Definition at line 77 of file KineVar.h.
78 {
79 switch (kv) {
80 case(
kKVNull) :
return "** Undefined kinematic variable **";
break;
81 case(
kKVx) :
return " *Running* Bjorken x";
break;
82 case(
kKVy) :
return " *Running* Inelasticity y";
break;
83 case(
kKVQ2) :
return " *Running* Momentum transfer Q2 (>0)";
break;
84 case(
kKVq2) :
return " *Running* Momentum transfer q2 (<0)";
break;
85 case(
kKVW) :
return " *Running* Hadronic invariant mass W";
break;
86 case(
kKVt) :
return " *Running* COH 4p transfer to nucleus";
break;
87 case(
kKVTk) :
return " *Running* meson kinetic energy";
break;
88 case(
kKVTl) :
return " *Running* lepton kinetic energy";
break;
89 case(
kKVctl) :
return " *Running* cosine of lepton theta";
break;
90 case(
kKVphikq) :
return " *Running* ASK phi kq";
break;
91 case(
kKVSelx) :
return "*Selected* Bjorken x";
break;
92 case(
kKVSely) :
return "*Selected* Inelasticity y";
break;
93 case(
kKVSelQ2) :
return "*Selected* Momentum transfer Q2 (>0)";
break;
94 case(
kKVSelq2) :
return "*Selected* Momentum transfer q2 (<0)";
break;
95 case(
kKVSelW) :
return "*Selected* Hadronic invariant mass W";
break;
96 case(
kKVSelt) :
return "*Selected* COH 4p transfer to nucleus";
break;
97 case(
kKVSelTk) :
return "*Selected* ASK kaon kinetic energy";
break;
98 case(
kKVSelTl) :
return "*Selected* ASK lepton kinetic energy";
break;
99 case(
kKVSelctl) :
return "*Selected* ASK cosine lepton theta";
break;
100 case(
kKVSelphikq):
return "*Selected* ASK phi kq";
break;
101 case(
kKVSelRad) :
return "*Selected* Struck particle position";
break;
102 case(
kKVPn) :
return " *Running* Hit nucleon momentum";
break;
103 case(
kKVv) :
return " *Running* Energy transfer";
break;
104 case(
kKVphip) :
return " *Running* SPP final pion phi";
break;
105 case(
kKVctp) :
return " *Running* SPP cosine final pion theta";
break;
106 case(
kKVSelv) :
return "*Selected* Energy transfer";
break;
107 case(
kKVQ0) :
return " *Running* Energy transfer (Q0)" ;
break;
108 case(
kKVQ3) :
return " *Running* three momentum transfer" ;
break;
109 case(
kKVSelQ0) :
return "*Selected* energy transfer (Q0) " ;
break;
110 case(
kKVSelQ3) :
return "*Selected* three momentum transfer" ;
break;
111 case(
kKVn1) :
return " *Running* Normalized variable n1" ;
break;
112 case(
kKVn2) :
return " *Running* Normalized variable n2" ;
break;
113 case(
kKVn3) :
return " *Running* Normalized variable n3" ;
break;
114 case(
kKVSelphip) :
return "*Selected* SPP final pion phi";
break;
115 case(
kKVSelctp) :
return "*Selected* SPP cosine final pion theta";
break;
116 default : return "** Unknown kinematic variable **"; break;
117 }
118 return "** Unknown kinematic variable **";
119 }
References genie::kKVctl, genie::kKVctp, genie::kKVn1, genie::kKVn2, genie::kKVn3, genie::kKVNull, genie::kKVphikq, genie::kKVphip, genie::kKVPn, genie::kKVQ0, genie::kKVQ2, genie::kKVq2, genie::kKVQ3, genie::kKVSelctl, genie::kKVSelctp, genie::kKVSelphikq, genie::kKVSelphip, genie::kKVSelQ0, genie::kKVSelQ2, genie::kKVSelq2, genie::kKVSelQ3, genie::kKVSelRad, genie::kKVSelt, genie::kKVSelTk, genie::kKVSelTl, genie::kKVSelv, genie::kKVSelW, genie::kKVSelx, genie::kKVSely, genie::kKVt, genie::kKVTk, genie::kKVTl, genie::kKVv, genie::kKVW, genie::kKVx, and genie::kKVy.
Referenced by genie::Kinematics::GetKV(), genie::KPhaseSpace::Limits(), genie::Kinematics::Print(), and genie::Kinematics::SetKV().
1.14.0