python.html.AtlRunQuerySummary Namespace Reference

Functions
def	MakeSummaryTableHtml (cornerstr, colstr, rowkeys, table, tablewidth)
def	MakeDQSummaryTableHtml (cornerstr, title, colstr, colchans, rowstr, rowstrNames, dic, nruns, labeloffset)
def	ComputeStats (vlist)
def	DecodeStr (s, tpe)
def	DrawGraph (graph, col, width, style, legend, title, drawNumber=False, unit='M', text=TText())
def	SetFrameStyle (frame, scale=1.0)
def	CreateCanvasAndFrame (runmin, runmax, tminS, tmaxS, maxnev, type, unit)
def	MakeRootPlots (rootstreamdic, datapath)
def	MakeSummaryHtml (dic, dicsum, datapath)

Variables
	c_White = TColor.GetColor( "#ffffff" )
	c_NovelBlue = TColor.GetColor( "#2244a5" )
	c_DarkOrange = TColor.GetColor( "#ff6600" )
	c_NovelRed = TColor.GetColor( "#dd0033" )
	c_DarkGreen = TColor.GetColor( "#116600" )
	c_Violet = TColor.GetColor( "#aa11aa" )
	c_LightBlue = TColor.GetColor( "#66aaff" )
	c_VDarkYellow = TColor.GetColor( "#ffa500" )
	c_Gray = TColor.GetColor( "#888888" )
	c_VLightGray = TColor.GetColor( "#eeeeee" )
	c_VDarkGray = TColor.GetColor( "#333333" )

Function Documentation

ComputeStats()

def python.html.AtlRunQuerySummary.ComputeStats

(

vlist

)

Definition at line 150 of file AtlRunQuerySummary.py.

def ComputeStats( vlist ):
    if len(vlist) == 0:
        return [0,0,0,0,0]
    tot = 0
    mn = +sys.maxint
    mx = -sys.maxint
    for v in vlist:
        tot += v
        mn = min(mn,v)
        mx = max(mx,v)
    mean = float(tot)/len(vlist)
    return [tot,mean,mn,mx,len(vlist)]
 

CreateCanvasAndFrame()

def python.html.AtlRunQuerySummary.CreateCanvasAndFrame	(		runmin,
			runmax,
			tminS,
			tmaxS,
			maxnev,
			type,
			unit
	)

Definition at line 238 of file AtlRunQuerySummary.py.

def CreateCanvasAndFrame( runmin, runmax, tminS, tmaxS, maxnev, type, unit ):
    # plots the graphs
    title = "ATLAS integrated numnber of events in run range %i - %i" % (runmin, runmax)
    c = TCanvas( "c", title, 0, 0, 800, 550 )
    c.GetPad(0).SetRightMargin(0.08)
    c.GetPad(0).SetLeftMargin(0.10)
    c.GetPad(0).SetTopMargin(0.07)
    htitle = "Events recorded by ATLAS between %s and %s" % (time.strftime('%b %d',tminS),
                                                             time.strftime('%b %d, %Y',tmaxS))
 
    frame = TH1F( "frame", htitle.strip(), 10000, runmin, runmax )
 
    SetFrameStyle( frame )
    TGaxis.SetMaxDigits(6)
    frame.GetYaxis().SetTitleOffset( 1.0 )
    frame.SetMinimum( 0 )
    frame.SetMaximum( maxnev*1.1 )
    frame.SetYTitle( "Number of events (in %s)" % unit )
    frame.SetXTitle( "Run number"  )
    frame.Draw()
 
    # legend for plot
    dx = 0.04
    dy = -0.05
    legend = TLegend( c.GetLeftMargin() + dx, 1 - c.GetTopMargin() + dy,
                      c.GetLeftMargin() + 0.48 + dx, 1 - c.GetTopMargin() - 0.38 + dy)
    legend.SetFillStyle( 1001 )
    legend.SetFillColor( c_VLightGray )
    legend.SetBorderSize(1)
    legend.SetMargin( 0.2 )
    legend.SetTextColor( c_VDarkGray )
    legend.Draw("same")
 
    return c, frame, legend
 

DecodeStr()

def python.html.AtlRunQuerySummary.DecodeStr	(		s,
			tpe
	)

Definition at line 163 of file AtlRunQuerySummary.py.

def DecodeStr( s, tpe ):
    if 'Duration' == tpe:
        return durationInSeconds(s)/float(3600)
    elif 'STR:physics_*' == tpe:
        s = s[0].value
        if len(s) <= 1:
            print ('Big troubles... in function "AtlRunQuerySummary::DecodeStr": invalid length for "%s"' % tpe)
            sys.exit(1)
        if s[0] <= 0:
            return 0
        else:
            return float(s[1])/s[0]/1.0e6
 
    # otherwise
    return int(s[0].value)
 

DrawGraph()

def python.html.AtlRunQuerySummary.DrawGraph	(		graph,
			col,
			width,
			style,
			legend,
			title,
			drawNumber = False,
			unit = 'M',
			text = TText()
	)

Definition at line 179 of file AtlRunQuerySummary.py.

def DrawGraph( graph, col, width, style, legend, title,
               drawNumber=False, unit='M', text=TText() ):  # noqa: B008 (TText instance is re-used)
    hist = graph.GetHistogram()
    hist.SetLineColor( col )
    graph.SetLineColor( col )
    hist.SetLineWidth( width )
    graph.SetLineWidth( width )
    hist.SetLineStyle( style )
    graph.SetLineStyle( style )
    graph.Draw("lsame")
    legend.AddEntry( hist, title, "L" )
 
    # draw max number
    if drawNumber:
        N = graph.GetN()
        minunit_ = Double(0)
        maxunit_ = Double(0)
        minnev_  = Double(0)
        maxnev_  = Double(0)
        x        = Double(0)
        y        = Double(0)
        graph.GetPoint( 0,   minunit_, minnev_ )
        graph.GetPoint( N-1, maxunit_, maxnev_ )
        dist    = maxunit_ - minunit_
        graph.GetPoint( N-1,x,y )
 
        text.SetTextAlign( 12 )
        text.SetTextSize( 0.030 )
        text.SetTextColor( c_NovelBlue )
        if y >= 100:
            yt = '%.0f'  % y
        else:
            yt = '%#.3g' % y
        text.DrawText( x+0.015*dist, y, '%s %s' % (yt, unit) )
 

MakeDQSummaryTableHtml()

def python.html.AtlRunQuerySummary.MakeDQSummaryTableHtml	(		cornerstr,
			title,
			colstr,
			colchans,
			rowstr,
			rowstrNames,
			dic,
			nruns,
			labeloffset
	)

Definition at line 80 of file AtlRunQuerySummary.py.

def MakeDQSummaryTableHtml( cornerstr, title, colstr, colchans, rowstr, rowstrNames, dic, nruns, labeloffset ):
 
    if nruns <= 0:
        return ''    
 
    # dimensions
    ncol = len(colstr) # flag types
    nrow = len(rowstr) # DQ channels
 
    # overlay pictures
    dw_call = '<script type="text/javascript">\n'
    dw_call += """if(dw_Tooltip.content_vars==undefined) {dw_Tooltip.content_vars = {}; };\n"""
    for ir in range(0,nrow):
        for ic in range(0,ncol):
            if dic[colchans[ic]][rowstr[ir]][0] > 0:
                var = 'var_%i_%i' % (ir,ic+labeloffset)
                dw_call += 'dw_Tooltip.content_vars["%s"] = {' % var
                dw_call += "content: '<strong><b>Corresponding&nbsp;run(s)&nbsp;[#&nbsp;=&nbsp;%i]:</b></strong><br> " % dic[colchans[ic]][rowstr[ir]][0]
                icc = 0
                for r in dic[colchans[ic]][rowstr[ir]][1]:
                    dw_call += '%s, ' % r
                    icc += 1
                    if icc%8 == 0:
                        dw_call += '<br>'
                if dw_call[-1-3:] == '<br>':
                    dw_call = dw_call[0:-1-3] # remove ', <br>'
                else:
                    dw_call = dw_call[0:-1-1] # remove ', '
                dw_call += """ ' };\n"""
    dw_call += '</script>\n\n'
 
    s = '<table class="resulttable" width="auto" style="margin-left: 14px">\n'
    # headline    
    s += '<tr>\n'
    if cornerstr != '':
        s += '   <th class="rowsum" style="text-align:left" rowspan="2">%s</th>  ' % cornerstr
    else:
        s += '   <th class="emptycorner" rowspan="2">&minus;</th>'
    s += '<th class="colsumL" colspan="%i">%s</th></tr><tr>' % (ncol, title)
    for ic in range(0,ncol):
        s += '<th class="colsum">%s</th>' % colstr[ic]
    s += '</tr>\n'
    for ir in range(0,nrow):
        if ir%2 == 0:
            color = 1
        else:
            color = 2
        s += '<tr class="out%s">\n' % color
        s += '   <th class="rowsum" style="text-align:left">%s</th>  ' % rowstrNames[ir]
        for ic in range(0,ncol):
            dqk = rowstr[ir]
            dqk_tdtype = dqk
            if dqk == 'n.a.':
                dqk_tdtype = 'NA'
            s += '<td class="td%s" style="text-align:center">' % dqk_tdtype
            if dic[colchans[ic]][rowstr[ir]][0] > 0:
                s += '<div class="showTip var_%i_%i" style="display:inline;cursor:pointer">' % (ir,ic+labeloffset)
            if dic[colchans[ic]][dqk][0]>0:
                s += '%i' % (dic[colchans[ic]][dqk][0])
            if dic[colchans[ic]][rowstr[ir]][0] > 0:
                s += '</div>'
            s += '</td>'
 
        s += '</tr>\n'
    s += '</table>\n\n'
    s += dw_call
    s += '\n'
 
    return s
 

MakeRootPlots()

def python.html.AtlRunQuerySummary.MakeRootPlots	(		rootstreamdic,
			datapath
	)

Definition at line 273 of file AtlRunQuerySummary.py.

def MakeRootPlots( rootstreamdic, datapath ):
 
    # suppress output
    gROOT.SetBatch( 1 )
 
    # common style, and a few corrections
    SetStyle()
 
    colours = [ c_NovelRed, 4, c_DarkOrange, c_DarkGreen, c_Violet, c_LightBlue, 3, c_VDarkYellow, c_Gray,
                1, 2, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28 ]
    
    # run ranges (note: reverse order!)
    run_and_time = sorted(rootstreamdic[DataKey('Start and endtime')])
    runs = [x[0] for x in run_and_time]
    runmin = min(runs)
    runmax = max(runs)
 
    tmin = min([x[1][0] for x in run_and_time])
    tmax = max([x[1][1] for x in run_and_time])
 
    # time structs
    tminS  = time.gmtime(tmin)
    tmaxS  = time.gmtime(tmax)    
 
    # html references
    htmlstr = []
    
    # create graphs
    graphs = []
    sortdic = {}
    maxnev = { 'all_':-1, 'debug_':-1,'calibration_':-1 }
    for key, content in rootstreamdic.iteritems():
        if type(key)==DataKey:
            key = key.ResultKey
        if 'Start and endtime' not in key:
            graphs.append( TGraph( len(content) ) )
            graphs[-1].SetName( key.strip().replace(' ','_') )
            graphs[-1].SetTitle( key.strip() )
            cumulsum = 0
            for i in range(len(content)):
                j = len(content)-1-i # reverse order
                scale = 1.e6
                if 'debug_' in key:
                    scale = 1.e3
                cumulsum += content[j][1]/scale
                graphs[-1].SetPoint( i, content[j][0], cumulsum ) # number of events in million
            for stype in maxnev.keys():
                if stype in key:
                    if cumulsum > maxnev[stype]:
                        maxnev[stype] = cumulsum 
            if 'debug_' not in key and cumulsum > maxnev['all_']:
                maxnev['all_'] = cumulsum
            sortdic[len(graphs)-1] = cumulsum
 
    # sort dictionary into list
    sortedlist = sorted(sortdic, key=sortdic.__getitem__, reverse=True)
 
    # individual physics streams
    ic = 0
    for i in sortedlist:
        g = graphs[i]
        name = g.GetTitle()
        if 'physics_' in name or 'express_' in name:
            x = Double(0)
            y = Double(0)
            g.GetPoint( g.GetN()-1, x, y )
            c, frame, legend = CreateCanvasAndFrame( runmin, runmax, tminS, tmaxS, y*1.1, '', 'million' )
            legend.SetX2( legend.GetX2() - 0.2 )
            legend.SetY1( legend.GetY2() - 0.05 )
            DrawGraph( g, colours[ic], 2, 1, legend, name.replace('physics_','').replace('express_','').replace('express','Express'), True, 'M', TText() )
            ic += 1
 
            # redraw axes and update
            frame.Draw("sameaxis")   
            c.Update()
            
            # make plot
            fname = '%s/atlrunquery_%s.png' % (datapath, name)
            c.Print( fname )
            del frame
            
            # reference in html
            htmlstr.append( MakeHtml( ['Events in streams %s versus run' % name], [fname], True, 60, 5 ) )
 
    # physics streams only ------------------------------------------------------------
    c, frame, legend = CreateCanvasAndFrame( runmin, runmax, tminS, tmaxS, maxnev['all_'], '', 'million' )
    ic = 0
    for i in sortedlist:
        g = graphs[i]
        name = g.GetTitle()
        if '#Events (streamed)' in name:
            DrawGraph( g, c_NovelBlue, 2, 2, legend, "Total number of streamed events" )
        elif '#Events' == name:
            DrawGraph( g, c_NovelBlue, 5, 1, legend, "Total number of triggered events (excl. calib)", True, 'M', TText() )
        elif 'physics_' in name or 'express_' in name:
            DrawGraph( g, colours[ic], 2, 1, legend, name.replace('physics_','').replace('express_','').replace('express','Express') )
            ic += 1
 
    # redraw axes and update canvas
    frame.Draw("sameaxis")   
    c.Update()
 
    # make plot
    fname = '%s/atlrunquery_physicsstreams.png' % datapath
    c.Print( fname )
    del frame
 
    # reference in html
    htmlstr.append( MakeHtml( ['Events in physics streams versus run'], [fname], True, 60, 5 ) )
 
    # the other types can be 
    #             stream_type  nice text  unit
    plottypes = { 'debug_' :       [ 'Debug',        'thousand', 'k' ],
                  'calibration_' : [ 'Calibration', 'million',  'M' ] }
 
    # debug and calibration streams ----------------------------------------------------
    for key, cprop in plottypes.iteritems():
                 
        c, frame, legend = CreateCanvasAndFrame( runmin, runmax, tminS, tmaxS, maxnev[key], cprop[0], cprop[1] )
        legend.SetY1( legend.GetY1() + 0.15 )
        legend.SetX2( legend.GetX2() - 0.15 )
        ic = 0
        for i in sortedlist:
            g = graphs[i]
            name = g.GetTitle()
            if key in name:
                DrawGraph( g, colours[ic], 2, 1, legend, name, ic == 0, cprop[2], TText() )            
                ic += 1
 
        # redraw axes and update canvas
        frame.Draw("sameaxis")   
        c.Update()
 
        # make plot
        fname = '%s/atlrunquery_%sstreams.png' % (datapath, cprop[0].lower())
        c.Print( fname )
        del frame
        
        # reference in html
        htmlstr.append( MakeHtml( ['Events in %s streams versus run' % cprop[0].lower()], [fname], True, 60, 5 ) )
 
    # html code ---------------------------------------------------------------------------
    retstr    = '<table width="900" style="margin-left: 14px; background-color: #f0f0f0; border: 2px white solid; border-collapse: collapse;"><tr>'
    for i,s in enumerate(htmlstr):
        retstr += '<td style="padding: 4px">%s</td>' % s
        if (i+1)%5 == 0:
            retstr += '</tr><tr>'
    retstr += '</tr></table>'
 
    return retstr
            

MakeSummaryHtml()

def python.html.AtlRunQuerySummary.MakeSummaryHtml	(		dic,
			dicsum,
			datapath
	)

Definition at line 424 of file AtlRunQuerySummary.py.

def MakeSummaryHtml( dic, dicsum, datapath ):
    # run and time ranges
    runs   = dic[DataKey('Run')]
    nruns  = len(runs)
    times  = dic[DataKey('Start and endtime')]
 
    starttime = float(times[-1].partition(',')[0])
    endtime   = float(times[0].partition(',')[2])
 
    s = '<table style="color: #777777; font-size: 85%; margin-left: 14px" cellpadding="0" cellspacing="3">\n'
    # runs in reverse order
    s += '<tr><td><i>Number of runs selected:</i></td><td>&nbsp;&nbsp;%g</td><td></td></tr>\n' % (len(runs))
    s += '<tr><td><i>First run selected:</i></td><td>&nbsp;&nbsp;%s</td><td>&nbsp;&nbsp;(%s)</td></tr>\n' % (runs[-1], time.strftime("%a %b %d, %Y, %X",time.gmtime(starttime)))
    s += '<tr><td><i>Last run selected:</i></td><td>&nbsp;&nbsp;%s</td><td>&nbsp;&nbsp;(%s)</td></tr>\n'  % (runs[0], time.strftime("%a %b %d, %Y, %X",time.gmtime(endtime)))
    s += '</table>\n'
    
    # --------------------------------------------------------------------------------------
    # run summary table    
    s += '<p></p>\n'
    s += '<table style="margin-left: 14px">\n'
    s += '<tr><td><b>Run / Event Summary</b></td></tr>\n'
    s += '</table>\n'
 
    table  = []
    # format     Title in dico    Title in table     unit   format        which columns in table to exclude
    keys   = [ [ 'Duration',           'Run duration',    ' h',  '%.2f',       [] ],
               [ '#Events',            '#Events (excl.)', '',    'pretty-int', [] ],
               [ '#Events (streamed)', '#Events (incl.)', '',    'pretty-int', [] ],
               [ 'STR:physics_*',      'Event size <font size="-2">(RAW)</font>',' MB', '%.2f', [0] ]     # with wildcard
               ]
    for k in keys:
        v = []
        for dk, c in dic.iteritems():
            # exact check?
            if ('*' in k[0] and k[0].replace('*','') in dk.ResultKey) or ('*' not in k[0] and k[0] == dk.ResultKey):
                for x in c:
                    try:
                        v.append( DecodeStr( x, k[0] ) )
                    except ValueError: # if n.a.
                        pass
        # sanity check
 
        
        table.append( ComputeStats( v ) )
                
    s += MakeSummaryTableHtml( '', ['Total', 'Average', 'Min', 'Max'], keys, table, 500 )
 
    # --------------------------------------------------------------------------------------
    # stream summary table    
    s += '<p></p>\n'
    s += '<table style="margin-left: 14px">\n'
    s += '<tr><td><b>Streams / Events Summary</b> <font size=-2> [ Straight averages given, not weighted by number of events in run ]</font></td></tr>\n'
    s += '</table>\n'
 
    streamdic     = {}    
    streamsizedic = {}    
    streamfracdic = {}    
    streamratedic = {}    
    rootstreamdic = {}    
    v = []    
    for dk, c in dic.iteritems():
        # for root
        if '#Events' in dk.ResultKey:
            rootstreamdic[dk] = []
            for run,dataentries in zip(runs,c):
            #for i in range(len(c)):
                run = int(run)
                data = dataentries[0].value  # for events and time info there is only one entry in the list per run
                try:
                    rootstreamdic[dk].append([run, int(data)])
                except ValueError:
                    if data != 'n.a.':
                        rootstreamdic[dk].append([run, data])
            
        if 'Start and endtime' in dk.ResultKey:
            rootstreamdic[dk] = []
            for run,data in zip(runs,c):
                if data != 'n.a.':
                    rootstreamdic[dk].append([int(run), map(float,data.split(','))])
            
        # collect streams
        if 'STR:' in dk.ResultKey:
            # loop over runs
            sname = dk.ResultKey.replace('STR:','')
            streamdic[sname]     = []
            streamsizedic[sname] = 0
            streamfracdic[sname] = []
            streamratedic[sname] = []
            rootstreamdic[sname] = []
            #for i in range(len(c)):
            for run,t,dataentries in zip(runs,times,c):
                run = int(run)
                data = dataentries[0].value  # for stream data there is only one entry in the list per run
                if not isinstance(data, str): # not 'n.a.'
                    streamdic[sname].append(data[0])
                    streamfracdic[sname].append(data[0])
                    tmin_   = float(t.partition(',')[0])
                    tmax_   = float(t.partition(',')[2])
                    deltat = tmax_ - tmin_
                    if (deltat > 0):
                        streamratedic[sname].append(data[0]/deltat)
                    else:
                        streamratedic[sname].append(-1)
                    streamsizedic[sname] += data[1]
                    try:
                        rootstreamdic[sname].append([run, data[0]])
                    except ValueError:
                        pass
                else:
                    streamfracdic[sname].append('na')
 
    # sort (physics, debug, calibration)
    streamtypes = ['physics', 'express', 'debug', 'calibration']
    sortedstreams = []
    for stype in streamtypes:
        keys = {}
        for key, c in streamdic.iteritems():
            if stype in key:
                keys[key] = sum(c)    
        sortedstreams += sorted(keys, key=keys.__getitem__, reverse=True)
    
    # fill table
    keys = []
    table  = []
    for stream in sortedstreams:
        stats = ComputeStats( streamdic[stream] )
        table.append( stats[0:4] )
 
        # compute event fractions (not for calibration streams)
        if 'calibration_' not in stream:
            v = []
            for i, evrun in enumerate(streamfracdic[stream]):
                if evrun != 'na':
                    evsum = float(0)
                    for stream2 in sortedstreams:
                        if 'calibration_' not in stream2:
                            if streamfracdic[stream2][i] != 'na':
                                evsum += streamfracdic[stream2][i]
                    if evsum > 0:
                        v.append( float(evrun)/evsum*100 ) # fraction in percent
 
            table[-1] += ['%.3g' % ComputeStats( v )[1]]
        else:
            table[-1] += ['&minus']
 
        # average rate
        table[-1] += ['%.3g' % ComputeStats( streamratedic[stream] )[1]]
 
        # put here #runs where the stream was produced
        table[-1] += [stats[4]]
 
        # event sizes
        if table[-1][0] > 0:
            table[-1] += [filesize(streamsizedic[stream]),
                          filesize(float(streamsizedic[stream])/table[-1][0])] 
        else:
            table[-1] += [filesize(streamsizedic[stream]),'&minus']
 
        prettystr = stream
        if 'debug' in stream:
            prettystr = '<font color="#C11B17">' + stream + '</font>'
        # format     Title in dico    Title in table     unit   format        which columns in table to exclude
        keys.append( [stream,         prettystr,         '',    'pretty-int', []] )
 
    s += MakeSummaryTableHtml( 'Stream',
                               ['Total', 'Average', 'Min', 'Max',
                                'Average<br>fraction&nbsp;(%)',
                                'Average<br>rate&nbsp;(Hz)',
                                '#Runs<br><font size="-2">(out&nbsp;of&nbsp;%i)</font>' % nruns,
                                'Total&nbsp;file<br>size&nbsp;<font size="-2">(RAW)</font>',
                                'Average&nbsp;event<br>size&nbsp;<font size="-2">(RAW)</font>'], keys, table, 900 )
 
    # make integrated events plots
    htmlstr = MakeRootPlots( rootstreamdic, datapath )
    s += htmlstr    
 
    return s
 
    # DQ summary not operational anymore since defects ?
    
    # --------------------------------------------------------------------------------------
    # DQ summary table
    s += '<p></p>\n'
    s += '<table style="margin-left: 14px">\n'
    s += '<tr><td><b>Data Quality Summary - SHIFTOFL (number of runs)</b> <font size=-2> [ No number signifies zero. Move mouse over number to see corresponding runs. ]</font></td></tr>\n'
    s += '</table>\n'
 
    dqflags      = ['G','Y','R','B','U','n.a.']
    dqflagsNames = ['Green', 'Yellow', 'Red', 'Black', 'Unknown', 'Not&nbsp;assigned&nbsp;']
    dqitems      = DQChannels()
 
    # DQ flags are grouped together according to their channel numbers
    # all groups with equal first two digits belong together
 
    UseGroups = False
    if UseGroups:
        ndq = {}
        for chan, dqgroup in DQGroupDict.items():
            ndq[chan] = {}
            for dqflag in dqflags:
                ndq[chan][dqflag] = 0
 
        for chan, dqchan in dqitems:
            if dqchan in dic:
                grchan = int(chan/10)*10
                if grchan == 430:
                    grchan = 420 # 'ad hoc' correction for TAU trigger
                for dqflag in dic[dqchan]:
                    ndq[grchan][dqflag] += 1
 
        colstr = []
        colchans = []
        for chan, dqgroup in DQChannelDict.items():
            colstr.append( dqgroup )
            colchans.append( chan )
 
    # here per channel
    colstr = []
    colchans = []
    ndq = {}
    for chan, dqchan in dqitems:
        dqchan = "SHIFTOFL_%s" % (dqchan)
        colstr.append( dqchan )
        colchans.append( chan )
 
        ndq[chan] = {}
        for dqflag in dqflags:
            ndq[chan][dqflag] = [0, []]
 
        if dqchan in dic:
            for i, dqflag in enumerate(dic[dqchan]):
                ndq[chan][dqflag][0] += 1
                ndq[chan][dqflag][1].append(runs[i])
 
 
    # create summary table
    # break table after 'nc' entries
    nc = 15
    colstr_ = []
    colchans_ = []
    for i in range(len(colchans)):
        if (i+1)%nc == 0:
            labeloffset = i # required to avoid double-labels for tool-tips
            colstr_ = []
            colchans_ = []            
        else:
            colstr_.append(colstr[i])
            colchans_.append(colchans[i])
 
    # groups
    labeloffset = 0
    for dqgroup, content in DQSuperGroupsDict.iteritems():
        colstr_   = []
        colchans_ = []
        title     = content[0]
        for dqchan in content[1]:
            colstr_.append(dqchan)
            colchans_.append(DQChannelDict[dqchan])
        s += MakeDQSummaryTableHtml( '', title, colstr_, colchans_, dqflags, dqflagsNames, ndq, nruns, labeloffset )
        labeloffset += 1 # required to avoid double-labels for tool-tips
        s += '<p></p>'            
 
    # return full page string
    return s

MakeSummaryTableHtml()

def python.html.AtlRunQuerySummary.MakeSummaryTableHtml	(		cornerstr,
			colstr,
			rowkeys,
			table,
			tablewidth
	)

Definition at line 35 of file AtlRunQuerySummary.py.

def MakeSummaryTableHtml( cornerstr, colstr, rowkeys, table, tablewidth ):
 
    # dimensions
    ncol = len(colstr)
    nrow = len(rowkeys)
    
    s = '<table class="resulttable" width="%i" style="margin-left: 14px">\n' % tablewidth
    # headline    
    s += '<tr>\n'
    if cornerstr != '':
        s += '   <th style="text-align:left">%s</th>  ' % cornerstr
    else:
        s += '   <th class="emptycorner">&minus;</th>'
    for ic in range(0,ncol):
        s += '<th>%s</th>' % colstr[ic]
    s += '</tr>\n'
    for ir in range(0,nrow):
        if ir%2 == 0:
            color = 1
        else:
            color = 2
        if  'debug_' in rowkeys[ir][1]:
            s += '<tr class="outRed%s">\n' % color   # special colours for debug stream
        else:
            s += '<tr class="out%s">\n' % color
        s += '   <th class="rowsum" style="text-align:left">%s&nbsp;</th>  ' % rowkeys[ir][1]
        for ic in range(ncol):
            if ic in rowkeys[ir][4]:
                # exclude from printing
                s += '<td style="text-align:center">&minus;</td'
                continue
            s += '<td style="text-align:right">'
            if isinstance(table[ir][ic],str):
                s += "%s" % table[ir][ic] # example filesize
            elif rowkeys[ir][3] == 'pretty-int':
                s += "%s" % prettyNumber(int(table[ir][ic])) # example '#Event'
            else:
                s += (rowkeys[ir][3] % table[ir][ic]) # format
            s += '%s</td>' % rowkeys[ir][2] # unit
 
        s += '</tr>\n'
    s += '</table>'
 
    return s
 

SetFrameStyle()

def python.html.AtlRunQuerySummary.SetFrameStyle	(		frame,
			scale = 1.0
	)

Definition at line 214 of file AtlRunQuerySummary.py.

def SetFrameStyle( frame, scale = 1.0 ):
 
    c_VLightGray = TColor.GetColor( "#eeeeee" )
    c_VDarkGray  = TColor.GetColor( "#333333" )
 
    frame.SetLabelOffset( 0.012, "X" )
    frame.SetLabelOffset( 0.012, "Y" )
    frame.GetXaxis().SetTitleOffset( 1.25 )
    frame.GetYaxis().SetTitleOffset( 0.94 )
    frame.GetXaxis().SetTitleSize( 0.045*scale )
    frame.GetYaxis().SetTitleSize( 0.045*scale )
    labelSize = 0.04*scale
    frame.GetXaxis().SetLabelSize( labelSize )
    frame.GetYaxis().SetLabelSize( labelSize )
    gPad.SetTicks()
    gPad.SetBottomMargin( 0.120*scale  )
    gStyle.SetTitleFillColor( c_VLightGray )
    gStyle.SetTitleTextColor( c_VDarkGray )
    gStyle.SetTitleBorderSize( 1 )
    gStyle.SetTitleH( 0.06 )
    gStyle.SetTitleX( gPad.GetLeftMargin() )
    gStyle.SetTitleY( 1 - gPad.GetTopMargin() + gStyle.GetTitleH() )
    gStyle.SetTitleW( 1 - gPad.GetLeftMargin() - gPad.GetRightMargin() )
 

Variable Documentation

c_DarkGreen

python.html.AtlRunQuerySummary.c_DarkGreen = TColor.GetColor( "#116600" )

Definition at line 27 of file AtlRunQuerySummary.py.

c_DarkOrange

python.html.AtlRunQuerySummary.c_DarkOrange = TColor.GetColor( "#ff6600" )

Definition at line 25 of file AtlRunQuerySummary.py.

c_Gray

python.html.AtlRunQuerySummary.c_Gray = TColor.GetColor( "#888888" )

Definition at line 31 of file AtlRunQuerySummary.py.

c_LightBlue

python.html.AtlRunQuerySummary.c_LightBlue = TColor.GetColor( "#66aaff" )

Definition at line 29 of file AtlRunQuerySummary.py.

c_NovelBlue

python.html.AtlRunQuerySummary.c_NovelBlue = TColor.GetColor( "#2244a5" )

Definition at line 24 of file AtlRunQuerySummary.py.

c_NovelRed

python.html.AtlRunQuerySummary.c_NovelRed = TColor.GetColor( "#dd0033" )

Definition at line 26 of file AtlRunQuerySummary.py.

c_VDarkGray

python.html.AtlRunQuerySummary.c_VDarkGray = TColor.GetColor( "#333333" )

Definition at line 33 of file AtlRunQuerySummary.py.

c_VDarkYellow

python.html.AtlRunQuerySummary.c_VDarkYellow = TColor.GetColor( "#ffa500" )

Definition at line 30 of file AtlRunQuerySummary.py.

c_Violet

python.html.AtlRunQuerySummary.c_Violet = TColor.GetColor( "#aa11aa" )

Definition at line 28 of file AtlRunQuerySummary.py.

c_VLightGray

python.html.AtlRunQuerySummary.c_VLightGray = TColor.GetColor( "#eeeeee" )

Definition at line 32 of file AtlRunQuerySummary.py.

c_White

python.html.AtlRunQuerySummary.c_White = TColor.GetColor( "#ffffff" )

Definition at line 23 of file AtlRunQuerySummary.py.