BOSS 7.0.8
BESIII Offline Software System
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GeneratorName.cxx File Reference
#include "GeneratorModule/GeneratorName.h"
#include <iostream>

Go to the source code of this file.

Functions

GeneratorName generator_name (const int &index)
 
GeneratorName first_generator (int &index)
 
GeneratorName second_generator (int &index)
 
GeneratorName third_generator (int &index)
 
int generator_process (int &index)
 
void GeneratorName_print (int &id)
 
std::string generator_string (const int &index)
 
std::ostream & operator<< (std::ostream &lhs, GeneratorName rhs)
 

Function Documentation

◆ first_generator()

GeneratorName first_generator ( int &  index)

Definition at line 26 of file GeneratorName.cxx.

27{
28 int gen1 = 1000000*(index/1000000);
29 return generator_name(gen1);
30}
GeneratorName generator_name(const int &index)

Referenced by GeneratorName_print().

◆ generator_name()

GeneratorName generator_name ( const int &  index)

Definition at line 5 of file GeneratorName.cxx.

6{
7 switch (index) {
8 case 1000000 : return PYTHIA;
9 case 2000000 : return HERWIG;
10 case 3000000 : return ISAJET;
11 case 4000000 : return SINGLE;
12 case 5000000 : return HIJING;
13 case 6000000 : return PHOJET;
14 case 100000 : return COMPHEP;
15 case 200000 : return USER;
16 case 300000 : return ACERMC;
17 case 400000 : return ALPGEN;
18 case 10000 : return TAUOLA;
19 case 20000 : return PHOTOS;
20 case 30000 : return TAUOLA_PHOTOS;
21 }
22 return UNKNOWN;
23}
@ TAUOLA_PHOTOS
Definition: GeneratorName.h:21
@ SINGLE
Definition: GeneratorName.h:12
@ ALPGEN
Definition: GeneratorName.h:18
@ PYTHIA
Definition: GeneratorName.h:9
@ UNKNOWN
Definition: GeneratorName.h:22
@ PHOJET
Definition: GeneratorName.h:14
@ ACERMC
Definition: GeneratorName.h:17
@ HIJING
Definition: GeneratorName.h:13
@ TAUOLA
Definition: GeneratorName.h:19
@ HERWIG
Definition: GeneratorName.h:10
@ USER
Definition: GeneratorName.h:16
@ COMPHEP
Definition: GeneratorName.h:15
@ ISAJET
Definition: GeneratorName.h:11
#define PHOTOS(IP)
Definition: KKMC.cxx:69

Referenced by first_generator(), second_generator(), and third_generator().

◆ generator_process()

int generator_process ( int &  index)

Definition at line 53 of file GeneratorName.cxx.

54{ return index%10000; }

Referenced by GeneratorName_print().

◆ generator_string()

std::string generator_string ( const int &  index)

Definition at line 67 of file GeneratorName.cxx.

68{
69 switch (index) {
70 case 1000000 : return "PYTHIA";
71 case 2000000 : return "HERWIG";
72 case 3000000 : return "ISAJET";
73 case 4000000 : return "SINGLE";
74 case 5000000 : return "HIJING";
75 case 6000000 : return "PHOJET";
76 case 100000 : return "COMPHEP";
77 case 200000 : return "USER";
78 case 300000 : return "ACERMC";
79 case 400000 : return "ALPGEN";
80 case 10000 : return "TAUOLA";
81 case 20000 : return "PHOTOS";
82 case 30000 : return "TAUOLA_PHOTOS";
83 }
84 return " ";
85}

Referenced by operator<<().

◆ GeneratorName_print()

void GeneratorName_print ( int &  id)

Definition at line 57 of file GeneratorName.cxx.

58{
59 std::cout << first_generator(id) << " "
60 << second_generator(id) << " "
61 << third_generator(id) << " + "
62 << generator_process(id);
63}
GeneratorName first_generator(int &index)
GeneratorName second_generator(int &index)
GeneratorName third_generator(int &index)
int generator_process(int &index)

◆ operator<<()

std::ostream & operator<< ( std::ostream &  lhs,
GeneratorName  rhs 
)

Definition at line 87 of file GeneratorName.cxx.

87 {
88 lhs << generator_string(rhs);
89 return lhs;
90}
std::string generator_string(const int &index)

◆ second_generator()

GeneratorName second_generator ( int &  index)

Definition at line 33 of file GeneratorName.cxx.

34{
35 int gen1 = 1000000*(index/1000000);
36 int gen2 = index - gen1;
37 gen2 = 100000*(gen2/100000);
38 return generator_name(gen2);
39}

Referenced by GeneratorName_print().

◆ third_generator()

GeneratorName third_generator ( int &  index)

Definition at line 42 of file GeneratorName.cxx.

43{
44 int gen1 = 1000000*(index/1000000);
45 int gen2 = index - gen1;
46 gen2 = 100000*(gen2/100000);
47 int gen3 = index - gen1 - gen2;
48 gen3 = 10000*(gen3/10000);
49 return generator_name(gen3);
50}

Referenced by GeneratorName_print().