GetDoubleArray(), genie::utils::xml.GetInt(), genie::utils::xml.GetIntArray(), genie::utils::xml.GetString(), geo::GeometryBase.MassBetweenPoints(), geo::GeometryBase.Material(), geo::GeometryBase.MaterialsBetweenPoints(), util::HoughCalc.newNode(), jmshower::JMShower.NodeE(), jmshower::JMShower.NodePos(), jmshower::JMShower.NodeXID(), jmshower::JMShower.NodeYID(), jmshower::RecoJMShower.RecoShowers(), genie::geometry::ROOTGeomAnalyzer.SetTopVolName(), geo::GeometryTest.testFindCell(), geo::GeometryTest.testStepping(), geo::GeometryBase.TotalMass(), and jmshower::JMShower.~JMShower().

dictionary file_size_ana.nodes = {}

Definition at line 74 of file file_size_ana.py.

Referenced by zcl::FmmTrackerAna.endJob(), mono::DataCheckMonopole.farm70_in_configuration(), and HepPolyhedron.GetNextEdgeIndeces().

file_size_ana.opts = vars(parser.parse_args())

Definition at line 27 of file file_size_ana.py.

file_size_ana.parent = nodes[parentKey]

Definition at line 138 of file file_size_ana.py.

Referenced by caf::Proxy< caf::SRTrainingData >.CheckEquals(), caf::Proxy< caf::StandardRecord >.CheckEquals(), convert_mcnp_txt_to_root(), flat::FlatTrainingData.Fill(), flat::FlatTrainingData.FlatTrainingData(), om::HistogramBrowser.MakeCategory(), art.markAncestors(), neutron_evd(), g4n::UpdateDaughterInformation.operator()(), caf::Proxy< caf::SRTrainingData >.operator=(), caf::Proxy< caf::StandardRecord >.operator=(), prepare_mcnp_root_for_g4nova(), art::DataFlow.processEventProvenance(), caf::CAFMaker.produce(), ana::DepMan< T >.RegisterDependency(), ana::DepMan< T >.RegisterDestruction(), dt::DiscreteTracker.SpliceChains(), write_parent_id(), HEPREP::HepRepFactory.~HepRepFactory(), HEPREP::HepRepInstance.~HepRepInstance(), HEPREP::HepRepPoint.~HepRepPoint(), and HEPREP::HepRepType.~HepRepType().

string file_size_ana.parentKey = '.'

Definition at line 109 of file file_size_ana.py.

file_size_ana.parser = argparse.ArgumentParser()

Definition at line 9 of file file_size_ana.py.

bool file_size_ana.progress = True

Insert implicit nodes #####.

Definition at line 101 of file file_size_ana.py.

Referenced by ana::CovarianceMatrix.BuildFullCovMx(), dt::DiscreteTracker.CheckAndFixSparseChain(), main(), MakeCovMx(), and dt::ViewMerger.MatchVerticals().

file_size_ana.root = nodes[opts['focus']]

Link up the nodes tree #####.

Definition at line 123 of file file_size_ana.py.

Referenced by make_RHC_WrongSign_Numu_Pd4_6Data(), syst_table_fit(), and syst_table_fit_new().

file_size_ana.se = sys.stderr

Definition at line 55 of file file_size_ana.py.

Referenced by TEST().

file_size_ana.stderr

Definition at line 56 of file file_size_ana.py.

file_size_ana.title

Definition at line 127 of file file_size_ana.py.

list file_size_ana.treeNames

Initial value:

= ['Events', 'Runs', 'SubRuns',
                 'EventHistory', 'MetaData', 'Parentage',
                 'EventMetaData', 'SubRunMetaData', 'RunMetaData']

Definition at line 63 of file file_size_ana.py.