CMS 3D CMS Logo

 All Classes Namespaces Files Functions Variables Typedefs Enumerations Enumerator Properties Friends Macros Pages
Classes | Functions
Functions.h File Reference
#include <iostream>
#include <vector>
#include <cmath>
#include "TMath.h"
#include "TString.h"
#include "TF1.h"
#include "TRandom.h"
#include "MuonAnalysis/MomentumScaleCalibration/interface/SigmaPtDiff.h"

Go to the source code of this file.

Classes

class  backgroundFunctionBase
 
class  backgroundFunctionType1
 Linear. More...
 
class  backgroundFunctionType10
 
class  backgroundFunctionType11
 Exponential binned in eta (Z, Run2012C PromptReco-v1 + PromptReco-v2) More...
 
class  backgroundFunctionType2
 Exponential. More...
 
class  backgroundFunctionType4
 Exponential with eta dependence. More...
 
class  backgroundFunctionType5
 Linear with eta dependence. More...
 
class  backgroundFunctionType6
 Exponential binned in eta. More...
 
class  backgroundFunctionType7
 Exponential binned in eta, much finer binning then type6. More...
 
class  backgroundFunctionType8
 
class  backgroundFunctionType9
 
class  backgroundFunctionBase::FunctionForIntegral
 
struct  ParameterSet
 
class  resolutionFunctionBase< T >
 
class  resolutionFunctionType1< T >
 
class  resolutionFunctionType10< T >
 This is resolution function where sigmaPt/Pt is described by f(Pt) = polynomial(4th grade) and f(Eta) = polynomial(8th grade). More...
 
class  resolutionFunctionType11< T >
 This is resolution function where sigmaPt/Pt is described by f(Pt) = a + b/pt + pt/(pt+c)and f(Eta) = 2 parabolas for fabsEta<1.2 or fabsEta>1.2. More...
 
class  resolutionFunctionType12< T >
 
class  resolutionFunctionType13< T >
 
class  resolutionFunctionType14< T >
 
class  resolutionFunctionType15< T >
 
class  resolutionFunctionType17< T >
 
class  resolutionFunctionType18< T >
 
class  resolutionFunctionType19< T >
 
class  resolutionFunctionType20< T >
 
class  resolutionFunctionType30< T >
 
class  resolutionFunctionType31< T >
 
class  resolutionFunctionType32< T >
 
class  resolutionFunctionType40< T >
 
class  resolutionFunctionType41< T >
 
class  resolutionFunctionType42< T >
 
class  resolutionFunctionType43< T >
 
class  resolutionFunctionType44< T >
 
class  resolutionFunctionType45< T >
 
class  resolutionFunctionType46< T >
 
class  resolutionFunctionType47< T >
 
class  resolutionFunctionType6< T >
 
class  resolutionFunctionType7< T >
 
class  resolutionFunctionType8< T >
 
class  resolutionFunctionType9< T >
 
class  resolutionFunctionType99< T >
 
class  scaleFunctionBase< T >
 
class  scaleFunctionType0< T >
 
class  scaleFunctionType1< T >
 
class  scaleFunctionType10< T >
 
class  scaleFunctionType11< T >
 
class  scaleFunctionType12< T >
 TESTED on 23-01-2011. More...
 
class  scaleFunctionType13< T >
 
class  scaleFunctionType14< T >
 
class  scaleFunctionType15< T >
 
class  scaleFunctionType16< T >
 
class  scaleFunctionType17< T >
 
class  scaleFunctionType18< T >
 
class  scaleFunctionType19< T >
 
class  scaleFunctionType2< T >
 
class  scaleFunctionType20< T >
 
class  scaleFunctionType21< T >
 
class  scaleFunctionType22< T >
 
class  scaleFunctionType23< T >
 
class  scaleFunctionType24< T >
 
class  scaleFunctionType25< T >
 
class  scaleFunctionType26< T >
 
class  scaleFunctionType27< T >
 
class  scaleFunctionType28< T >
 
class  scaleFunctionType29< T >
 
class  scaleFunctionType3< T >
 
class  scaleFunctionType30< T >
 
class  scaleFunctionType31< T >
 
class  scaleFunctionType32< T >
 
class  scaleFunctionType33< T >
 
class  scaleFunctionType34< T >
 
class  scaleFunctionType35< T >
 
class  scaleFunctionType36< T >
 
class  scaleFunctionType37< T >
 
class  scaleFunctionType38< T >
 
class  scaleFunctionType4< T >
 
class  scaleFunctionType5< T >
 
class  scaleFunctionType50< T >
 
class  scaleFunctionType51< T >
 
class  scaleFunctionType52< T >
 
class  scaleFunctionType6< T >
 
class  scaleFunctionType7< T >
 
class  scaleFunctionType8< T >
 
class  scaleFunctionType9< T >
 
class  smearFunctionBase
 
class  smearFunctionType0
 
class  smearFunctionType1
 
class  smearFunctionType2
 
class  smearFunctionType3
 
class  smearFunctionType4
 
class  smearFunctionType5
 
class  smearFunctionType6
 
class  smearFunctionType7
 

Functions

backgroundFunctionBasebackgroundFunctionService (const int identifier, const double &lowerLimit, const double &upperLimit)
 Service to build the background functor corresponding to the passed identifier. More...
 
resolutionFunctionBase< double * > * resolutionFunctionService (const int identifier)
 Service to build the resolution functor corresponding to the passed identifier. More...
 
resolutionFunctionBase
< std::vector< double > > * 
resolutionFunctionVecService (const int identifier)
 Service to build the resolution functor corresponding to the passed identifier when receiving a std::vector<double> More...
 
scaleFunctionBase< double * > * scaleFunctionService (const int identifier)
 Service to build the scale functor corresponding to the passed identifier. More...
 
scaleFunctionBase< std::vector
< double > > * 
scaleFunctionVecService (const int identifier)
 Service to build the scale functor corresponding to the passed identifier when receiving a std::vector<double> More...
 
smearFunctionBasesmearFunctionService (const int identifier)
 Service to build the smearing functor corresponding to the passed identifier. More...
 

Function Documentation

backgroundFunctionBase* backgroundFunctionService ( const int  identifier,
const double &  lowerLimit,
const double &  upperLimit 
)

Service to build the background functor corresponding to the passed identifier.

Definition at line 196 of file Functions.cc.

References gather_cfg::cout, and cmsRelvalreport::exit.

Referenced by BackgroundFunction::BackgroundFunction(), BackgroundHandler::BackgroundHandler(), and BackgroundFunction::readParameters().

197 {
198  switch ( identifier ) {
199  case ( 0 ): std::cout << "Error: background function type " << identifier << " not defined" << std::endl; exit(1); break;
200  case ( 1 ): return new backgroundFunctionType1(lowerLimit, upperLimit); break;
201  case ( 2 ): return new backgroundFunctionType2(lowerLimit, upperLimit); break;
202  // case ( 3 ): return new backgroundFunctionType3(lowerLimit, upperLimit); break;
203  case ( 4 ): return new backgroundFunctionType4(lowerLimit, upperLimit); break;
204  case ( 5 ): return new backgroundFunctionType5(lowerLimit, upperLimit); break;
205  case ( 6 ): return new backgroundFunctionType6(lowerLimit, upperLimit); break;
206  case ( 7 ): return new backgroundFunctionType7(lowerLimit, upperLimit); break;
207  case ( 8 ): return new backgroundFunctionType8(lowerLimit, upperLimit); break;
208  case ( 9 ): return new backgroundFunctionType9(lowerLimit, upperLimit); break; //Gul
209  case ( 10 ): return new backgroundFunctionType10(lowerLimit, upperLimit); break; //Gul
210  case ( 11 ): return new backgroundFunctionType11(lowerLimit, upperLimit); break; // SC
211  default: std::cout << "Error: undefined background function type = " << identifier << std::endl; exit(1); break;
212  }
213 }
Exponential binned in eta, much finer binning then type6.
Definition: Functions.h:6026
Exponential with eta dependence.
Definition: Functions.h:5857
Linear with eta dependence.
Definition: Functions.h:5896
Exponential binned in eta (Z, Run2012C PromptReco-v1 + PromptReco-v2)
Definition: Functions.h:6846
tuple cout
Definition: gather_cfg.py:121
Exponential binned in eta.
Definition: Functions.h:5938
resolutionFunctionBase<double *>* resolutionFunctionService ( const int  identifier)

Service to build the resolution functor corresponding to the passed identifier.

Definition at line 116 of file Functions.cc.

References gather_cfg::cout, and cmsRelvalreport::exit.

Referenced by ErrorsAnalyzer::fillHistograms(), ErrorsPropagationAnalyzer::fillHistograms(), MuScleFit::MuScleFit(), ResolutionFunction::readParameters(), heppy::MuScleFitCorrector::readParameters(), ResolutionAnalyzer::ResolutionAnalyzer(), and ResolutionFunction::ResolutionFunction().

117 {
118  switch ( identifier ) {
119  case ( 0 ): std::cout << "Error: resolution function type " << identifier << " not defined" << std::endl; exit(1); break;
120  case ( 1 ): return ( new resolutionFunctionType1<double *> ); break;
121  case ( 2 ): std::cout << "Error: resolution function type " << identifier << " not defined" << std::endl; exit(1); break;
122  case ( 3 ): std::cout << "Error: resolution function type " << identifier << " not defined" << std::endl; exit(1); break;
123  case ( 4 ): std::cout << "Error: resolution function type " << identifier << " not defined" << std::endl; exit(1); break;
124  case ( 5 ): std::cout << "Error: resolution function type " << identifier << " not defined" << std::endl; exit(1); break;
125  case ( 6 ): return ( new resolutionFunctionType6<double *> ); break;
126  case ( 7 ): return ( new resolutionFunctionType7<double *> ); break;
127  case ( 8 ): return ( new resolutionFunctionType8<double *> ); break;
128  case ( 9 ): return ( new resolutionFunctionType9<double *> ); break;
129  case ( 10 ): return ( new resolutionFunctionType10<double *> ); break;
130  case ( 11 ): return ( new resolutionFunctionType11<double *> ); break;
131  case ( 12 ): return ( new resolutionFunctionType12<double *> ); break;
132  case ( 13 ): return ( new resolutionFunctionType13<double *> ); break;
133  case ( 14 ): return ( new resolutionFunctionType14<double *> ); break;
134  case ( 15 ): return ( new resolutionFunctionType15<double *> ); break;
135  case ( 17 ): return ( new resolutionFunctionType17<double *> ); break;
136  case ( 18 ): return ( new resolutionFunctionType18<double *> ); break;
137  case ( 19 ): return ( new resolutionFunctionType19<double *> ); break;
138  case ( 20 ): return ( new resolutionFunctionType20<double *> ); break;
139  case ( 30 ): return ( new resolutionFunctionType30<double *> ); break;
140  case ( 31 ): return ( new resolutionFunctionType31<double *> ); break;
141  case ( 32 ): return ( new resolutionFunctionType32<double *> ); break;
142  case ( 40 ): return ( new resolutionFunctionType40<double *> ); break;
143  case ( 41 ): return ( new resolutionFunctionType41<double *> ); break;
144  case ( 42 ): return ( new resolutionFunctionType42<double *> ); break;
145  case ( 43 ): return ( new resolutionFunctionType43<double *> ); break;
146  case ( 44 ): return ( new resolutionFunctionType44<double *> ); break;
147  case ( 45 ): return ( new resolutionFunctionType45<double *> ); break;
148  case ( 46 ): return ( new resolutionFunctionType46<double *> ); break;
149  case ( 47 ): return ( new resolutionFunctionType47<double *> ); break;
150  case ( 99 ): return ( new resolutionFunctionType99<double *> ); break;
151 
152  default: std::cout << "Error: undefined resolution type = " << identifier << std::endl; exit(1); break;
153  }
154 }
This is resolution function where sigmaPt/Pt is described by f(Pt) = a + b/pt + pt/(pt+c)and f(Eta) =...
Definition: Functions.h:3474
This is resolution function where sigmaPt/Pt is described by f(Pt) = polynomial(4th grade) and f(Eta)...
Definition: Functions.h:3417
tuple cout
Definition: gather_cfg.py:121
resolutionFunctionBase<std::vector<double> >* resolutionFunctionVecService ( const int  identifier)

Service to build the resolution functor corresponding to the passed identifier when receiving a std::vector<double>

Definition at line 156 of file Functions.cc.

References gather_cfg::cout, and cmsRelvalreport::exit.

Referenced by ErrorsAnalyzer::fillHistograms(), ErrorsPropagationAnalyzer::fillHistograms(), MuScleFit::MuScleFit(), ResolutionAnalyzer::ResolutionAnalyzer(), and TestCorrection::TestCorrection().

157 {
158  switch ( identifier ) {
159  case ( 0 ): std::cout << "Error: resolution function type " << identifier << " not defined" << std::endl; exit(1); break;
160  case ( 1 ): return ( new resolutionFunctionType1<std::vector<double> > ); break;
161  case ( 2 ): std::cout << "Error: resolution function type " << identifier << " not defined" << std::endl; exit(1); break;
162  case ( 3 ): std::cout << "Error: resolution function type " << identifier << " not defined" << std::endl; exit(1); break;
163  case ( 4 ): std::cout << "Error: resolution function type " << identifier << " not defined" << std::endl; exit(1); break;
164  case ( 5 ): std::cout << "Error: resolution function type " << identifier << " not defined" << std::endl; exit(1); break;
165  case ( 6 ): return ( new resolutionFunctionType6<std::vector<double> > ); break;
166  case ( 7 ): return ( new resolutionFunctionType7<std::vector<double> > ); break;
167  case ( 8 ): return ( new resolutionFunctionType8<std::vector<double> > ); break;
168  case ( 9 ): return ( new resolutionFunctionType9<std::vector<double> > ); break;
169  case ( 10 ): return ( new resolutionFunctionType10<std::vector<double> > ); break;
170  case ( 11 ): return ( new resolutionFunctionType11<std::vector<double> > ); break;
171  case ( 12 ): return ( new resolutionFunctionType12<std::vector<double> > ); break;
172  case ( 13 ): return ( new resolutionFunctionType13<std::vector<double> > ); break;
173  case ( 14 ): return ( new resolutionFunctionType14<std::vector<double> > ); break;
174  case ( 15 ): return ( new resolutionFunctionType15<std::vector<double> > ); break;
175  case ( 17 ): return ( new resolutionFunctionType17<std::vector<double> > ); break;
176  case ( 18 ): return ( new resolutionFunctionType18<std::vector<double> > ); break;
177  case ( 19 ): return ( new resolutionFunctionType19<std::vector<double> > ); break;
178  case ( 20 ): return ( new resolutionFunctionType20<std::vector<double> > ); break;
179  case ( 30 ): return ( new resolutionFunctionType30<std::vector<double> > ); break;
180  case ( 31 ): return ( new resolutionFunctionType31<std::vector<double> > ); break;
181  case ( 32 ): return ( new resolutionFunctionType32<std::vector<double> > ); break;
182  case ( 40 ): return ( new resolutionFunctionType40<std::vector<double> > ); break;
183  case ( 41 ): return ( new resolutionFunctionType41<std::vector<double> > ); break;
184  case ( 42 ): return ( new resolutionFunctionType42<std::vector<double> > ); break;
185  case ( 43 ): return ( new resolutionFunctionType43<std::vector<double> > ); break;
186  case ( 44 ): return ( new resolutionFunctionType44<std::vector<double> > ); break;
187  case ( 45 ): return ( new resolutionFunctionType45<std::vector<double> > ); break;
188  case ( 46 ): return ( new resolutionFunctionType46<std::vector<double> > ); break;
189  case ( 47 ): return ( new resolutionFunctionType47<std::vector<double> > ); break;
190  case ( 99 ): return ( new resolutionFunctionType99<std::vector<double> > ); break;
191 
192  default: std::cout << "Error: undefined resolution type = " << identifier << std::endl; exit(1); break;
193  }
194  }
This is resolution function where sigmaPt/Pt is described by f(Pt) = a + b/pt + pt/(pt+c)and f(Eta) =...
Definition: Functions.h:3474
This is resolution function where sigmaPt/Pt is described by f(Pt) = polynomial(4th grade) and f(Eta)...
Definition: Functions.h:3417
tuple cout
Definition: gather_cfg.py:121
scaleFunctionBase<double * >* scaleFunctionService ( const int  identifier)

Service to build the scale functor corresponding to the passed identifier.

Definition at line 3 of file Functions.cc.

References gather_cfg::cout, and cmsRelvalreport::exit.

Referenced by MomentumScaleCorrector::MomentumScaleCorrector(), MuScleFit::MuScleFit(), MomentumScaleCorrector::readParameters(), and heppy::MuScleFitCorrector::readParameters().

4 {
5  switch ( identifier ) {
6  case ( 0 ): return ( new scaleFunctionType0<double * > ); break;
7  case ( 1 ): return ( new scaleFunctionType1<double * > ); break;
8  case ( 2 ): return ( new scaleFunctionType2<double * > ); break;
9  case ( 3 ): return ( new scaleFunctionType3<double * > ); break;
10  case ( 4 ): return ( new scaleFunctionType4<double * > ); break;
11  case ( 5 ): return ( new scaleFunctionType5<double * > ); break;
12  case ( 6 ): return ( new scaleFunctionType6<double * > ); break;
13  case ( 7 ): return ( new scaleFunctionType7<double * > ); break;
14  case ( 8 ): return ( new scaleFunctionType8<double * > ); break;
15  case ( 9 ): return ( new scaleFunctionType9<double * > ); break;
16  case ( 10 ): return ( new scaleFunctionType10<double * > ); break;
17  case ( 11 ): return ( new scaleFunctionType11<double * > ); break;
18  case ( 12 ): return ( new scaleFunctionType12<double * > ); break;
19  case ( 13 ): return ( new scaleFunctionType13<double * > ); break;
20  case ( 14 ): return ( new scaleFunctionType14<double * > ); break;
21  case ( 15 ): return ( new scaleFunctionType15<double * > ); break;
22  case ( 16 ): return ( new scaleFunctionType16<double * > ); break;
23  case ( 17 ): return ( new scaleFunctionType17<double * > ); break;
24  case ( 18 ): return ( new scaleFunctionType18<double * > ); break;
25  case ( 19 ): return ( new scaleFunctionType19<double * > ); break;
26  case ( 20 ): return ( new scaleFunctionType20<double * > ); break;
27  case ( 21 ): return ( new scaleFunctionType21<double * > ); break;
28  case ( 22 ): return ( new scaleFunctionType22<double * > ); break;
29  case ( 23 ): return ( new scaleFunctionType23<double * > ); break;
30  case ( 24 ): return ( new scaleFunctionType24<double * > ); break;
31  case ( 25 ): return ( new scaleFunctionType25<double * > ); break;
32  case ( 26 ): return ( new scaleFunctionType26<double * > ); break;
33  case ( 27 ): return ( new scaleFunctionType27<double * > ); break;
34  case ( 28 ): return ( new scaleFunctionType28<double * > ); break;
35  case ( 29 ): return ( new scaleFunctionType29<double * > ); break;
36  case ( 30 ): return ( new scaleFunctionType30<double * > ); break;
37  case ( 31 ): return ( new scaleFunctionType31<double * > ); break;
38  case ( 32 ): return ( new scaleFunctionType32<double * > ); break;
39  case ( 33 ): return ( new scaleFunctionType33<double * > ); break;
40  case ( 34 ): return ( new scaleFunctionType34<double * > ); break;
41  case ( 35 ): return ( new scaleFunctionType35<double * > ); break;
42  case ( 36 ): return ( new scaleFunctionType36<double * > ); break;
43  case ( 37 ): return ( new scaleFunctionType37<double * > ); break;
44  case ( 38 ): return ( new scaleFunctionType38<double * > ); break;
45  case ( 50 ): return ( new scaleFunctionType50<double * > ); break;
46  case ( 51 ): return ( new scaleFunctionType51<double * > ); break;
47  case ( 52 ): return ( new scaleFunctionType52<double * > ); break;
48  default: std::cout << "Error: wrong identifier = " << identifier << std::endl; exit(1);
49  }
50 }
TESTED on 23-01-2011.
Definition: Functions.h:567
tuple cout
Definition: gather_cfg.py:121
scaleFunctionBase<std::vector<double> >* scaleFunctionVecService ( const int  identifier)

Service to build the scale functor corresponding to the passed identifier when receiving a std::vector<double>

Definition at line 52 of file Functions.cc.

References gather_cfg::cout, and cmsRelvalreport::exit.

Referenced by MuScleFit::MuScleFit().

53 {
54  switch ( identifier ) {
55  case ( 0 ): return ( new scaleFunctionType0<std::vector<double> > ); break;
56  case ( 1 ): return ( new scaleFunctionType1<std::vector<double> > ); break;
57  case ( 2 ): return ( new scaleFunctionType2<std::vector<double> > ); break;
58  case ( 3 ): return ( new scaleFunctionType3<std::vector<double> > ); break;
59  case ( 4 ): return ( new scaleFunctionType4<std::vector<double> > ); break;
60  case ( 5 ): return ( new scaleFunctionType5<std::vector<double> > ); break;
61  case ( 6 ): return ( new scaleFunctionType6<std::vector<double> > ); break;
62  case ( 7 ): return ( new scaleFunctionType7<std::vector<double> > ); break;
63  case ( 8 ): return ( new scaleFunctionType8<std::vector<double> > ); break;
64  case ( 9 ): return ( new scaleFunctionType9<std::vector<double> > ); break;
65  case ( 10 ): return ( new scaleFunctionType10<std::vector<double> > ); break;
66  case ( 11 ): return ( new scaleFunctionType11<std::vector<double> > ); break;
67  case ( 12 ): return ( new scaleFunctionType12<std::vector<double> > ); break;
68  case ( 13 ): return ( new scaleFunctionType13<std::vector<double> > ); break;
69  case ( 14 ): return ( new scaleFunctionType14<std::vector<double> > ); break;
70  case ( 15 ): return ( new scaleFunctionType15<std::vector<double> > ); break;
71  case ( 16 ): return ( new scaleFunctionType16<std::vector<double> > ); break;
72  case ( 17 ): return ( new scaleFunctionType17<std::vector<double> > ); break;
73  case ( 18 ): return ( new scaleFunctionType18<std::vector<double> > ); break;
74  case ( 19 ): return ( new scaleFunctionType19<std::vector<double> > ); break;
75  case ( 20 ): return ( new scaleFunctionType20<std::vector<double> > ); break;
76  case ( 21 ): return ( new scaleFunctionType21<std::vector<double> > ); break;
77  case ( 22 ): return ( new scaleFunctionType22<std::vector<double> > ); break;
78  case ( 23 ): return ( new scaleFunctionType23<std::vector<double> > ); break;
79  case ( 24 ): return ( new scaleFunctionType24<std::vector<double> > ); break;
80  case ( 25 ): return ( new scaleFunctionType25<std::vector<double> > ); break;
81  case ( 26 ): return ( new scaleFunctionType26<std::vector<double> > ); break;
82  case ( 27 ): return ( new scaleFunctionType27<std::vector<double> > ); break;
83  case ( 28 ): return ( new scaleFunctionType28<std::vector<double> > ); break;
84  case ( 29 ): return ( new scaleFunctionType29<std::vector<double> > ); break;
85  case ( 30 ): return ( new scaleFunctionType30<std::vector<double> > ); break;
86  case ( 31 ): return ( new scaleFunctionType31<std::vector<double> > ); break;
87  case ( 32 ): return ( new scaleFunctionType32<std::vector<double> > ); break;
88  case ( 33 ): return ( new scaleFunctionType33<std::vector<double> > ); break;
89  case ( 34 ): return ( new scaleFunctionType34<std::vector<double> > ); break;
90  case ( 35 ): return ( new scaleFunctionType35<std::vector<double> > ); break;
91  case ( 36 ): return ( new scaleFunctionType36<std::vector<double> > ); break;
92  case ( 37 ): return ( new scaleFunctionType37<std::vector<double> > ); break;
93  case ( 38 ): return ( new scaleFunctionType38<std::vector<double> > ); break;
94  case ( 50 ): return ( new scaleFunctionType50<std::vector<double> > ); break;
95  case ( 51 ): return ( new scaleFunctionType51<std::vector<double> > ); break;
96  case ( 52 ): return ( new scaleFunctionType52<std::vector<double> > ); break;
97  default: std::cout << "Error: wrong identifier = " << identifier << std::endl; exit(1);
98  }
99 }
TESTED on 23-01-2011.
Definition: Functions.h:567
tuple cout
Definition: gather_cfg.py:121
smearFunctionBase* smearFunctionService ( const int  identifier)

Service to build the smearing functor corresponding to the passed identifier.

Definition at line 101 of file Functions.cc.

References gather_cfg::cout, and cmsRelvalreport::exit.

Referenced by MuScleFit::MuScleFit().

102 {
103  switch ( identifier ) {
104  case ( 0 ): return ( new smearFunctionType0 ); break;
105  case ( 1 ): return ( new smearFunctionType1 ); break;
106  case ( 2 ): return ( new smearFunctionType2 ); break;
107  case ( 3 ): return ( new smearFunctionType3 ); break;
108  case ( 4 ): return ( new smearFunctionType4 ); break;
109  case ( 5 ): return ( new smearFunctionType5 ); break;
110  case ( 6 ): return ( new smearFunctionType6 ); break;
111  case ( 7 ): return ( new smearFunctionType7 ); break;
112  default: std::cout << "Error: undefined smear type = " << identifier << std::endl; exit(1); break;
113  }
114 }
tuple cout
Definition: gather_cfg.py:121