aGrUM 2.3.2
a C++ library for (probabilistic) graphical models
edgeCode_inl.h
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40#pragma once
41
48
49namespace gum {
50 namespace prm {
51 namespace gspan {
52
53 INLINE
54 EdgeCode::EdgeCode(NodeId my_i, NodeId my_j, Size my_l_i, Size my_l_ij, Size my_l_j) :
55 i(my_i), j(my_j), l_i(my_l_i), l_ij(my_l_ij), l_j(my_l_j) {
56 GUM_CONSTRUCTOR(EdgeCode);
57 std::stringstream sBuff;
58 sBuff << i << j << l_i << l_ij << l_j;
59 name = sBuff.str();
60 }
61
62 INLINE
64 i(source.i), j(source.j), l_i(source.l_i), l_ij(source.l_ij), l_j(source.l_j),
65 name(source.name) {
66 GUM_CONS_CPY(EdgeCode);
67 }
68
70 GUM_DESTRUCTOR(EdgeCode);
71 ;
72 }
73
74 INLINE
75 bool EdgeCode::isForward() const { return i < j; }
76
77 INLINE
78 bool EdgeCode::isBackward() const { return i > j; }
79
80 INLINE
82 i = source.i;
83 j = source.j;
84 l_i = source.l_i;
85 l_ij = source.l_ij;
86 l_j = source.l_j;
87 return *this;
88 }
89
90 INLINE
91 bool EdgeCode::operator==(const EdgeCode& code) const {
92 return ((i == code.i) && (j == code.j) && (l_i == code.l_i) && (l_ij == code.l_ij)
93 && (l_j == code.l_j));
94 }
95
96 INLINE
97 bool EdgeCode::operator!=(const EdgeCode& code) const {
98 return ((i != code.i) || (j != code.j) || (l_i != code.l_i) || (l_ij != code.l_ij)
99 || (l_j != code.l_j));
100 }
101
102 INLINE
103 bool EdgeCode::operator<(const EdgeCode& code) const {
104 if ((i == code.i) && (j == code.j)) {
105 return (l_i < code.l_i) || ((l_i == code.l_i) && (l_ij < code.l_ij))
106 || ((l_i == code.l_i) && (l_ij == code.l_ij) && (l_j < code.l_j));
107 } else {
108 return ((i == code.i) && (j < code.j)) || ((i < code.j) && (j == code.i));
109 }
110 }
111
112 } // namespace gspan
113 } // namespace prm
114} // namespace gum
std::size_t Size
In aGrUM, hashed values are unsigned long int.
Definition types.h:74
Size NodeId
Type for node ids.
namespace for all probabilistic relational models entities
Definition agrum.h:68
gum is the global namespace for all aGrUM entities
Definition agrum.h:46
Size l_i
The label of the first node in the code.
Definition edgeCode.h:103
NodeId i
The DFS subscript of the first node in the code.
Definition edgeCode.h:97
bool operator==(const EdgeCode &code) const
Equality operator.
Size l_ij
The label of the edge in the code.
Definition edgeCode.h:106
std::string name
The string version of this EdgeCode.
Definition edgeCode.h:112
bool isForward() const
Returns true if this EdgeCode is a forward edge.
EdgeCode(NodeId i, NodeId j, Size l_i, Size l_ij, Size l_j)
Default constructor.
NodeId j
The DFS subscript of the second node in the code.
Definition edgeCode.h:100
bool isBackward() const
Returns true if this EdgeCode is a backward edge.
EdgeCode & operator=(const EdgeCode &source)
Copy operator.
bool operator<(const EdgeCode &code) const
Lesser than operator.
bool operator!=(const EdgeCode &code) const
Difference operator.
Size l_j
The label of the second node in the code.
Definition edgeCode.h:109