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Comparing UserCode/SchieferD/jetcalib/mcresponse_x.cpp (file contents):
Revision 1.2 by schiefer, Tue Aug 21 06:42:45 2007 UTC vs.
Revision 1.4 by schiefer, Thu Aug 30 09:01:17 2007 UTC

#	Line 17 | Line 17
17		#include <TEventList.h>
18		#include <TH1F.h>
19		#include <TF1.h>
20	–	#include <TGraphErrors.h>
21	–	#include <TMultiGraph.h>
22	–	#include <TCanvas.h>
23	–	#include <TLegend.h>
20
21		#include <iostream>
22		#include <iomanip>
27	–	#include <fstream>
23		#include <cmath>
24		#include <string>
25		#include <vector>
#	Line 36 | Line 31 | using namespace std;
31		////////////////////////////////////////////////////////////////////////////////
32		// defaults
33		////////////////////////////////////////////////////////////////////////////////
34	<	string dflt_ptbins ="7,9,12,15,20,25,30,45,65,90,120";
35	<	string dflt_etabins=".2,.4,.7,1.,1.3,1.5,1.75,2.,2.3,2.5,2.7,2.9,3.2";
41	<	//string dflt_etabins=".3,.6,.9,1.2,1.5,1.8,2.1,2.4,2.7";
34	>	string dflt_etbins ="8,12,15,20,25,30,45,65,90,120,180";
35	>	string dflt_etabins=".2,.4,.6,.8,1.,1.2,1.4,1.6,1.8,2.,2.3,2.5,2.7,3.0,3.3";
36		string dflt_phibins="-2.75,-2.25,-1.75.,-1.25,-.75,-.25,.25,.75,1.25,1.75,2.25,2.75";
37	+	string dflt_emfbins="0.2,0.4,0.6,0.8";
38
39
40		////////////////////////////////////////////////////////////////////////////////
41		// declare global functions
42		////////////////////////////////////////////////////////////////////////////////
43	+	void     replaceHistos(int nbins,
44	+	TH1F**& hVar,TH1F**& hEtCorr,TH1F**& hAbsRsp,TH1F**& hRelRsp,
45	+	TTree**& tVar);
46	+	void     replaceHistos(int nbins1,int nbins2,
47	+	TH1F***&hVar,TH1F***&hEtCorr,TH1F***&hAbsRsp,TH1F***&hRelRsp,
48	+	TTree***& tVar);
49	+	void     replaceHistos(int nbins1,int nbins2,int nbins3,
50	+	TH1F****&hVar,TH1F****&hEtCorr,
51	+	TH1F****&hAbsRsp,TH1F****&hRelRsp,
52	+	TTree****& tVar);
53	+	void     fitHistos    (TH1F**   histos,int n,double nsigma);
54	+	void     fitHistos    (TH1F***  histos,int n1,int n2,double nsigma);
55	+	void     fitHistos    (TH1F**** histos,int n1,int n2,int n3,double nsigma);
56	+	void     saveHistos   (TH1F**   histos,int n);
57	+	void     saveHistos   (TH1F***  histos,int n1,int n2);
58	+	void     saveHistos   (TH1F**** histos,int n1,int n2,int n3);
59
49	–	void     fillRspAndSgm(TGraphErrors* gRsp,TGraphErrors* gSgm,float nsigma,
50	–	const vector<float>& bins,TH1F** hVar,TH1F** hPt,TH1F** hRsp);
51	–	TCanvas* plotVarHistos(const vector<float>& bins,TH1F** hVar,bool logy=false);
52	–	TCanvas* plotRspHistos(const vector<float>& bins,TH1F** hRsp);
53	–	TCanvas* plotResponse (const vector<string>& jetalgs,short applyjes,
54	–	const vector<TGraphErrors*> gRsp,
55	–	const string& varname,const string& xtitle);
56	–	TCanvas* plotResponse (const string& jetalg,short applyjes,bool fitcorr,
57	–	const vector<float>& bins1,TGraphErrors** gRsp,
58	–	const string& varname1,const string vartitle1,
59	–	const string& varname2,const string& xtitle);
60	–	TCanvas* plotResolution(const vector<string>& jetalgs,
61	–	const vector<TGraphErrors*> gSgm,
62	–	const string& varname,const string& xtitle);
63	–	TCanvas* plotResolution(const string& jetalg,const vector<float>& bins1,
64	–	TGraphErrors** gSgm,
65	–	const string& varname1,const string vartitle1,
66	–	const string& varname2,const string& xtitle);
67	–
68	–	float  get_xmax(TGraph* g);
60
61
62		////////////////////////////////////////////////////////////////////////////////
#	Line 79 | Line 70 | int main(int argc,char**argv)
70		cl.parse(argc,argv);
71
72		vector<string> input     = cl.get_vector<string>("input");
73	+	string         output    = cl.get_value<string> ("output", "mcrsp.root");
74		string         selection = cl.get_value<string> ("selection",   "njt>0");
75		float          drmax     = cl.get_value<float>  ("drmax",           0.3);
76	+	short          applyjes  = cl.get_value<short>  ("applyjes",          0);
77		string         treename  = cl.get_value<string> ("treename",        "t");
78		float          nsigma    = cl.get_value<float>  ("nsigma",          3.0);
79	<	short          applyjes  = cl.get_value<short>  ("applyjes",          0);
87	<	bool           fitcorr   = cl.get_value<bool>   ("fitcorr",       false);
88	<	vector<float>  ptbins    = cl.get_vector<float> ("ptbins",  dflt_ptbins);
79	>	vector<float>  etbins    = cl.get_vector<float> ("etbins",  dflt_etbins);
80		vector<float>  etabins   = cl.get_vector<float> ("etabins",dflt_etabins);
81		vector<float>  phibins   = cl.get_vector<float> ("phibins",dflt_phibins);
82	+	vector<float>  emfbins   = cl.get_vector<float> ("emfbins",dflt_emfbins);
83		bool           abseta    = cl.get_value<bool>   ("abseta",         true);
84
85		if (!cl.check()) return 0;
#	Line 116 | Line 108 | int main(int argc,char**argv)
108		// prepare branch variables and histograms / graphs
109		float weight;
110		char  njt;
111	+	float jtet[100];
112		float jtpt[100];
113		float jteta[100];
114		float jtphi[100];
115	+	float jtemf[100];
116	+	float jtgenet[100];
117		float jtgenpt[100];
118		float jtgendr[100];
119		float jtjes[100][3];
120
121	<	int nptbins  = ptbins.size()+1;
121	>	int netbins  = etbins.size()+1;
122		int netabins = etabins.size()+1;
123		int nphibins = phibins.size()+1;
124	+	int nemfbins = emfbins.size()+1;
125
126	<	vector<TH1F**>         hGenPt;
127	<	vector<TH1F**>         hGenPtPtCorr;
128	<	vector<TH1F**>         hRspVsGenPt;
129	<	vector<TH1F**>         hPt;
130	<	vector<TH1F**>         hPtCorr;
131	<	vector<TH1F**>         hRspVsPt;
132	<	vector<TH1F**>         hEta;
133	<	vector<TH1F**>         hEtaPtCorr;
134	<	vector<TH1F**>         hRspVsEta;
135	<	vector<TH1F**>         hPhi;
136	<	vector<TH1F**>         hPhiPtCorr;
137	<	vector<TH1F**>         hRspVsPhi;
138	<
139	<	vector<TH1F***>        hEtaPtPt;
140	<	vector<TH1F***>        hEtaPtPtCorr;
141	<	vector<TH1F***>        hRspVsEtaPt;
142	<
143	<	vector<TGraphErrors*>  gRspVsGenPt;
144	<	vector<TGraphErrors*>  gSgmVsGenPt;
145	<	vector<TGraphErrors*>  gRspVsPt;
146	<	vector<TGraphErrors*>  gSgmVsPt;
147	<	vector<TGraphErrors*>  gRspVsEta;
148	<	vector<TGraphErrors*>  gSgmVsEta;
149	<	vector<TGraphErrors*>  gRspVsPhi;
150	<	vector<TGraphErrors*>  gSgmVsPhi;
126	>	vector<TH1F**>   hGenEt;
127	>	vector<TH1F**>   hEtCorrGenEt;
128	>	vector<TH1F**>   hAbsRspGenEt;
129	>	vector<TH1F**>   hRelRspGenEt;
130	>
131	>	vector<TH1F**>   hEt;
132	>	vector<TH1F**>   hEtCorrEt;
133	>	vector<TH1F**>   hAbsRspEt;
134	>	vector<TH1F**>   hRelRspEt;
135	>
136	>	vector<TH1F**>   hEta;
137	>	vector<TH1F**>   hEtCorrEta;
138	>	vector<TH1F**>   hAbsRspEta;
139	>	vector<TH1F**>   hRelRspEta;
140	>
141	>	vector<TH1F**>   hPhi;
142	>	vector<TH1F**>   hEtCorrPhi;
143	>	vector<TH1F**>   hAbsRspPhi;
144	>	vector<TH1F**>   hRelRspPhi;
145	>
146	>	vector<TH1F**>   hEmf;
147	>	vector<TH1F**>   hEtCorrEmf;
148	>	vector<TH1F**>   hAbsRspEmf;
149	>	vector<TH1F**>   hRelRspEmf;
150	>
151	>	vector<TH1F***>  hEtEtaEt;
152	>	vector<TH1F***>  hEtCorrEtaEt;
153	>	vector<TH1F***>  hAbsRspEtaEt;
154	>	vector<TH1F***>  hRelRspEtaEt;
155	>
156	>	vector<TH1F***>  hEtEmfEt;
157	>	vector<TH1F***>  hEtCorrEmfEt;
158	>	vector<TH1F***>  hAbsRspEmfEt;
159	>	vector<TH1F***>  hRelRspEmfEt;
160	>
161	>	vector<TH1F****> hEtEmfEtaEt;
162	>	vector<TH1F****> hEtCorrEmfEtaEt;
163	>	vector<TH1F****> hAbsRspEmfEtaEt;
164	>	vector<TH1F****> hRelRspEmfEtaEt;
165
156	–	vector<TGraphErrors**> gRspVsEtaPt;
157	–	vector<TGraphErrors**> gSgmVsEtaPt;
166
167	<	argc=1; //argv[1]="-b";
168	<	TRint* app = new TRint(argv[0],&argc,argv);
167	>	argc=3; argv[1]="-l"; argv[2]="-b";
168	>	TRint* app = new TRint(argv[0],&argc,argv); app->Argc();
169
170
171		//
172		// loop over all input files
173		//
174	<	TFile* plotfile = new TFile("mcresponse.root","RECREATE");
174	>	TFile* plotfile = new TFile(output.c_str(),"RECREATE");
175
176		for (unsigned int i=0;i<input.size();++i) {
177	<	TFile* f = new TFile(input[i].c_str(),"READ"); if (!f->IsOpen()) return 0;
177	>	TFile* f = new TFile(input[i].c_str(),"UPDATE"); if (!f->IsOpen()) return 0;
178		TTree* t = (TTree*)f->Get(treename.c_str());
179
180		TEventList* el = new TEventList("sel","sel");
#	Line 174 | Line 182 | int main(int argc,char**argv)
182
183		t->SetBranchAddress("weight", &weight);
184		t->SetBranchAddress("njt",    &njt);
185	+	t->SetBranchAddress("jtet",   jtet);
186		t->SetBranchAddress("jtpt",   jtpt);
187		t->SetBranchAddress("jteta",  jteta);
188		t->SetBranchAddress("jtphi",  jtphi);
189	+	t->SetBranchAddress("jtemf",  jtemf);
190	+	t->SetBranchAddress("jtgenet",jtgenet);
191		t->SetBranchAddress("jtgenpt",jtgenpt);
192		t->SetBranchAddress("jtgendr",jtgendr);
193
#	Line 186 | Line 197 | int main(int argc,char**argv)
197		for (int i2=0;i2<3;i2++) jtjes[i1][i2]=1.0;
198
199
200	<	string rsp_xtitle = "E_{T}^{gen}-E_{T}^{rec} [GeV]";
200	>	string absrsp_xtitle = "E_{T}^{gen}-E_{T} [GeV]";
201	>	string relrsp_xtitle = "E_{T}^{rec}/E_{T}";
202
203	<	hGenPt      .push_back(hist::initHistos("JetGenPt",jetalgs[i],
204	<	4000,0,4000,"jet p_{T}^{gen} [GeV]",
205	<	"GenPt",ptbins));
206	<	hGenPtPtCorr.push_back(hist::initHistos("JetPtCorr",jetalgs[i],
207	<	4000,0,4000,"jet p_{T}^{gen} [GeV]",
208	<	"GenPt",ptbins));
209	<	hRspVsGenPt .push_back(hist::initHistos("JetRspGenPt",jetalgs[i],
210	<	100,-100,100,rsp_xtitle,
211	<	"GenPt",ptbins));
212	<
213	<	hPt         .push_back(hist::initHistos("JetPt",jetalgs[i],
214	<	4000,0,4000,"jet p_{T} [GeV]",
215	<	"Pt",ptbins));
216	<	hPtCorr     .push_back(hist::initHistos("JetPtCorr",jetalgs[i],
217	<	4000,0,4000,"jet p_{T} [GeV]",
218	<	"Pt",ptbins));
219	<	hRspVsPt    .push_back(hist::initHistos("JetRspPt",jetalgs[i],
220	<	100,-100,100,rsp_xtitle,
221	<	"Pt",ptbins));
222	<
223	<	hEta        .push_back(hist::initHistos("JetEta",jetalgs[i],
224	<	100,0,5,"jet #eta","Eta",etabins));
225	<	hEtaPtCorr  .push_back(hist::initHistos("JetPtCorr",jetalgs[i],
226	<	4000,0,4000,"jet p_{T} [GeV]",
227	<	"Eta",etabins));
228	<	hRspVsEta   .push_back(hist::initHistos("JetRspEta",jetalgs[i],
229	<	100,-100,100,rsp_xtitle,"Eta",etabins));
230	<
231	<	hPhi        .push_back(hist::initHistos("JetPhi",jetalgs[i],
232	<	100,-3.2,3.2,"jet #phi","Phi",phibins));
233	<	hPhiPtCorr  .push_back(hist::initHistos("JetPtCorr",jetalgs[i],
234	<	4000,0,4000,"jet p_{T} [Gev]",
235	<	"Phi",phibins));
236	<	hRspVsPhi   .push_back(hist::initHistos("JetRspPhi",jetalgs[i],
237	<	100,-100,100,rsp_xtitle,"Phi",phibins));
238	<
239	<	hEtaPtPt    .push_back(hist::initHistos("JetPt",jetalgs[i],
240	<	4000,0,4000,"jet p_{T} [GeV]",
241	<	"Eta",etabins,"Pt",ptbins));
242	<	hEtaPtPtCorr.push_back(hist::initHistos("JetPtCorr",jetalgs[i],
243	<	4000,0,4000,"jet p_{T} [GeV]",
244	<	"Eta",etabins,"Pt",ptbins));
245	<	hRspVsEtaPt .push_back(hist::initHistos("JetRspEtaPt",jetalgs[i],
246	<	100,-100,100,rsp_xtitle,
247	<	"Eta",etabins,"Pt",ptbins));
203	>	hGenEt      .push_back(hist::initHistos("GenEt",jetalgs[i],100,
204	>	"jet E_{T}^{gen} [GeV]","GenEt",etbins));
205	>	hEtCorrGenEt.push_back(hist::initHistos("EtCorrGenEt",jetalgs[i],100,
206	>	"jet E_{T}^{gen} [GeV]","GenEt",etbins));
207	>	hAbsRspGenEt.push_back(hist::initHistos("AbsRspGenEt",jetalgs[i],100,-50,150,
208	>	absrsp_xtitle,"GenEt",etbins));
209	>	hRelRspGenEt.push_back(hist::initHistos("RelRspGenEt",jetalgs[i],100,0,2,
210	>	relrsp_xtitle,"GenEt",etbins));
211	>
212	>	hEt         .push_back(hist::initHistos("Et",jetalgs[i],100,
213	>	"jet E_{T} [GeV]","Et",etbins));
214	>	hEtCorrEt   .push_back(hist::initHistos("EtCorrEt",jetalgs[i],100,
215	>	"jet E_{T} [GeV]","Et",etbins));
216	>	hAbsRspEt   .push_back(hist::initHistos("AbsRspEt",jetalgs[i],100,-50,150,
217	>	absrsp_xtitle,"Et",etbins));
218	>	hRelRspEt   .push_back(hist::initHistos("RelRspEt",jetalgs[i],100,0,2,
219	>	relrsp_xtitle,"Et",etbins));
220	>
221	>	hEta        .push_back(hist::initHistos("Eta",jetalgs[i],100,
222	>	"jet #eta","Eta",etabins));
223	>	hEtCorrEta  .push_back(hist::initHistos("EtCorrEta",jetalgs[i],100,
224	>	"jet E_{T} [GeV]","Eta",etabins));
225	>	hAbsRspEta  .push_back(hist::initHistos("AbsRspEta",jetalgs[i],100,-50,150,
226	>	absrsp_xtitle,"Eta",etabins));
227	>	hRelRspEta  .push_back(hist::initHistos("RelRspEta",jetalgs[i],100,0,2,
228	>	relrsp_xtitle,"Eta",etabins));
229	>
230	>	hPhi        .push_back(hist::initHistos("Phi",jetalgs[i],100,
231	>	"jet #phi","Phi",phibins));
232	>	hEtCorrPhi  .push_back(hist::initHistos("EtCorrPhi",jetalgs[i],100,
233	>	"jet E_{T} [Gev]","Phi",phibins));
234	>	hAbsRspPhi  .push_back(hist::initHistos("AbsRspPhi",jetalgs[i],100,-50,150,
235	>	absrsp_xtitle,"Phi",phibins));
236	>	hRelRspPhi  .push_back(hist::initHistos("RelRspPhi",jetalgs[i],100,0,2,
237	>	relrsp_xtitle,"Phi",phibins));
238	>
239	>	hEmf        .push_back(hist::initHistos("Emf",jetalgs[i],100,
240	>	"jet emf","Emf",emfbins));
241	>	hEtCorrEmf  .push_back(hist::initHistos("EtCorrEmf",jetalgs[i],100,
242	>	"jet E_{T} [Gev]","Emf",emfbins));
243	>	hAbsRspEmf  .push_back(hist::initHistos("AbsRspEmf",jetalgs[i],100,-50,150,
244	>	absrsp_xtitle,"Emf",emfbins));
245	>	hRelRspEmf  .push_back(hist::initHistos("RelRspEmf",jetalgs[i],100,0,2,
246	>	relrsp_xtitle,"Emf",emfbins));
247	>
248	>	hEtEtaEt    .push_back(hist::initHistos("Et",jetalgs[i],100,"jet E_{T} [GeV]",
249	>	"Eta",etabins,"Et",etbins));
250	>	hEtCorrEtaEt.push_back(hist::initHistos("EtCorrEtaEt",jetalgs[i],100,
251	>	"jet E_{T} [GeV]",
252	>	"Eta",etabins,"Et",etbins));
253	>	hAbsRspEtaEt.push_back(hist::initHistos("AbsRspEtaEt",jetalgs[i],100,-50,150,
254	>	absrsp_xtitle,
255	>	"Eta",etabins,"Et",etbins));
256	>	hRelRspEtaEt.push_back(hist::initHistos("RelRspEtaEt",jetalgs[i],100,0,2,
257	>	relrsp_xtitle,
258	>	"Eta",etabins,"Et",etbins));
259	>
260	>	hEtEmfEt    .push_back(hist::initHistos("Et",jetalgs[i],100,"jet E_{T} [GeV]",
261	>	"Emf",emfbins,"Et",etbins));
262	>	hEtCorrEmfEt.push_back(hist::initHistos("EtCorrEmfEt",jetalgs[i],100,
263	>	"jet E_{T} [GeV]",
264	>	"Emf",emfbins,"Et",etbins));
265	>	hAbsRspEmfEt.push_back(hist::initHistos("AbsRspEmfEt",jetalgs[i],100,-50,150,
266	>	absrsp_xtitle,
267	>	"Emf",emfbins,"Et",etbins));
268	>	hRelRspEmfEt.push_back(hist::initHistos("RelRspEmfEt",jetalgs[i],100,0,2,
269	>	relrsp_xtitle,
270	>	"Emf",emfbins,"Et",etbins));
271	>
272	>	hEtEmfEtaEt    .push_back(hist::initHistos("Et",jetalgs[i],100,"jet E_{T} [GeV]",
273	>	"Emf",emfbins,
274	>	"Eta",etabins,
275	>	"Et", etbins));
276	>	hEtCorrEmfEtaEt.push_back(hist::initHistos("EtCorrEmfEtaEt",jetalgs[i],100,
277	>	"jet E_{T} [GeV]",
278	>	"Emf",emfbins,
279	>	"Eta",etabins,
280	>	"Et", etbins));
281	>	hAbsRspEmfEtaEt.push_back(hist::initHistos("AbsRspEmfEtaEt",jetalgs[i],
282	>	100,-50,150,absrsp_xtitle,
283	>	"Emf",emfbins,
284	>	"Eta",etabins,
285	>	"Et", etbins));
286	>	hRelRspEmfEtaEt.push_back(hist::initHistos("RelRspEmfEtaEt",jetalgs[i],
287	>	100,0,2,relrsp_xtitle,
288	>	"Emf",emfbins,
289	>	"Eta",etabins,
290	>	"Et", etbins));
291
292
293		int nevts = el->GetN();
294		cout<<jetalgs[i]<<": "<<nevts<<" events selected."<<endl;
295
296	+	// prepare intermediate trees
297	+	float genet,et,eta,phi,emf,etcorr,absrsp,relrsp;
298	+	TTree**   tGenEt      = new TTree*[netbins];
299	+	TTree**   tEt         = new TTree*[netbins];
300	+	TTree**   tEta        = new TTree*[netabins];
301	+	TTree**   tPhi        = new TTree*[nphibins];
302	+	TTree**   tEmf        = new TTree*[nemfbins];
303	+	TTree***  tEtEtaEt    = new TTree**[netabins];
304	+	TTree***  tEtEmfEt    = new TTree**[nemfbins];
305	+	TTree**** tEtEmfEtaEt = new TTree***[nemfbins];
306	+
307	+	for (int iet=0;iet<netbins;iet++) {
308	+
309	+	tGenEt[iet]=new TTree("tGenEt","tGenEt");
310	+	tGenEt[iet]->Branch("val",   &genet, "val/F");
311	+	tGenEt[iet]->Branch("etcorr",&etcorr,"etcorr/F");
312	+	tGenEt[iet]->Branch("absrsp",&absrsp,"absrsp/F");
313	+	tGenEt[iet]->Branch("relrsp",&relrsp,"relrsp/F");
314	+	tGenEt[iet]->Branch("weight",&weight,"weight/F");
315	+
316	+	tEt[iet]=new TTree("tEt","tEt");
317	+	tEt[iet]->Branch("val",   &et,    "val/F");
318	+	tEt[iet]->Branch("etcorr",&etcorr,"etcorr/F");
319	+	tEt[iet]->Branch("absrsp",&absrsp,"absrsp/F");
320	+	tEt[iet]->Branch("relrsp",&relrsp,"relrsp/F");
321	+	tEt[iet]->Branch("weight",&weight,"weight/F");
322	+	}
323	+	for (int ieta=0;ieta<netabins;ieta++) {
324	+	tEta[ieta]=new TTree("tEta","tEta");
325	+	tEta[ieta]->Branch("val",   &eta,   "val/F");
326	+	tEta[ieta]->Branch("etcorr",&etcorr,"etcorr/F");
327	+	tEta[ieta]->Branch("absrsp",&absrsp,"absrsp/F");
328	+	tEta[ieta]->Branch("relrsp",&relrsp,"relrsp/F");
329	+	tEta[ieta]->Branch("weight",&weight,"weight/F");
330	+	}
331	+	for (int iphi=0;iphi<nphibins;iphi++) {
332	+	tPhi[iphi]=new TTree("tPhi","tPhi");
333	+	tPhi[iphi]->Branch("val",   &phi,   "val/F");
334	+	tPhi[iphi]->Branch("etcorr",&etcorr,"etcorr/F");
335	+	tPhi[iphi]->Branch("absrsp",&absrsp,"absrsp/F");
336	+	tPhi[iphi]->Branch("relrsp",&relrsp,"relrsp/F");
337	+	tPhi[iphi]->Branch("weight",&weight,"weight/F");
338	+	}
339	+	for (int iemf=0;iemf<nemfbins;iemf++) {
340	+	tEmf[iemf]=new TTree("tEmf","tEmf");
341	+	tEmf[iemf]->Branch("val",   &emf,   "val/F");
342	+	tEmf[iemf]->Branch("etcorr",&etcorr,"etcorr/F");
343	+	tEmf[iemf]->Branch("absrsp",&absrsp,"absrsp/F");
344	+	tEmf[iemf]->Branch("relrsp",&relrsp,"relrsp/F");
345	+	tEmf[iemf]->Branch("weight",&weight,"weight/F");
346	+	}
347	+	for (int ieta=0;ieta<netabins;ieta++) {
348	+	tEtEtaEt[ieta] = new TTree*[netbins];
349	+	for (int iet=0;iet<netbins;iet++) {
350	+	tEtEtaEt[ieta][iet] = new TTree("tEtEtaEt","tEtEtaEt");
351	+	tEtEtaEt[ieta][iet]->Branch("val",   &et,    "val/F");
352	+	tEtEtaEt[ieta][iet]->Branch("etcorr",&etcorr,"etcorr/F");
353	+	tEtEtaEt[ieta][iet]->Branch("absrsp",&absrsp,"absrsp/F");
354	+	tEtEtaEt[ieta][iet]->Branch("relrsp",&relrsp,"relrsp/F");
355	+	tEtEtaEt[ieta][iet]->Branch("weight",&weight,"weight/F");
356	+	}
357	+	}
358	+	for (int iemf=0;iemf<nemfbins;iemf++) {
359	+	tEtEmfEt[iemf] = new TTree*[netbins];
360	+	for (int iet=0;iet<netbins;iet++) {
361	+	tEtEmfEt[iemf][iet] = new TTree("tEtEmfEt","tEtEmfEt");
362	+	tEtEmfEt[iemf][iet]->Branch("val",   &et,    "val/F");
363	+	tEtEmfEt[iemf][iet]->Branch("etcorr",&etcorr,"etcorr/F");
364	+	tEtEmfEt[iemf][iet]->Branch("absrsp",&absrsp,"absrsp/F");
365	+	tEtEmfEt[iemf][iet]->Branch("relrsp",&relrsp,"relrsp/F");
366	+	tEtEmfEt[iemf][iet]->Branch("weight",&weight,"weight/F");
367	+	}
368	+	}
369	+	for (int iemf=0;iemf<nemfbins;iemf++) {
370	+	tEtEmfEtaEt[iemf] = new TTree**[netabins];
371	+	for (int ieta=0;ieta<netabins;ieta++) {
372	+	tEtEmfEtaEt[iemf][ieta] = new TTree*[netbins];
373	+	for (int iet=0;iet<netbins;iet++) {
374	+	tEtEmfEtaEt[iemf][ieta][iet] = new TTree("tEtEmfEtaEt","tEtEmfEtaEt");
375	+	tEtEmfEtaEt[iemf][ieta][iet]->Branch("val",   &et,    "val/F");
376	+	tEtEmfEtaEt[iemf][ieta][iet]->Branch("etcorr",&etcorr,"etcorr/F");
377	+	tEtEmfEtaEt[iemf][ieta][iet]->Branch("absrsp",&absrsp,"absrsp/F");
378	+	tEtEmfEtaEt[iemf][ieta][iet]->Branch("relrsp",&relrsp,"relrsp/F");
379	+	tEtEmfEtaEt[iemf][ieta][iet]->Branch("weight",&weight,"weight/F");
380	+	}
381	+	}
382	+	}
383	+
384
385		// loop over all events
386		for (int ievt=0;ievt<nevts;ievt++) {
#	Line 251 | Line 394 | int main(int argc,char**argv)
394
395		if (ijt>0) continue;
396
397	<	float pt      = jtpt[ijt];
398	<	float genpt   = jtgenpt[ijt];
399	<	float eta     = (abseta) ? std::abs(jteta[ijt]) : jteta[ijt];
400	<	float phi     = jtphi[ijt];
397	>	et      = jtet[ijt];
398	>	genet   = jtgenet[ijt];
399	>	eta     = (abseta) ? std::abs(jteta[ijt]) : jteta[ijt];
400	>	phi     = jtphi[ijt];
401	>	emf     = jtemf[ijt];
402	>	etcorr  = (applyjes==0) ? et : et*jtjes[ijt][applyjes-1];
403
404	<	float ptcorr  = (applyjes==0) ? pt : pt*jtjes[ijt][applyjes-1];
405	<	float deltapt = genpt - ptcorr;
404	>	absrsp  = genet - etcorr;
405	>	relrsp  = etcorr/genet;
406
407	<	// genpt
408	<	int igenpt = hist::get_ibin(genpt,ptbins);
409	<	hGenPt[i][igenpt]      ->Fill(genpt,weight);
410	<	//hGenPtPtCorr[i][igenpt]->Fill(ptcorr,weight);
411	<	hGenPtPtCorr[i][igenpt]->Fill(genpt,weight);
267	<	hRspVsGenPt[i][igenpt] ->Fill(deltapt,weight);
407	>	// genet
408	>	int igenet = hist::get_ibin(genet,etbins);
409	>	hAbsRspGenEt[i][igenet] ->Fill(absrsp,weight);
410	>	hRelRspGenEt[i][igenet] ->Fill(relrsp,weight);
411	>	tGenEt[igenet]->Fill();
412
413	<	// pt
414	<	int ipt = hist::get_ibin(pt,ptbins);
415	<	hPt[i][ipt]     ->Fill(pt,weight);
416	<	hPtCorr[i][ipt] ->Fill(ptcorr,weight);
417	<	hRspVsPt[i][ipt]->Fill(deltapt,weight);
413	>	// et
414	>	int iet = hist::get_ibin(et,etbins);
415	>	hAbsRspEt[i][iet]->Fill(absrsp,weight);
416	>	hRelRspEt[i][iet]->Fill(relrsp,weight);
417	>	tEt[iet]->Fill();
418
419		// eta
420		int ieta = hist::get_ibin(eta,etabins);
421	<	hEta[i][ieta]      ->Fill(eta,    weight);
422	<	hEtaPtCorr[i][ieta]->Fill(ptcorr, weight);
423	<	hRspVsEta[i][ieta] ->Fill(deltapt,weight);
424	<
421	>	hAbsRspEta[i][ieta]->Fill(absrsp,weight);
422	>	hRelRspEta[i][ieta]->Fill(relrsp,weight);
423	>	tEta[ieta]->Fill();
424	>
425		// phi
426		int iphi = hist::get_ibin(phi,phibins);
427	<	hPhi[i][iphi]      ->Fill(phi,    weight);
428	<	hPhiPtCorr[i][iphi]->Fill(ptcorr, weight);
429	<	hRspVsPhi[i][iphi] ->Fill(deltapt,weight);
430	<
431	<	// pt-eta
432	<	hEtaPtPt[i][ieta][ipt]    ->Fill(pt,     weight);
433	<	hEtaPtPtCorr[i][ieta][ipt]->Fill(ptcorr, weight);
434	<	hRspVsEtaPt[i][ieta][ipt] ->Fill(deltapt,weight);
435	<
427	>	hAbsRspPhi[i][iphi]->Fill(absrsp,weight);
428	>	hRelRspPhi[i][iphi]->Fill(relrsp,weight);
429	>	tPhi[iphi]->Fill();
430	>
431	>	// emf
432	>	int iemf = hist::get_ibin(emf,emfbins);
433	>	hAbsRspEmf[i][iemf]->Fill(absrsp,weight);
434	>	hRelRspEmf[i][iemf]->Fill(relrsp,weight);
435	>	tEmf[iemf]->Fill();
436	>
437	>	// et-eta
438	>	hAbsRspEtaEt[i][ieta][iet]->Fill(absrsp,weight);
439	>	hRelRspEtaEt[i][ieta][iet]->Fill(relrsp,weight);
440	>	tEtEtaEt[ieta][iet]->Fill();
441	>
442	>	// et-emf
443	>	hAbsRspEmfEt[i][iemf][iet]->Fill(absrsp,weight);
444	>	hRelRspEmfEt[i][iemf][iet]->Fill(relrsp,weight);
445	>	tEtEmfEt[iemf][iet]->Fill();
446	>
447	>	// et-eta-emf
448	>	hAbsRspEmfEtaEt[i][iemf][ieta][iet]->Fill(absrsp,weight);
449	>	hRelRspEmfEtaEt[i][iemf][ieta][iet]->Fill(relrsp,weight);
450	>	tEtEmfEtaEt[iemf][ieta][iet]->Fill();
451
452		} // jets
453		} // evts
454
455		cout<<jetalgs[i]<<": all events processed / histograms filled."<<endl;
297	–
298	–
299	–	TDirectory* d = plotfile->mkdir(jetalgs[i].c_str());
300	–	d->cd();
301	–
302	–
303	–	// response / resolution vs *genpt*
304	–	gRspVsGenPt.push_back(new TGraphErrors(nptbins));
305	–	gSgmVsGenPt.push_back(new TGraphErrors(nptbins));
306	–	gRspVsGenPt.back()->SetName(("RspVsGenPt_"+jetalgs[i]).c_str());
307	–	gSgmVsGenPt.back()->SetName(("SgmVsGenPt_"+jetalgs[i]).c_str());
308	–	fillRspAndSgm(gRspVsGenPt.back(),gSgmVsGenPt.back(),nsigma,
309	–	ptbins,hGenPt[i],hGenPtPtCorr[i],hRspVsGenPt[i]);
310	–
311	–	// response / resolution vs *pt*
312	–	gRspVsPt.push_back(new TGraphErrors(nptbins));
313	–	gSgmVsPt.push_back(new TGraphErrors(nptbins));
314	–	gRspVsPt.back()->SetName(("RspVsPt_"+jetalgs[i]).c_str());
315	–	gSgmVsPt.back()->SetName(("SgmVsPt_"+jetalgs[i]).c_str());
316	–	fillRspAndSgm(gRspVsPt.back(),gSgmVsPt.back(),nsigma,
317	–	ptbins,hPt[i],hPtCorr[i],hRspVsPt[i]);
318	–
319	–	// response / resolution vs *eta*
320	–	gRspVsEta.push_back(new TGraphErrors(netabins));
321	–	gSgmVsEta.push_back(new TGraphErrors(netabins));
322	–	gRspVsEta.back()->SetName(("RspVsEta_"+jetalgs[i]).c_str());
323	–	gSgmVsEta.back()->SetName(("SgmVsEta_"+jetalgs[i]).c_str());
324	–	fillRspAndSgm(gRspVsEta.back(),gSgmVsEta.back(),nsigma,
325	–	etabins,hEta[i],hEtaPtCorr[i],hRspVsEta[i]);
326	–
327	–	// response / resolution vs *phi*
328	–	gRspVsPhi.push_back(new TGraphErrors(nphibins));
329	–	gSgmVsPhi.push_back(new TGraphErrors(nphibins));
330	–	gRspVsPhi.back()->SetName(("RspVsPhi_"+jetalgs[i]).c_str());
331	–	gSgmVsPhi.back()->SetName(("SgmVsPhi_"+jetalgs[i]).c_str());
332	–	fillRspAndSgm(gRspVsPhi.back(),gSgmVsPhi.back(),nsigma,
333	–	phibins,hPhi[i],hPhiPtCorr[i],hRspVsPhi[i]);
334	–
335	–	// response / resolution vs *pt-eta*
336	–	TGraphErrors** g;
337	–	g=new TGraphErrors*[netabins];
338	–	for (int ieta=0;ieta<netabins;ieta++) g[ieta] = new TGraphErrors(nptbins);
339	–	gRspVsEtaPt.push_back(g);
340	–	g=new TGraphErrors*[netabins];
341	–	for (int ieta=0;ieta<netabins;ieta++) g[ieta] = new TGraphErrors(nptbins);
342	–	gSgmVsEtaPt.push_back(g);
343	–	for (int ieta=0;ieta<netabins;ieta++) {
344	–	gRspVsEtaPt[i][ieta]->SetName(("RspVsPhi_"+
345	–	hist::get_bin_name("Eta",ieta,etabins)+
346	–	"_"+jetalgs[i]).c_str());
347	–	gSgmVsEtaPt[i][ieta]->SetName(("SgmVsPhi_"+
348	–	hist::get_bin_name("Eta",ieta,etabins)+
349	–	"_"+jetalgs[i]).c_str());
350	–	fillRspAndSgm(gRspVsEtaPt[i][ieta],gSgmVsEtaPt[i][ieta],nsigma,ptbins,
351	–	hEtaPtPt[i][ieta],hEtaPtPtCorr[i][ieta],hRspVsEtaPt[i][ieta]);
352	–	}
353	–	}
354	–
355	–
356	–	TCanvas* c = (TCanvas*)gROOT->FindObject("c1");
357	–	if (0!=c) delete c;
358	–
359	–
360	–	//
361	–	// make plots
362	–	//
363	–	for (unsigned int ialg=0;ialg<jetalgs.size();ialg++) {
364	–
365	–	TDirectory* d = plotfile->GetDirectory(jetalgs[ialg].c_str());
366	–	d->cd();
367	–
368	–	// genpt
369	–	TCanvas* cGenPt       = plotVarHistos(ptbins,hGenPt[ialg],true);
370	–	TCanvas* cGenPtPtCorr = plotVarHistos(ptbins,hGenPtPtCorr[ialg],true);
371	–	TCanvas* cRspGenPt    = plotRspHistos(ptbins,hRspVsGenPt[ialg]);
372	–
373	–	delete cGenPt;
374	–	delete cGenPtPtCorr;
375	–	delete cRspGenPt;
376	–
377	–	// pt
378	–	TCanvas* cPt     = plotVarHistos(ptbins,hPt[ialg],true);
379	–	TCanvas* cPtCorr = plotVarHistos(ptbins,hPtCorr[ialg],true);
380	–	TCanvas* cRspPt  = plotRspHistos(ptbins,hRspVsPt[ialg]);
381	–
382	–	delete cPt;
383	–	delete cPtCorr;
384	–	delete cRspPt;
385	–
386	–	// eta
387	–	TCanvas* cEta       = plotVarHistos(etabins,hEta[ialg]);
388	–	TCanvas* cEtaPtCorr = plotVarHistos(etabins,hEtaPtCorr[ialg],true);
389	–	TCanvas* cRspEta    = plotRspHistos(etabins,hRspVsEta[ialg]);
390	–
391	–	delete cEta;
392	–	delete cEtaPtCorr;
393	–	delete cRspEta;
394	–
395	–	// phi
396	–	TCanvas* cPhi       = plotVarHistos(phibins,hPhi[ialg]);
397	–	TCanvas* cPhiPtCorr = plotVarHistos(phibins,hPhiPtCorr[ialg],true);
398	–	TCanvas* cRspPhi    = plotRspHistos(phibins,hRspVsPhi[ialg]);
399	–
400	–	delete cPhi;
401	–	delete cPhiPtCorr;
402	–	delete cRspPhi;
403	–
404	–	// eta-pt
405	–	for (int ieta=0;ieta<netabins;ieta++) {
406	–	TCanvas* cEtaPtPt     = plotVarHistos(ptbins,hEtaPtPt[ialg][ieta],true);
407	–	TCanvas* cEtaPtPtCorr = plotVarHistos(ptbins,hEtaPtPtCorr[ialg][ieta],true);
408	–	TCanvas* cRspEtaPt    = plotRspHistos(ptbins,hRspVsEtaPt[ialg][ieta]);
409	–
410	–	delete cEtaPtPt;
411	–	delete cEtaPtPtCorr;
412	–	delete cRspEtaPt;
413	–	}
456
415	–	}
416	–
417	–	plotfile->cd();
457
458	<	// response & resolution vs genpT
420	<	TCanvas* cRspVsGenPt=plotResponse(jetalgs,applyjes,gRspVsGenPt,
421	<	"GenPt","jet p_{T}^{gen} [GeV]");
422	<	TCanvas* cSgmVsGenPt=plotResolution(jetalgs,gSgmVsGenPt,
423	<	"GenPt","jet p_{T}^{gen} [GeV]");
424	<	cRspVsGenPt->cd();
425	<	cSgmVsGenPt->cd();
426	<
427	<	// response & resolution vs pT
428	<	TCanvas* cRspVsPt  = plotResponse(jetalgs,applyjes,gRspVsPt,"Pt","jet p_{T} [GeV]");
429	<	TCanvas* cSgmVsPt  = plotResolution(jetalgs,gSgmVsPt,"Pt","jet p_{T} [GeV]");
430	<	cRspVsPt->cd();
431	<	cSgmVsPt->cd();
432	<
433	<	// response & resolution vs eta
434	<	TCanvas* cRspVsEta = plotResponse(jetalgs,applyjes,gRspVsEta,"Eta","jet #eta");
435	<	TCanvas* cSgmVsEta = plotResolution(jetalgs,gSgmVsEta,"Eta","jet #eta");
436	<	cRspVsEta->cd();
437	<	cSgmVsEta->cd();
438	<
439	<	// response & resolution vs phi
440	<	TCanvas* cRspVsPhi = plotResponse(jetalgs,applyjes,gRspVsPhi,"Phi","jet #phi");
441	<	TCanvas* cSgmVsPhi = plotResolution(jetalgs,gSgmVsPhi,"Phi","jet #phi");
442	<	cRspVsPhi->cd();
443	<	cSgmVsPhi->cd();
458	>	// replace histograms
459
460	<	// response & resolution vs eta/pT
461	<	for (unsigned int ialg=0;ialg<jetalgs.size();ialg++) {
460	>	replaceHistos(netbins,
461	>	hGenEt[i],hEtCorrGenEt[i],hAbsRspGenEt[i],hRelRspGenEt[i],tGenEt);
462	>	replaceHistos(netbins,hEt[i],hEtCorrEt[i],hAbsRspEt[i],hRelRspEt[i],tEt);
463	>	replaceHistos(netabins,hEta[i],hEtCorrEta[i],hAbsRspEta[i],hRelRspEta[i],tEta);
464	>	replaceHistos(nphibins,hPhi[i],hEtCorrPhi[i],hAbsRspPhi[i],hRelRspPhi[i],tPhi);
465	>	replaceHistos(nemfbins,hEmf[i],hEtCorrEmf[i],hAbsRspEmf[i],hRelRspEmf[i],tEmf);
466	>	replaceHistos(netabins,netbins,
467	>	hEtEtaEt[i],hEtCorrEtaEt[i],hAbsRspEtaEt[i],hRelRspEtaEt[i],
468	>	tEtEtaEt);
469	>	replaceHistos(nemfbins,netbins,
470	>	hEtEmfEt[i],hEtCorrEmfEt[i],hAbsRspEmfEt[i],hRelRspEmfEt[i],
471	>	tEtEmfEt);
472	>	replaceHistos(nemfbins,netabins,netbins,
473	>	hEtEmfEtaEt[i],hEtCorrEmfEtaEt[i],
474	>	hAbsRspEmfEtaEt[i],hRelRspEmfEtaEt[i],
475	>	tEtEmfEtaEt);
476
477	<	TDirectory* d = plotfile->GetDirectory(jetalgs[ialg].c_str());
477	>	TDirectory* d = plotfile->mkdir(jetalgs[i].c_str());
478		d->cd();
479
480	<	TCanvas* cRspVsEtaPt = plotResponse(jetalgs[ialg],applyjes,fitcorr,
481	<	etabins,gRspVsEtaPt[ialg],
482	<	"Eta","#eta","Pt","jet p_{T} [GeV]");
483	<	TCanvas* cSgmVsEtaPt = plotResolution(jetalgs[ialg],etabins,gSgmVsEtaPt[ialg],
484	<	"Eta","#eta","Pt","jet p_{T} [GeV]");
485	<
486	<	cRspVsEtaPt->cd();
487	<	cSgmVsEtaPt->cd();
480	>	// fit response histos
481	>	fitHistos(hAbsRspGenEt[i],netbins,nsigma);
482	>	fitHistos(hRelRspGenEt[i],netbins,nsigma);
483	>
484	>	fitHistos(hAbsRspEt[i],   netbins,nsigma);
485	>	fitHistos(hRelRspEt[i],   netbins,nsigma);
486	>
487	>	fitHistos(hAbsRspEta[i],  netabins,nsigma);
488	>	fitHistos(hRelRspEta[i],  netabins,nsigma);
489	>
490	>	fitHistos(hAbsRspPhi[i],  nphibins,nsigma);
491	>	fitHistos(hRelRspPhi[i],  nphibins,nsigma);
492	>
493	>	fitHistos(hAbsRspEmf[i],  nemfbins,nsigma);
494	>	fitHistos(hRelRspEmf[i],  nemfbins,nsigma);
495	>
496	>	fitHistos(hAbsRspEtaEt[i],netabins,netbins,nsigma);
497	>	fitHistos(hRelRspEtaEt[i],netabins,netbins,nsigma);
498	>
499	>	fitHistos(hAbsRspEmfEt[i],nemfbins,netbins,nsigma);
500	>	fitHistos(hRelRspEmfEt[i],nemfbins,netbins,nsigma);
501	>
502	>	fitHistos(hAbsRspEmfEtaEt[i],nemfbins,netabins,netbins,nsigma);
503	>	fitHistos(hRelRspEmfEtaEt[i],nemfbins,netabins,netbins,nsigma);
504	>
505	>
506	>	// save histograms
507	>	saveHistos(hGenEt[i],      netbins);
508	>	saveHistos(hEtCorrGenEt[i],netbins);
509	>	saveHistos(hAbsRspGenEt[i],netbins);
510	>	saveHistos(hRelRspGenEt[i],netbins);
511	>
512	>	saveHistos(hEt[i],         netbins);
513	>	saveHistos(hEtCorrEt[i],   netbins);
514	>	saveHistos(hAbsRspEt[i],   netbins);
515	>	saveHistos(hRelRspEt[i],   netbins);
516	>
517	>	saveHistos(hEta[i],        netabins);
518	>	saveHistos(hEtCorrEta[i],  netabins);
519	>	saveHistos(hAbsRspEta[i],  netabins);
520	>	saveHistos(hRelRspEta[i],  netabins);
521	>
522	>	saveHistos(hPhi[i],        nphibins);
523	>	saveHistos(hEtCorrPhi[i],  nphibins);
524	>	saveHistos(hAbsRspPhi[i],  nphibins);
525	>	saveHistos(hRelRspPhi[i],  nphibins);
526	>
527	>	saveHistos(hEmf[i],        nemfbins);
528	>	saveHistos(hEtCorrEmf[i],  nemfbins);
529	>	saveHistos(hAbsRspEmf[i],  nemfbins);
530	>	saveHistos(hRelRspEmf[i],  nemfbins);
531	>
532	>	saveHistos(hEtEtaEt[i],    netabins,netbins);
533	>	saveHistos(hEtCorrEtaEt[i],netabins,netbins);
534	>	saveHistos(hAbsRspEtaEt[i],netabins,netbins);
535	>	saveHistos(hRelRspEtaEt[i],netabins,netbins);
536	>
537	>	saveHistos(hEtEmfEt[i],    nemfbins,netbins);
538	>	saveHistos(hEtCorrEmfEt[i],nemfbins,netbins);
539	>	saveHistos(hAbsRspEmfEt[i],nemfbins,netbins);
540	>	saveHistos(hRelRspEmfEt[i],nemfbins,netbins);
541	>
542	>	saveHistos(hEtEmfEtaEt[i],    nemfbins,netabins,netbins);
543	>	saveHistos(hEtCorrEmfEtaEt[i],nemfbins,netabins,netbins);
544	>	saveHistos(hAbsRspEmfEtaEt[i],nemfbins,netabins,netbins);
545	>	saveHistos(hRelRspEmfEtaEt[i],nemfbins,netabins,netbins);
546		}
547
548		plotfile->Write();
549		plotfile->Close();
550		delete plotfile;
551
465	–	app->Run();
466	–
552		return 0;
553		}
554
#	Line 474 | Line 559 | int main(int argc,char**argv)
559		////////////////////////////////////////////////////////////////////////////////
560
561		//______________________________________________________________________________
562	<	void fillRspAndSgm(TGraphErrors* gRsp,TGraphErrors* gSgm,float nsigma,
563	<	const vector<float>& bins,TH1F** hVar,TH1F** hPt,TH1F** hRsp)
562	>	void replaceHistos(int nbins,
563	>	TH1F**& hVar,TH1F**& hEtCorr,TH1F**& hAbsRsp,TH1F**& hRelRsp,
564	>	TTree**& tVar)
565		{
566	<	int nbins = bins.size()+1;
566	>	TH1::SetDefaultSumw2();
567		for (int ibin=0;ibin<nbins;ibin++) {
568
569	<	float var = hVar[ibin]->GetMean();
570	<	float pt  = hPt[ibin]->GetMean();
571	<	TH1F* h   = hRsp[ibin];
572	<
573	<	float de       = h->GetMean();
574	<	float errde    = h->GetMeanError();
575	<	float sgmde    = h->GetRMS();
576	<	float errsgmde = h->GetRMSError();
577	<
578	<	if (h->GetEntries()>50) {
579	<	string fname = "fitfnc" + (string)h->GetName();
580	<	TF1* f = new TF1(fname.c_str(),"gaus",de-nsigma*sgmde,de+nsigma*sgmde);
581	<	f->SetLineColor(kRed);
582	<	f->SetLineWidth(1);
583	<	f->SetParameter(1,de);
584	<	f->SetParameter(2,sgmde);
585	<	h->Fit(f,"QR");
586	<
587	<	de       = f->GetParameter(1);
588	<	errde    = f->GetParError(1);
589	<	sgmde    = f->GetParameter(2);
590	<	errsgmde = f->GetParError(2);
591	<	}
569	>	TH1F* h(0);
570	>
571	>	if (tVar[ibin]->GetEntries()==0) continue;
572	>
573	>	tVar[ibin]->Project("h(50)","val","weight*(1)");
574	>	h = (TH1F*)gROOT->FindObject("h");
575	>	h->SetNameTitle(hVar[ibin]->GetName(),hVar[ibin]->GetTitle());
576	>	h->SetXTitle(hVar[ibin]->GetXaxis()->GetTitle());
577	>	h->SetYTitle(hVar[ibin]->GetYaxis()->GetTitle());
578	>	delete hVar[ibin];
579	>	hVar[ibin] = h;
580	>
581	>	tVar[ibin]->Project("h(50)","etcorr","weight*(1)");
582	>	h = (TH1F*)gROOT->FindObject("h");
583	>	h->SetNameTitle(hEtCorr[ibin]->GetName(),hEtCorr[ibin]->GetTitle());
584	>	h->SetXTitle(hEtCorr[ibin]->GetXaxis()->GetTitle());
585	>	h->SetYTitle(hEtCorr[ibin]->GetYaxis()->GetTitle());
586	>	delete hEtCorr[ibin];
587	>	hEtCorr[ibin] = h;
588	>
589	>	tVar[ibin]->Project("h(50)","absrsp","weight*(1)");
590	>	h = (TH1F*)gROOT->FindObject("h");
591	>	h->SetNameTitle(hAbsRsp[ibin]->GetName(),hAbsRsp[ibin]->GetTitle());
592	>	h->SetXTitle(hAbsRsp[ibin]->GetXaxis()->GetTitle());
593	>	h->SetYTitle(hAbsRsp[ibin]->GetYaxis()->GetTitle());
594	>	delete hAbsRsp[ibin];
595	>	hAbsRsp[ibin] = h;
596	>
597	>	tVar[ibin]->Project("h(50)","relrsp","weight*(1)");
598	>	h = (TH1F*)gROOT->FindObject("h");
599	>	h->SetNameTitle(hRelRsp[ibin]->GetName(),hRelRsp[ibin]->GetTitle());
600	>	h->SetXTitle(hRelRsp[ibin]->GetXaxis()->GetTitle());
601	>	h->SetYTitle(hRelRsp[ibin]->GetYaxis()->GetTitle());
602	>	delete hRelRsp[ibin];
603	>	hRelRsp[ibin] = h;
604
605	<	float rsp    = pt/(pt+de);
508	<	float errrsp = pt/(pt+de)/(pt+de)*errde;
509	<	float sgm    = pt/(pt+de)/(pt+de)*sgmde;
510	<	float errsgm = 2*pt*sgmde/(pt+de)/(pt+de)/(pt+de)*errde;
511	<
512	<	sgm    /= rsp;
513	<	errsgm /= rsp;
514	<
515	<	gRsp->SetPoint(ibin,var,rsp);
516	<	gRsp->SetPointError(ibin,0.0,errrsp);
517	<	gSgm->SetPoint(ibin,var,sgm);
518	<	gSgm->SetPointError(ibin,0.0,errsgm);
605	>	delete tVar[ibin];
606		}
607
608	<	gRsp->Write();
522	<	gSgm->Write();
608	>	delete [] tVar;
609		}
610
611
612		//______________________________________________________________________________
613	<	TCanvas* plotVarHistos(const vector<float>& bins,TH1F** hVar,bool logy)
613	>	void replaceHistos(int nbins1,int nbins2,
614	>	TH1F***& hVar,TH1F***& hEtCorr,TH1F***& hAbsRsp,TH1F***& hRelRsp,
615	>	TTree***& tVar)
616		{
617	<	string::size_type pos;
618	<	string cname,jetalg;
531	<
532	<	cname  = hVar[0]->GetName();
533	<	pos    = cname.find_last_of('_');
534	<	jetalg = cname.substr(pos+1);
535	<	cname  = cname.substr(0,pos);
536	<	pos    = cname.find_last_of(':');
537	<	cname  = cname.substr(0,pos);
538	<	cname += "_"+jetalg;
539	<
540	<	TCanvas* c = new TCanvas(cname.c_str(),cname.c_str());
541	<
542	<	int nbins = bins.size()+1;
543	<	int ncx= int(std::sqrt((float)nbins));
544	<	int ncy= ncx;
545	<	if (ncx*ncy<nbins) ncx++;
546	<	if (ncx*ncy<nbins) ncy++;
547	<
548	<	c->Divide(ncx,ncy);
549	<
550	<	for (int ibin=0;ibin<nbins;ibin++) {
551	<	c->cd(ibin+1);
552	<	gPad->SetLogy(logy);
553	<	hVar[ibin]->Draw("EHIST");
554	<	hVar[ibin]->Write();
555	<	}
556	<
557	<	//c->Write();
558	<
559	<	return c;
617	>	for (int i1=0;i1<nbins1;i1++)
618	>	replaceHistos(nbins2,hVar[i1],hEtCorr[i1],hAbsRsp[i1],hRelRsp[i1],tVar[i1]);
619		}
620
621
622		//______________________________________________________________________________
623	<	TCanvas* plotRspHistos(const vector<float>& bins,TH1F** hRsp)
623	>	void replaceHistos(int nbins1,int nbins2,int nbins3,
624	>	TH1F****& hVar,TH1F****& hEtCorr,TH1F****&hAbsRsp,TH1F****&hRelRsp,
625	>	TTree****& tVar)
626		{
627	<	string::size_type pos;
628	<	string cname,jetalg;
629	<
569	<
570	<	cname  = hRsp[0]->GetName();
571	<	pos    = cname.find_last_of('_');
572	<	jetalg = cname.substr(pos+1);
573	<	cname  = cname.substr(0,pos);
574	<	pos    = cname.find_last_of('_');
575	<	cname  = cname.substr(0,pos);
576	<	cname += "_"+jetalg;
577	<
578	<	TCanvas* c = new TCanvas(cname.c_str(),cname.c_str());
579	<
580	<	int nbins = bins.size()+1;
581	<	int ncx= int(std::sqrt((float)nbins));
582	<	int ncy= ncx;
583	<	if (ncx*ncy<nbins) ncx++;
584	<	if (ncx*ncy<nbins) ncy++;
585	<
586	<	c->Divide(ncx,ncy);
587	<
588	<	for (int ibin=0;ibin<nbins;ibin++) {
589	<	c->cd(ibin+1);
590	<	if (hRsp[ibin]->GetEntries()>0) gPad->SetLogy();
591	<	hRsp[ibin]->Draw("EHIST");
592	<	string fname = "fitfnc" + (string)hRsp[ibin]->GetName();
593	<	TF1* fitfnc=hRsp[ibin]->GetFunction(fname.c_str());
594	<	if (0!=fitfnc) fitfnc->Draw("SAME");
595	<	hRsp[ibin]->Write();
596	<	}
597	<
598	<	c->Write();
599	<
600	<	return c;
627	>	for (int i1=0;i1<nbins1;i1++)
628	>	replaceHistos(nbins2,nbins3,
629	>	hVar[i1],hEtCorr[i1],hAbsRsp[i1],hRelRsp[i1],tVar[i1]);
630		}
631
632
633		//______________________________________________________________________________
634	<	TCanvas* plotResponse(const vector<string>& jetalgs,short applyjes,
606	<	const vector<TGraphErrors*> gRsp,
607	<	const string& varname,const string& xtitle)
634	>	void fitHistos(TH1F** histos,int n,double nsigma)
635		{
636	<	assert(jetalgs.size()==gRsp.size());
637	<
638	<	string   cname = "RspVs"+varname;
639	<	TCanvas* c     = new TCanvas(cname.c_str(),cname.c_str());
640	<	TLegend* l     = new TLegend(0.7,0.25+jetalgs.size()*0.045,0.85,0.25);
641	<
642	<	l->SetFillColor(10);
643	<	Color_t color=kBlack;
644	<	TMultiGraph* mg = new TMultiGraph();
645	<
646	<	for (unsigned int i=0;i<gRsp.size();i++) {
620	<	TGraphErrors* g = gRsp[i];
621	<	l->AddEntry(g,jetalgs[i].c_str(),"l");
622	<	while (color==kYellow||color==kWhite||color==10) color++;
623	<	g->SetMarkerColor(color);
624	<	g->SetLineColor(color);
625	<	g->SetMarkerStyle(kFullCircle);
626	<	g->SetMarkerSize(0.5);
627	<	mg->Add(g,"P");
628	<
629	<	if (varname=="Pt") {
630	<	string fname = "fitfnc"+cname;
631	<	string fitfncAsString =
632	<	//(applyjes==0) ? "[0]+[1]*log(x)+[2]*log(x)*log(x)+[3]*x+[4]*x*x" : "pol0";
633	<	(applyjes==0) ? "[0]*(pow(log(x),[1])-1/x)" : "pol0";
634	<
635	<	TF1* fitfnc = new TF1(fname.c_str(),fitfncAsString.c_str(),1,get_xmax(g));
636	<
637	<	if (applyjes==0) {
638	<	fitfnc->SetParameter(0,0.4);
639	<	fitfnc->SetParameter(1,0.4);
640	<	}
641	<	else {
642	<	fitfnc->SetParameter(0,1.0);
643	<	}
644	<
645	<	fitfnc->SetLineWidth(1);
646	<	fitfnc->SetLineColor(color);
647	<	g->Fit(fitfnc,"QR");
648	<	}
649	<
650	<	g->Write();
651	<
652	<	color++;
636	>	for (int i=0;i<n;i++) {
637	>	float nrm  = histos[i]->Integral();
638	>	float mean = histos[i]->GetMean();
639	>	float rms  = histos[i]->GetRMS();
640	>	TF1* f = new TF1("gaus","gaus",mean-nsigma*rms,mean+nsigma*rms);
641	>	f->SetParameter(0,nrm);
642	>	f->SetParameter(1,mean);
643	>	f->SetParameter(2,rms);
644	>	f->SetLineWidth(1);
645	>	f->SetLineColor(kRed);
646	>	histos[i]->Fit(f,"QR");
647		}
654	–
655	–	string mgtitle = "Jet Response Vs "+varname;
656	–	mg->Draw("a");
657	–	mg->SetTitle(mgtitle.c_str());
658	–	mg->GetXaxis()->SetTitle(xtitle.c_str());
659	–	mg->GetYaxis()->SetTitle("E_{T}^{rec}/E_{T}^{gen}");
660	–	if (varname=="Pt") mg->GetXaxis()->SetLimits(0.0,mg->GetXaxis()->GetXmax());
661	–	mg->SetMinimum(0.0);
662	–	mg->SetMaximum(1.1);
663	–	l->Draw();
664	–
665	–	c->Write();
666	–
667	–	return c;
648		}
649
650
651		//______________________________________________________________________________
652	<	TCanvas* plotResponse(const string& jetalg,short applyjes,bool fitcorr,
673	<	const vector<float>& bins1,TGraphErrors** gRsp,
674	<	const string& varname1,const string vartitle1,
675	<	const string& varname2,const string& xtitle)
676	<
652	>	void fitHistos(TH1F*** histos,int n1,int n2,double nsigma)
653		{
654	<	int      nbins = bins1.size()+1;
679	<
680	<	string   fitfncAsString = "pol0";
681	<	int      fitfncNbParams = 1;
682	<
683	<	ofstream fout;
684	<
685	<	if (applyjes==0) {
686	<	//fitfncAsString = "[0]+[1]*log(x)+[2]*log(x)*log(x)+[3]*x+[4]*x*x";
687	<	//fitfncNbParams = 5;
688	<	fitfncAsString = "[0]*(pow(log(x),[1])-1/x)";
689	<	fitfncNbParams = 2;
690	<	}
691	<	if (fitcorr) {
692	<	fout.open((jetalg+".txt").c_str()); assert(fout.is_open());
693	<	fout<<"#\n# jet correction parameters for "<<jetalg<<" algorithm\n#\n\n"
694	<	<<"# number of eta bins\n"<<nbins
695	<	<<"\n\n# fit function\n"<<fitfncAsString<<"\n"<<fitfncNbParams
696	<	<<endl<<endl;
697	<	}
698	<
699	<	string   cname = "RspVs"+varname1+varname2+"_"+jetalg;
700	<	TCanvas* c = new TCanvas(cname.c_str(),cname.c_str());
701	<	TLegend* l = new TLegend(0.7,0.25+nbins*0.045,0.85,0.25);
702	<
703	<	l->SetFillColor(10);
704	<	Color_t color=kBlack;
705	<	TMultiGraph* mg = new TMultiGraph();
706	<
707	<	for (int ibin=0;ibin<nbins;ibin++) {
708	<
709	<	TGraphErrors* g = gRsp[ibin];
710	<	l->AddEntry(g,hist::get_bin_title(vartitle1,ibin,bins1).c_str(),"l");
711	<	while (color==kYellow||color==kWhite||color==10) color++;
712	<	g->SetMarkerColor(color);
713	<	g->SetLineColor(color);
714	<	g->SetMarkerStyle(kFullCircle);
715	<	g->SetMarkerSize(0.5);
716	<	mg->Add(g,"P");
717	<
718	<	if (varname2=="Pt") {
719	<	string fname = "fitfnc"+cname;
720	<	TF1* fitfnc = new TF1(fname.c_str(),fitfncAsString.c_str(),1,get_xmax(g));
721	<
722	<	if (applyjes==0) {
723	<	fitfnc->SetParameter(0,0.4);
724	<	fitfnc->SetParameter(1,0.4);
725	<	}
726	<	else {
727	<	fitfnc->SetParameter(0,1.0);
728	<	}
729	<
730	<	fitfnc->SetLineWidth(1);
731	<	fitfnc->SetLineColor(color);
732	<	g->Fit(fitfnc,"QR");
733	<
734	<	if (fitcorr==0) {
735	<	if (ibin==nbins-1)
736	<	fout<<"# eta > "<<bins1.back()<<"\n999.9"<<endl;
737	<	else
738	<	fout<<"# eta < "<<bins1[ibin]<<"\n"<<bins1[ibin]<<endl;
739	<	for (int ipar=0;ipar<fitfnc->GetNpar();ipar++)
740	<	fout<<setw(12)<<fitfnc->GetParameter(ipar)<<" "
741	<	<<setw(12)<<fitfnc->GetParError(ipar)<<endl;
742	<	fout<<endl;
743	<	}
744	<
745	<	}
746	<
747	<	g->Write();
748	<
749	<	color++;
750	<	}
751	<
752	<	if (fout.is_open()) fout.close();
753	<
754	<	string mgtitle = jetalg+": Jet Response vs "+varname1+" and "+varname2;
755	<	mg->Draw("a");
756	<	mg->SetTitle(mgtitle.c_str());
757	<	mg->GetXaxis()->SetTitle(xtitle.c_str());
758	<	mg->GetYaxis()->SetTitle("E_{T}^{rec}/E_{T}^{gen}");
759	<	if (varname2=="Pt") mg->GetXaxis()->SetLimits(0.0,mg->GetXaxis()->GetXmax());
760	<	mg->SetMinimum(0.0);
761	<	mg->SetMaximum(1.1);
762	<	l->Draw();
763	<
764	<	c->Write();
765	<
766	<	return c;
654	>	for (int i1=0;i1<n1;i1++) fitHistos(histos[i1],n2,nsigma);
655		}
656
657
658		//______________________________________________________________________________
659	<	TCanvas* plotResolution(const vector<string>& jetalgs,
772	<	const vector<TGraphErrors*> gSgm,
773	<	const string& varname,const string& xtitle)
659	>	void fitHistos(TH1F**** histos,int n1,int n2,int n3,double nsigma)
660		{
661	<	string   cname = "SgmVs"+varname;
776	<	TCanvas* c     = new TCanvas(cname.c_str(),cname.c_str());
777	<	TLegend* l     = new TLegend(0.7,0.85-jetalgs.size()*0.045,0.85,0.85);
778	<
779	<	l->SetFillColor(10);
780	<	Color_t color=kBlack;
781	<	TMultiGraph* mg = new TMultiGraph();
782	<
783	<	for (unsigned int i=0;i<gSgm.size();i++) {
784	<	TGraphErrors* g = gSgm[i];
785	<	l->AddEntry(g,jetalgs[i].c_str(),"l");
786	<	while (color==kYellow||color==kWhite||color==10) color++;
787	<	g->SetMarkerColor(color);
788	<	g->SetLineColor(color);
789	<	g->SetMarkerStyle(kFullCircle);
790	<	g->SetMarkerSize(0.5);
791	<	mg->Add(g,"P");
792	<
793	<	if (varname=="Pt") {
794	<	string fname = "fitfnc"+cname;
795	<	TF1* fitfnc = new TF1(fname.c_str(),"sqrt([0]*[0]/x*x+[1]*[1]/x+[2]*[2])");
796	<	fitfnc->SetParameter(0,0.0);
797	<	fitfnc->SetParameter(1,0.5);
798	<	fitfnc->SetParameter(2,0.1);
799	<	fitfnc->SetLineWidth(1);
800	<	fitfnc->SetLineColor(color);
801	<	fitfnc->SetRange(2.0,get_xmax(g));
802	<	g->Fit(fitfnc,"QR");
803	<	}
804	<
805	<	g->Write();
806	<
807	<	color++;
808	<	}
809	<
810	<	string mgtitle = "Jet Resolution Vs "+varname;
811	<	mg->Draw("a");
812	<	mg->SetTitle(mgtitle.c_str());
813	<	mg->GetXaxis()->SetTitle(xtitle.c_str());
814	<	mg->GetYaxis()
815	<	->SetTitle("#sigma(E_{T}^{rec}/E_{T}^{gen})/<E_{T}^{rec}/E_{T}^{gen}>");
816	<	if (varname=="Pt") mg->GetXaxis()->SetLimits(0.0,mg->GetXaxis()->GetXmax());
817	<	mg->SetMinimum(0.0);
818	<	mg->SetMaximum(0.5);
819	<	l->Draw();
820	<
821	<	c->Write();
822	<
823	<	return c;
661	>	for (int i1=0;i1<n1;i1++) fitHistos(histos[i1],n2,n3,nsigma);
662		}
663
664
665		//______________________________________________________________________________
666	<	TCanvas* plotResolution(const string& jetalg,const vector<float>& bins1,
829	<	TGraphErrors** gSgm,
830	<	const string& varname1,const string vartitle1,
831	<	const string& varname2,const string& xtitle)
666	>	void saveHistos(TH1F** histos,int n)
667		{
668	<	int      nbins = bins1.size()+1;
669	<
835	<	string   cname = "SgmVs"+varname1+varname2+"_"+jetalg;
836	<	TCanvas* c     = new TCanvas(cname.c_str(),cname.c_str());
837	<	TLegend* l     = new TLegend(0.7,0.85-nbins*0.045,0.85,0.85);
838	<
839	<	l->SetFillColor(10);
840	<	Color_t color=kBlack;
841	<	TMultiGraph* mg = new TMultiGraph();
668	>	for (int i=0;i<n;i++) histos[i]->Write();
669	>	}
670
671	<	for (int ibin=0;ibin<nbins;ibin++) {
672	<	TGraphErrors* g = gSgm[ibin];
673	<	l->AddEntry(g,hist::get_bin_title(vartitle1,ibin,bins1).c_str(),"l");
674	<	while (color==kYellow||color==kWhite||color==10) color++;
675	<	g->SetMarkerColor(color);
848	<	g->SetLineColor(color);
849	<	g->SetMarkerStyle(kFullCircle);
850	<	g->SetMarkerSize(0.5);
851	<	mg->Add(g,"P");
852	<
853	<	if (varname2=="Pt") {
854	<	string fname = "fitfnc"+cname;
855	<	TF1* fitfnc = new TF1(fname.c_str(),"sqrt([0]*[0]/x*x+[1]*[1]/x+[2]*[2])");
856	<	fitfnc->SetParameter(0,0.0);
857	<	fitfnc->SetParameter(1,0.5);
858	<	fitfnc->SetParameter(2,0.1);
859	<	fitfnc->SetLineWidth(1);
860	<	fitfnc->SetLineColor(color);
861	<	fitfnc->SetRange(2.0,get_xmax(g));
862	<	g->Fit(fitfnc,"QR");
863	<	}
864	<
865	<	g->Write();
866	<
867	<	color++;
868	<	}
869	<
870	<	string mgtitle=jetalg+": Jet Resolution Vs "+varname1+" and "+varname2;
871	<	mg->Draw("a");
872	<	mg->SetTitle(mgtitle.c_str());
873	<	mg->GetXaxis()->SetTitle(xtitle.c_str());
874	<	mg->GetYaxis()
875	<	->SetTitle("#sigma(E_{T}^{rec}/E_{T}^{gen})/<E_{T}^{rec}/E_{T}^{gen}>");
876	<	if (varname2=="Pt") mg->GetXaxis()->SetLimits(0.0,mg->GetXaxis()->GetXmax());
877	<	mg->SetMinimum(0.0);
878	<	mg->SetMaximum(0.5);
879	<	l->Draw();
880	<
881	<	c->Write();
882	<
883	<	return c;
671	>
672	>	//______________________________________________________________________________
673	>	void saveHistos(TH1F*** histos,int n1,int n2)
674	>	{
675	>	for (int i1=0;i1<n1;i1++) saveHistos(histos[i1],n2);
676		}
677
678
679		//______________________________________________________________________________
680	<	float get_xmax(TGraph* g)
680	>	void saveHistos(TH1F**** histos,int n1,int n2,int n3)
681		{
682	<	float result(-1e200);
891	<	for (int i=0;i<g->GetN();++i) if (g->GetX()[i]>result) result=g->GetX()[i];
892	<	return result;
682	>	for (int i1=0;i1<n1;i1++) saveHistos(histos[i1],n2,n3);
683		}

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