UHHAnalysis/SFramePlotter/SteerPlotter.h

#ifndef STEERPLOTTER__
#define STEERPLOTTER__

#include <TObjArray.h>
#include <TArrayI.h>
#include <TArrayF.h>
#include <TString.h>
#include "BaseSteer.h"


class SteerPlotter: public BaseSteer {

public:
    SteerPlotter();
    virtual ~SteerPlotter();
  
    virtual void Print(Option_t* option="") const;
  
    void SetShapeNorm(Bool_t flag);
    Bool_t GetShapeNorm();

    void SetLumiNorm(Bool_t flag);
    Bool_t GetLumiNorm();
   
    void SetRatioPlot(Bool_t flag);
    Bool_t GetRatioPlot();

    void SetPortrait(Bool_t flag);
    Bool_t GetPortrait();

    void SetFitPtBalanceHists(Bool_t flag);
    Bool_t GetFitPtBalanceHists();

    void SetJetShapesPerSlice(Bool_t flag);
    Bool_t GetJetShapesPerSlice();

    void SetDrawEntries(Bool_t flag);
    Bool_t GetDrawEntries();

    void SetSampleNames(const char* in);
    TObjArray* GetSampleNames();

    void SetInputFiles(const char* in);
    TObjArray* GetInputFiles();


    void SetOutputPsFile(const char* in);
    const char* GetOutputPsFile();

    void SetCycleName(const char* in);
    const char* GetCycleName();

    void SetLegStrings(const char* in);
    TObjArray* GetLegStrings();

    void SetHistColors(const char* in);
    TArrayI GetHistColors();
   
    void SetHistMarkers(const char* in);
    TArrayI GetHistMarkers();

    void SetSamplesToStack(const char* in);
    TObjArray* GetSamplesToStack();

    void SetSamplesWeight(const char* in);
    TArrayF GetSamplesWeight();
    
    void SetSubstractBkgd(Bool_t flag);
    Bool_t GetSubstractBkgd();

    void SetDrawLumi(Bool_t flag);
    Bool_t GetDrawLumi();

    void SetDrawLegend(Bool_t flag);
    Bool_t GetDrawLegend();


private:

    Bool_t    bShapeNorm;         // Shape normalization?
    Bool_t    bLumiNorm;          // Lumi normalization?
    Bool_t    bRatioPlot;         // plot ratios?
    Bool_t    bPortrait;          // portrait or landscape 
    Bool_t    bDrawEntries;       // draw the number of entries?
    Bool_t    bDrawLumi;          // draw the lumi information?
    Bool_t    bDrawLegend;        // draw the legend everywhere?
    Bool_t    bFitPtBalanceHists; // fit Pt-balance histograms?
    Bool_t    bJetShapesPerSlice; // plot each slide of the jet shape histograms?
    Int_t     fNumOfSamples;      // how many analysis samples should be plotted
    TObjArray  fSampleNames;      // all sample name

    TObjArray fSamplesToStack;    // name of samples that should be stacked on top of each other
    Int_t     fNumOfSamplesToStack; // how many samples should be stacked
    Bool_t    bSubstractBkgd;     // substract all background samples?

    TArrayF   fSamplesWeight;     // weights for the different samples
    
    TObjArray fInputFiles;        // input filenames
    TString   fCycleName;         // name of the cycle, can be used as prefix for the filenames
    TString   fOutputPsFile;      // name of the resulting ps file

    TArrayI   fHistColors;        // the histogram colors
    TArrayI   fHistMarkers;       // the histogram markers

    TObjArray fLegStrings;        // legend entries
 
    ClassDef(SteerPlotter,0)      // steering class for the SFrame Plotter

};

#endif
Revision:	1.3
Committed:	Fri Nov 9 16:22:58 2012 UTC (12 years, 5 months ago) by rkogler
Content type:	text/plain
Branch:	MAIN
Changes since 1.2:	+5 -1 lines
Log Message:	complete rewrite of the plotter, three new classes and a much simplified structure. some features are still missing, like plotting of 2D histograms - they should come soon
#	User	Rev	Content
1	rkogler	1.1	#ifndef STEERPLOTTER__
2			#define STEERPLOTTER__
3
4			#include <TObjArray.h>
5			#include <TArrayI.h>
6			#include <TArrayF.h>
7			#include <TString.h>
8			#include "BaseSteer.h"
9
10
11			class SteerPlotter: public BaseSteer {
12
13			public:
14			SteerPlotter();
15			virtual ~SteerPlotter();
16
17	rkogler	1.3	virtual void Print(Option_t* option="") const;
18	rkogler	1.1
19			void SetShapeNorm(Bool_t flag);
20			Bool_t GetShapeNorm();
21
22			void SetLumiNorm(Bool_t flag);
23			Bool_t GetLumiNorm();
24
25			void SetRatioPlot(Bool_t flag);
26			Bool_t GetRatioPlot();
27
28			void SetPortrait(Bool_t flag);
29			Bool_t GetPortrait();
30
31			void SetFitPtBalanceHists(Bool_t flag);
32			Bool_t GetFitPtBalanceHists();
33
34			void SetJetShapesPerSlice(Bool_t flag);
35			Bool_t GetJetShapesPerSlice();
36
37			void SetDrawEntries(Bool_t flag);
38			Bool_t GetDrawEntries();
39
40			void SetSampleNames(const char* in);
41			TObjArray* GetSampleNames();
42
43			void SetInputFiles(const char* in);
44			TObjArray* GetInputFiles();
45
46
47			void SetOutputPsFile(const char* in);
48			const char* GetOutputPsFile();
49
50			void SetCycleName(const char* in);
51			const char* GetCycleName();
52
53			void SetLegStrings(const char* in);
54			TObjArray* GetLegStrings();
55
56			void SetHistColors(const char* in);
57			TArrayI GetHistColors();
58
59			void SetHistMarkers(const char* in);
60			TArrayI GetHistMarkers();
61
62			void SetSamplesToStack(const char* in);
63			TObjArray* GetSamplesToStack();
64
65			void SetSamplesWeight(const char* in);
66			TArrayF GetSamplesWeight();
67
68			void SetSubstractBkgd(Bool_t flag);
69			Bool_t GetSubstractBkgd();
70
71	peiffer	1.2	void SetDrawLumi(Bool_t flag);
72			Bool_t GetDrawLumi();
73
74	rkogler	1.3	void SetDrawLegend(Bool_t flag);
75			Bool_t GetDrawLegend();
76
77	rkogler	1.1
78			private:
79
80			Bool_t bShapeNorm; // Shape normalization?
81			Bool_t bLumiNorm; // Lumi normalization?
82			Bool_t bRatioPlot; // plot ratios?
83			Bool_t bPortrait; // portrait or landscape
84			Bool_t bDrawEntries; // draw the number of entries?
85	peiffer	1.2	Bool_t bDrawLumi; // draw the lumi information?
86	rkogler	1.3	Bool_t bDrawLegend; // draw the legend everywhere?
87	rkogler	1.1	Bool_t bFitPtBalanceHists; // fit Pt-balance histograms?
88			Bool_t bJetShapesPerSlice; // plot each slide of the jet shape histograms?
89			Int_t fNumOfSamples; // how many analysis samples should be plotted
90			TObjArray fSampleNames; // all sample name
91
92			TObjArray fSamplesToStack; // name of samples that should be stacked on top of each other
93			Int_t fNumOfSamplesToStack; // how many samples should be stacked
94			Bool_t bSubstractBkgd; // substract all background samples?
95
96			TArrayF fSamplesWeight; // weights for the different samples
97
98			TObjArray fInputFiles; // input filenames
99			TString fCycleName; // name of the cycle, can be used as prefix for the filenames
100			TString fOutputPsFile; // name of the resulting ps file
101
102			TArrayI fHistColors; // the histogram colors
103			TArrayI fHistMarkers; // the histogram markers
104
105			TObjArray fLegStrings; // legend entries
106
107			ClassDef(SteerPlotter,0) // steering class for the SFrame Plotter
108
109			};
110
111			#endif