19#include "elementtype.h"
33 case ElementType::_MARKER:
34 {
return "marker";
break;}
35 case ElementType::_DRIFT:
36 {
return "drift";
break;}
37 case ElementType::_RF:
39 case ElementType::_SBEND:
40 {
return "sbend";
break;}
41 case ElementType::_QUAD:
42 {
return "quadrupole";
break;}
43 case ElementType::_SEXTUPOLE:
44 {
return "sextupole";
break;}
45 case ElementType::_OCTUPOLE:
46 {
return "octupole";
break;}
47 case ElementType::_DECAPOLE:
48 {
return "decapole";
break;}
49 case ElementType::_MULT:
50 {
return "multipole";
break;}
51 case ElementType::_SOLENOID:
52 {
return "solenoid";
break;}
53 case ElementType::_LINE:
54 {
return "line";
break;}
55 case ElementType::_REV_LINE:
56 {
return "rev_line";
break;}
57 case ElementType::_ECOL:
58 {
return "ecol";
break;}
59 case ElementType::_RCOL:
60 {
return "rcol";
break;}
61 case ElementType::_LASER:
62 {
return "laser";
break;}
63 case ElementType::_MATERIAL:
64 {
return "material";
break;}
65 case ElementType::_RBEND:
66 {
return "rbend";
break;}
67 case ElementType::_ELEMENT:
68 {
return "element";
break;}
69 case ElementType::_SCREEN:
70 {
return "screen";
break;}
71 case ElementType::_AWAKESCREEN:
72 {
return "awakescreen";
break;}
73 case ElementType::_AWAKESPECTROMETER:
74 {
return "awakespectrometer";
break;}
75 case ElementType::_SHIELD:
76 {
return "shield";
break;}
77 case ElementType::_VKICKER:
78 {
return "vkicker";
break;}
79 case ElementType::_HKICKER:
80 {
return "hkicker";
break;}
81 case ElementType::_KICKER:
82 {
return "kicker";
break;}
83 case ElementType::_TKICKER:
84 {
return "tkicker";
break;}
85 case ElementType::_TRANSFORM3D:
86 {
return "transform3d";
break;}
87 case ElementType::_WIRESCANNER:
88 {
return "wirescanner";
break;}
89 case ElementType::_MUONSPOILER:
90 {
return "muonspoiler";
break;}
91 case ElementType::_DEGRADER:
92 {
return "degrader";
break;}
93 case ElementType::_THINMULT:
94 {
return "thinmultipole";
break;}
95 case ElementType::_GAP:
96 {
return "gap";
break;}
97 case ElementType::_THINRMATRIX:
98 {
return "thinrmatrix";
break;}
99 case ElementType::_PARALLELTRANSPORTER:
100 {
return "paralleltransporter";
break;}
101 case ElementType::_RMATRIX:
102 {
return "rmatrix";
break;}
103 case ElementType::_CRYSTALCOL:
104 {
return "crystalcol";
break;}
105 case ElementType::_UNDULATOR:
106 {
return "undulator";
break;}
107 case ElementType::_JCOL:
108 {
return "jcol";
break;}
109 case ElementType::_USERCOMPONENT:
110 {
return "usercomponent";
break;}
111 case ElementType::_DUMP:
112 {
return "dump";
break;}
113 case ElementType::_CT:
114 {
return "ct";
break;}
115 case ElementType::_TARGET:
116 {
return "target";
break;}
117 case ElementType::_RFX:
118 {
return "rfx";
break;}
119 case ElementType::_RFY:
120 {
return "rfy";
break;}
122 {
return "none";
break;}
Parser namespace for GMAD language. Combination of Geant4 and MAD.
ElementType
types of elements
std::ostream & operator<<(std::ostream &out, ElementType type)
output operator
std::string typestr(ElementType type)
conversion from enum to string
