nowaf/RootFilesInUse/MakePlotsCutFlow.py

import ROOT
import sys, re
sys.path.append("/afs/naf.desy.de/user/n/nowaf/UserCode/nowaf/PythonScripts/")
import definitions as Def
import styles as Style
import MakeRealTauEst_cff as RT

if __name__ == "__main__":

    Def.SetGlobalStyles( withTitle=True )

    #lumi = 1000.
    ### v4
    lumi = 927.9

    fileName = "_full"


    saveName = "plots/Selection/CutFlow" + fileName

    saveToPS = False
    saveToEPS = False

    removeSamplesAcc = []
    #removeSamplesAcc.append( "TTbar" )
    removeSamplesAcc.append( "GVJets" )
    removeSamplesAcc.append( "WWJets" )
    removeSamplesAcc.append( "Zinv" ) 
    removeSamplesAcc.append( "ZJets" )
    removeSamplesAcc.append( "WJets" )
    removeSamplesAcc.append( "QCDFlat" )
    removeSamplesAcc.append( "Data" )

    addSample = []
    #addSample.append( "LM13" )
    #addSample.append( "LM2" )

    fileDir = "/scratch/hh/lustre/cms/user/nowaf/2011Data/VersionII/Plots/RealTauEst/"

    theTitle = "Cut Flow, " + str( round( lumi, 1 ) ) + " pb^{-1}, #sqrt{s}=7 TeV"

    dirpre = "finalPlotTauPreSelectionCutFlow/"
    dirfull = "finalPlotTauCutFlow/"

    histList = []
    histList.append( "CutFlow" )

    colorDict = {}
    colorDict[ "QCDFlat" ] = ROOT.kYellow + 3
    colorDict[ "TTbar" ] = ROOT.kRed + 3
    colorDict[ "GVJets" ] = ROOT.kRed
    colorDict[ "ZJets" ] = ROOT.kOrange
    colorDict[ "Zinv" ] = ROOT.kOrange - 3
    #colorDict[ "WWJets" ] = ROOT.kOrange
    #colorDict[ "ZZJets" ] = ROOT.kOrange
    #colorDict[ "WZJets" ] = ROOT.kOrange
    colorDict[ "WWJets" ] = ROOT.kOrange + 7
    colorDict[ "WJets" ] = ROOT.kYellow + 2
    #colorDict[ "LM13" ] = ROOT.kBlue
    colorDict[ "LM2" ] = ROOT.kBlue - 7
    colorDict[ "LM13" ] = ROOT.kAzure + 10
    colorDict[ "GMSBc" ] = ROOT.kCyan + 2
    colorDict[ "Data" ] = ROOT.kBlack

    statusDict = {}
    statusDict[ "QCDFlat" ] = "BG"
    #statusDict[ "QCDFlat" ] = "Signal"
    statusDict[ "TTbar" ] = "BG"
    statusDict[ "GVJets" ] = "BG"
    statusDict[ "ZJets" ] = "BG"
    statusDict[ "Zinv" ] = "BG"
    statusDict[ "WWJets" ] = "BG"
    statusDict[ "WJets" ] = "BG"
    statusDict[ "LM13" ] = "Signal"
    statusDict[ "LM2" ] = "Signal"
    statusDict[ "LM8" ] = "Signal"
    statusDict[ "GMSBc" ] = "Signal"
    statusDict[ "Data" ] = "Data"

    logDict = {}
    logDict[ "CutFlow" ] = True

    titleDict = {}
    titleDict[ "CutFlow" ] = ( "", "" )

    positionDict = {}
    positionDict[ "CutFlow" ] = "ur"

    #######################################################################
    readInPre = RT.ReadIn( fileDir, fileName, lumi, rebinDict={} )
    readInPre.removeSamples( removeSamplesAcc )
    readInPre.addSamples( addSample )
    readInPre.removeHists( [ "MHT" ] )
    readInPre.addHists( histList )    #accReadIn.dontScale()
    histDictPre = readInPre.getHists( dirpre )

    readInFull = RT.ReadIn( fileDir, fileName, lumi, rebinDict={} )
    readInFull.removeSamples( removeSamplesAcc )
    readInFull.addSamples( addSample )
    readInFull.removeHists( [ "MHT" ] )
    readInFull.addHists( histList )    #accReadIn.dontScale()
    histDictFull = readInFull.getHists( dirfull )


    cfDict = {}
    for hist in histList:
        cfDict[ hist ] = {}
        for file in readInPre.sampleList:
            xtitle = titleDict[ hist ][ 0 ]
            ytitle = titleDict[ hist ][ 1 ]
            histDictPre[ hist ][ file ].UseCurrentStyle()
            histDictFull[ hist ][ file ].UseCurrentStyle()
            Style.setHistStyle( histDictPre[ hist ][ file ] , status=statusDict[ file ],\
                                color=colorDict[ file ], xTitle=xtitle, yTitle=ytitle,
                                markerStyle=20, title=theTitle )
            Style.setHistStyle( histDictFull[ hist ][ file ] , status=statusDict[ file ],\
                                color=colorDict[ file ], xTitle=xtitle, yTitle=ytitle,
                                markerStyle=20, title=theTitle )
            cfDict[ hist ][ file ] = ROOT.TH1F( hist + file, hist + file,
                                                histDictPre[ hist ][ file ].GetNbinsX() + 2,
                                                0,
                                                7 )
            #print histDictPre[ hist ][ file ].GetNbinsX()

            #cfDict[ hist ][ file ].Draw()
            #Def.DontQuit()
            
            for i in range( 1, histDictPre[ hist ][ file ].GetNbinsX() + 1 ):
                cfDict[ hist ][ file ].SetBinContent( i, histDictPre[ hist ][ file ].GetBinContent( i ) )
                if not re.search( "HT", histDictPre[ hist ][ file ].GetXaxis().GetBinLabel( i ) ):
                    cfDict[ hist ][ file ].GetXaxis().SetBinLabel( i,
                                                                   histDictPre[ hist ][ file ].GetXaxis().GetBinLabel( i ) )
                else:
                    if histDictPre[ hist ][ file ].GetXaxis().GetBinLabel( i ) == "HT":
                        cfDict[ hist ][ file ].GetXaxis().SetBinLabel( i, "HT (Base-Line)" )
                    elif histDictPre[ hist ][ file ].GetXaxis().GetBinLabel( i ) == "MHT":
                        cfDict[ hist ][ file ].GetXaxis().SetBinLabel( i, "MHT (Trigger)" )
                        pass
                    pass
                pass
            for j in range( histDictFull[ hist ][ file ].GetNbinsX() + 1, histDictFull[ hist ][ file ].GetNbinsX() + 3 ):
                cfDict[ hist ][ file ].SetBinContent( j, histDictFull[ hist ][ file ].GetBinContent( j - 2 ) )
                if histDictFull[ hist ][ file ].GetXaxis().GetBinLabel( j -2 ) == "HT":
                    cfDict[ hist ][ file ].GetXaxis().SetBinLabel( j, "HT (Full)" )
                elif histDictFull[ hist ][ file ].GetXaxis().GetBinLabel( j - 2 ) == "MHT":
                    cfDict[ hist ][ file ].GetXaxis().SetBinLabel( j, "MHT (Full)" )
                    pass
                pass

            #cfDict[ hist ][ file ].Draw()
            #Def.DontQuit()

            Style.setHistStyle( cfDict[ hist ][ file ] , status=statusDict[ file ],\
                                color=colorDict[ file ], xTitle=xtitle, yTitle=ytitle,
                                markerStyle=20, title=theTitle )
            pass
        pass

    
    #### get lists of samples not to be stacked
    NonStackList = []
    DataList = []
    StackList = []
    for sample in readInPre.sampleList:
        if statusDict[ sample ] == "Data":
            DataList.append( sample )
        elif statusDict[ sample ] == "Signal":
            NonStackList.append( sample )
            pass
        pass

    cDict = {}
    stackDict = {}
    legDict = {}
    textDict = {}
    for hist in histList:

        #### make the stack
        #print "Begin stack"
        if len( NonStackList + DataList ) != len( readInPre.sampleList ):
            stackDict[ hist ] = ROOT.THStack( hist, hist )
            for sample in readInPre.sampleList:
                if statusDict[ sample ] == "BG":
                    stackDict[ hist ].Add( cfDict[ hist ][ sample ] )
                    pass
                pass
            pass
        #print "end stack"
        print "1"
        cDict[ hist ] = ROOT.TCanvas( hist, hist )
        cDict[ hist ].cd()

        #### draw non-stack stuff first
        option = ""
        for dsample in DataList:
            cfDict[ hist ][ dsample ].Draw( option + "p" )
            option = "same"
            pass

        nondataOption = "hist"
        for nssample in NonStackList:
            cfDict[ hist ][ nssample ].Draw( nondataOption+option )
            option = "same"
            pass

        print "2"
        
        #### i hate stacks.
        #### set all the fucking stylings AGAIN.
        if stackDict:

            #### now draw the stack
            stackDict[ hist ].Draw( nondataOption+option )
            
            #if hist in xrangeDict.keys():
            #    stackDict[ hist ].GetXaxis().SetRangeUser( xrangeDict[ hist ][ 0 ], xrangeDict[ hist ][ 1 ] )
            #    pass
            #if hist in yrangeDict.keys():
            #    #stackDict[ hist ].GetYaxis().SetRangeUser( yrangeDict[ hist ][ 0 ], yrangeDict[ hist ][ 1 ] )
            stackDict[ hist ].SetMinimum( 10**-2 )
            stackDict[ hist ].SetMaximum( 10**9 )
            #    pass
            if hist in titleDict.keys():
                stackDict[ hist ].GetXaxis().SetTitle( titleDict[ hist ][ 0 ] )
                stackDict[ hist ].GetYaxis().SetTitle( titleDict[ hist ][ 1 ] )
                pass

            stackDict[ hist ].SetTitle( "" )
            #axishist = stackDict[ hist ].GetHistogram()
            pass

        print "3"

        for nssample in NonStackList:
            #histDict[ hist ][ nssample ].GetXaxis().SetRangeUser( xrangeDict[ hist ][ 0 ], xrangeDict[ hist ][ 1 ] )
            cfDict[ hist ][ nssample ].SetMinimum( 10**-2 )
            cfDict[ hist ][ nssample ].SetMaximum( 10**9 )
            cfDict[ hist ][ nssample ].Draw( nondataOption + option )
            option = "same"
            pass

        for dsample in DataList:
            #histDict[ hist ][ dsample ].GetXaxis().SetRangeUser( xrangeDict[ hist ][ 0 ], xrangeDict[ hist ][ 1 ] )
            cfDict[ hist ][ dsample ].SetMinimum( 10**-2 )
            cfDict[ hist ][ dsample ].SetMaximum( 10**9 )
            cfDict[ hist ][ dsample ].Draw( option + "p" )
            option = "same"
            pass

        #axishist.Draw( "axissame" )
        cfDict[ histList[ 0 ] ][ readInPre.sampleList[ 0 ] ].Draw( "axissame" )

        print "4"
        
        if hist in logDict.keys() and logDict[ hist ]:
            ROOT.gPad.SetLogy()
            pass
        cDict[ hist ].Update()
        
        position = "ur"
        if hist in positionDict.keys():
            position = positionDict[ hist ]
            pass

        legDict[ hist ] = Style.makeLegend( hist, cfDict, readInPre.sampleList, statusDict, position )
        legDict[ hist ].Draw( "same" )

        #if hist in latexDict.keys():
        #    for i in range( 0, len( latexDict[ hist ][ 0 ] ) ):
        #        textDict[ hist + str ( i ) ] = ROOT.TLatex( latexDict[ hist ][ 1 ][ i ], \
        #                                                    latexDict[ hist ][ 2 ][ i ], \
        #                                                    latexDict[ hist ][ 0 ][ i ] )
        #        textDict[ hist + str ( i ) ].Draw( "same" )
        #        pass
        #    pass
        

        cDict[ hist ].Update()

        print "5"
        
        pass

    if saveToPS:
        Style.saveToPS( saveName, cDict, histList )
    if saveToEPS:
        Style.saveToEPS( saveName, cDict )
        pass

    Def.DontQuit()
Revision:	1.1.1.1 (vendor branch)
Committed:	Tue Mar 20 13:12:08 2012 UTC (13 years, 1 month ago) by nowak
Content type:	text/x-python
Branch:	rootFilesInUse, MAIN
CVS Tags:	start, HEAD
Changes since 1.1:	+0 -0 lines
Log Message:	t files in use
#	Content
1	import ROOT
2	import sys, re
3	sys.path.append("/afs/naf.desy.de/user/n/nowaf/UserCode/nowaf/PythonScripts/")
4	import definitions as Def
5	import styles as Style
6	import MakeRealTauEst_cff as RT
7
8	if __name__ == "__main__":
9
10	Def.SetGlobalStyles( withTitle=True )
11
12	#lumi = 1000.
13	### v4
14	lumi = 927.9
15
16	fileName = "_full"
17
18
19	saveName = "plots/Selection/CutFlow" + fileName
20
21	saveToPS = False
22	saveToEPS = False
23
24	removeSamplesAcc = []
25	#removeSamplesAcc.append( "TTbar" )
26	removeSamplesAcc.append( "GVJets" )
27	removeSamplesAcc.append( "WWJets" )
28	removeSamplesAcc.append( "Zinv" )
29	removeSamplesAcc.append( "ZJets" )
30	removeSamplesAcc.append( "WJets" )
31	removeSamplesAcc.append( "QCDFlat" )
32	removeSamplesAcc.append( "Data" )
33
34	addSample = []
35	#addSample.append( "LM13" )
36	#addSample.append( "LM2" )
37
38	fileDir = "/scratch/hh/lustre/cms/user/nowaf/2011Data/VersionII/Plots/RealTauEst/"
39
40	theTitle = "Cut Flow, " + str( round( lumi, 1 ) ) + " pb^{-1}, #sqrt{s}=7 TeV"
41
42	dirpre = "finalPlotTauPreSelectionCutFlow/"
43	dirfull = "finalPlotTauCutFlow/"
44
45	histList = []
46	histList.append( "CutFlow" )
47
48	colorDict = {}
49	colorDict[ "QCDFlat" ] = ROOT.kYellow + 3
50	colorDict[ "TTbar" ] = ROOT.kRed + 3
51	colorDict[ "GVJets" ] = ROOT.kRed
52	colorDict[ "ZJets" ] = ROOT.kOrange
53	colorDict[ "Zinv" ] = ROOT.kOrange - 3
54	#colorDict[ "WWJets" ] = ROOT.kOrange
55	#colorDict[ "ZZJets" ] = ROOT.kOrange
56	#colorDict[ "WZJets" ] = ROOT.kOrange
57	colorDict[ "WWJets" ] = ROOT.kOrange + 7
58	colorDict[ "WJets" ] = ROOT.kYellow + 2
59	#colorDict[ "LM13" ] = ROOT.kBlue
60	colorDict[ "LM2" ] = ROOT.kBlue - 7
61	colorDict[ "LM13" ] = ROOT.kAzure + 10
62	colorDict[ "GMSBc" ] = ROOT.kCyan + 2
63	colorDict[ "Data" ] = ROOT.kBlack
64
65	statusDict = {}
66	statusDict[ "QCDFlat" ] = "BG"
67	#statusDict[ "QCDFlat" ] = "Signal"
68	statusDict[ "TTbar" ] = "BG"
69	statusDict[ "GVJets" ] = "BG"
70	statusDict[ "ZJets" ] = "BG"
71	statusDict[ "Zinv" ] = "BG"
72	statusDict[ "WWJets" ] = "BG"
73	statusDict[ "WJets" ] = "BG"
74	statusDict[ "LM13" ] = "Signal"
75	statusDict[ "LM2" ] = "Signal"
76	statusDict[ "LM8" ] = "Signal"
77	statusDict[ "GMSBc" ] = "Signal"
78	statusDict[ "Data" ] = "Data"
79
80	logDict = {}
81	logDict[ "CutFlow" ] = True
82
83	titleDict = {}
84	titleDict[ "CutFlow" ] = ( "", "" )
85
86	positionDict = {}
87	positionDict[ "CutFlow" ] = "ur"
88
89	#######################################################################
90	readInPre = RT.ReadIn( fileDir, fileName, lumi, rebinDict={} )
91	readInPre.removeSamples( removeSamplesAcc )
92	readInPre.addSamples( addSample )
93	readInPre.removeHists( [ "MHT" ] )
94	readInPre.addHists( histList ) #accReadIn.dontScale()
95	histDictPre = readInPre.getHists( dirpre )
96
97	readInFull = RT.ReadIn( fileDir, fileName, lumi, rebinDict={} )
98	readInFull.removeSamples( removeSamplesAcc )
99	readInFull.addSamples( addSample )
100	readInFull.removeHists( [ "MHT" ] )
101	readInFull.addHists( histList ) #accReadIn.dontScale()
102	histDictFull = readInFull.getHists( dirfull )
103
104
105	cfDict = {}
106	for hist in histList:
107	cfDict[ hist ] = {}
108	for file in readInPre.sampleList:
109	xtitle = titleDict[ hist ][ 0 ]
110	ytitle = titleDict[ hist ][ 1 ]
111	histDictPre[ hist ][ file ].UseCurrentStyle()
112	histDictFull[ hist ][ file ].UseCurrentStyle()
113	Style.setHistStyle( histDictPre[ hist ][ file ] , status=statusDict[ file ],\
114	color=colorDict[ file ], xTitle=xtitle, yTitle=ytitle,
115	markerStyle=20, title=theTitle )
116	Style.setHistStyle( histDictFull[ hist ][ file ] , status=statusDict[ file ],\
117	color=colorDict[ file ], xTitle=xtitle, yTitle=ytitle,
118	markerStyle=20, title=theTitle )
119	cfDict[ hist ][ file ] = ROOT.TH1F( hist + file, hist + file,
120	histDictPre[ hist ][ file ].GetNbinsX() + 2,
121	0,
122	7 )
123	#print histDictPre[ hist ][ file ].GetNbinsX()
124
125	#cfDict[ hist ][ file ].Draw()
126	#Def.DontQuit()
127
128	for i in range( 1, histDictPre[ hist ][ file ].GetNbinsX() + 1 ):
129	cfDict[ hist ][ file ].SetBinContent( i, histDictPre[ hist ][ file ].GetBinContent( i ) )
130	if not re.search( "HT", histDictPre[ hist ][ file ].GetXaxis().GetBinLabel( i ) ):
131	cfDict[ hist ][ file ].GetXaxis().SetBinLabel( i,
132	histDictPre[ hist ][ file ].GetXaxis().GetBinLabel( i ) )
133	else:
134	if histDictPre[ hist ][ file ].GetXaxis().GetBinLabel( i ) == "HT":
135	cfDict[ hist ][ file ].GetXaxis().SetBinLabel( i, "HT (Base-Line)" )
136	elif histDictPre[ hist ][ file ].GetXaxis().GetBinLabel( i ) == "MHT":
137	cfDict[ hist ][ file ].GetXaxis().SetBinLabel( i, "MHT (Trigger)" )
138	pass
139	pass
140	pass
141	for j in range( histDictFull[ hist ][ file ].GetNbinsX() + 1, histDictFull[ hist ][ file ].GetNbinsX() + 3 ):
142	cfDict[ hist ][ file ].SetBinContent( j, histDictFull[ hist ][ file ].GetBinContent( j - 2 ) )
143	if histDictFull[ hist ][ file ].GetXaxis().GetBinLabel( j -2 ) == "HT":
144	cfDict[ hist ][ file ].GetXaxis().SetBinLabel( j, "HT (Full)" )
145	elif histDictFull[ hist ][ file ].GetXaxis().GetBinLabel( j - 2 ) == "MHT":
146	cfDict[ hist ][ file ].GetXaxis().SetBinLabel( j, "MHT (Full)" )
147	pass
148	pass
149
150	#cfDict[ hist ][ file ].Draw()
151	#Def.DontQuit()
152
153	Style.setHistStyle( cfDict[ hist ][ file ] , status=statusDict[ file ],\
154	color=colorDict[ file ], xTitle=xtitle, yTitle=ytitle,
155	markerStyle=20, title=theTitle )
156	pass
157	pass
158
159
160	#### get lists of samples not to be stacked
161	NonStackList = []
162	DataList = []
163	StackList = []
164	for sample in readInPre.sampleList:
165	if statusDict[ sample ] == "Data":
166	DataList.append( sample )
167	elif statusDict[ sample ] == "Signal":
168	NonStackList.append( sample )
169	pass
170	pass
171
172	cDict = {}
173	stackDict = {}
174	legDict = {}
175	textDict = {}
176	for hist in histList:
177
178	#### make the stack
179	#print "Begin stack"
180	if len( NonStackList + DataList ) != len( readInPre.sampleList ):
181	stackDict[ hist ] = ROOT.THStack( hist, hist )
182	for sample in readInPre.sampleList:
183	if statusDict[ sample ] == "BG":
184	stackDict[ hist ].Add( cfDict[ hist ][ sample ] )
185	pass
186	pass
187	pass
188	#print "end stack"
189	print "1"
190	cDict[ hist ] = ROOT.TCanvas( hist, hist )
191	cDict[ hist ].cd()
192
193	#### draw non-stack stuff first
194	option = ""
195	for dsample in DataList:
196	cfDict[ hist ][ dsample ].Draw( option + "p" )
197	option = "same"
198	pass
199
200	nondataOption = "hist"
201	for nssample in NonStackList:
202	cfDict[ hist ][ nssample ].Draw( nondataOption+option )
203	option = "same"
204	pass
205
206	print "2"
207
208	#### i hate stacks.
209	#### set all the fucking stylings AGAIN.
210	if stackDict:
211
212	#### now draw the stack
213	stackDict[ hist ].Draw( nondataOption+option )
214
215	#if hist in xrangeDict.keys():
216	# stackDict[ hist ].GetXaxis().SetRangeUser( xrangeDict[ hist ][ 0 ], xrangeDict[ hist ][ 1 ] )
217	# pass
218	#if hist in yrangeDict.keys():
219	# #stackDict[ hist ].GetYaxis().SetRangeUser( yrangeDict[ hist ][ 0 ], yrangeDict[ hist ][ 1 ] )
220	stackDict[ hist ].SetMinimum( 10**-2 )
221	stackDict[ hist ].SetMaximum( 10**9 )
222	# pass
223	if hist in titleDict.keys():
224	stackDict[ hist ].GetXaxis().SetTitle( titleDict[ hist ][ 0 ] )
225	stackDict[ hist ].GetYaxis().SetTitle( titleDict[ hist ][ 1 ] )
226	pass
227
228	stackDict[ hist ].SetTitle( "" )
229	#axishist = stackDict[ hist ].GetHistogram()
230	pass
231
232	print "3"
233
234	for nssample in NonStackList:
235	#histDict[ hist ][ nssample ].GetXaxis().SetRangeUser( xrangeDict[ hist ][ 0 ], xrangeDict[ hist ][ 1 ] )
236	cfDict[ hist ][ nssample ].SetMinimum( 10**-2 )
237	cfDict[ hist ][ nssample ].SetMaximum( 10**9 )
238	cfDict[ hist ][ nssample ].Draw( nondataOption + option )
239	option = "same"
240	pass
241
242	for dsample in DataList:
243	#histDict[ hist ][ dsample ].GetXaxis().SetRangeUser( xrangeDict[ hist ][ 0 ], xrangeDict[ hist ][ 1 ] )
244	cfDict[ hist ][ dsample ].SetMinimum( 10**-2 )
245	cfDict[ hist ][ dsample ].SetMaximum( 10**9 )
246	cfDict[ hist ][ dsample ].Draw( option + "p" )
247	option = "same"
248	pass
249
250	#axishist.Draw( "axissame" )
251	cfDict[ histList[ 0 ] ][ readInPre.sampleList[ 0 ] ].Draw( "axissame" )
252
253	print "4"
254
255	if hist in logDict.keys() and logDict[ hist ]:
256	ROOT.gPad.SetLogy()
257	pass
258	cDict[ hist ].Update()
259
260	position = "ur"
261	if hist in positionDict.keys():
262	position = positionDict[ hist ]
263	pass
264
265	legDict[ hist ] = Style.makeLegend( hist, cfDict, readInPre.sampleList, statusDict, position )
266	legDict[ hist ].Draw( "same" )
267
268	#if hist in latexDict.keys():
269	# for i in range( 0, len( latexDict[ hist ][ 0 ] ) ):
270	# textDict[ hist + str ( i ) ] = ROOT.TLatex( latexDict[ hist ][ 1 ][ i ], \
271	# latexDict[ hist ][ 2 ][ i ], \
272	# latexDict[ hist ][ 0 ][ i ] )
273	# textDict[ hist + str ( i ) ].Draw( "same" )
274	# pass
275	# pass
276
277
278	cDict[ hist ].Update()
279
280	print "5"
281
282	pass
283
284	if saveToPS:
285	Style.saveToPS( saveName, cDict, histList )
286	if saveToEPS:
287	Style.saveToEPS( saveName, cDict )
288	pass
289
290	Def.DontQuit()