aGrUM 2.3.2
a C++ library for (probabilistic) graphical models
composedLeaf.h
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48
49// =========================================================================
50#ifndef GUM_COMPOSED_LEAF_H
51#define GUM_COMPOSED_LEAF_H
52// =========================================================================
54
55// =========================================================================
56
57namespace gum {
58
66
67
68 class ComposedLeaf final: public AbstractLeaf {
69 public:
70 // ==========================================================================
72 // ==========================================================================
74
75 // ###################################################################
77 // ###################################################################
79 AbstractLeaf(leafId), _l1_(l1), _l2_(l2) {
80 GUM_CONSTRUCTOR(ComposedLeaf);
81 }
82
83 // ###################################################################
85 // ###################################################################
87 GUM_DESTRUCTOR(ComposedLeaf);
88 ;
89 }
90
91 // ============================================================================
93 // ============================================================================
94 void* operator new(size_t s) { return SmallObjectAllocator::instance().allocate(s); }
95
96 void operator delete(void* p) {
98 }
99
101
102 // ###################################################################
104 // ###################################################################
105 double effectif(Idx moda) const { return _l1_->effectif(moda) + _l2_->effectif(moda); }
106
107 double total() const { return _l1_->total() + _l2_->total(); }
108
109 // ###################################################################
111 // ###################################################################
112 bool contains(NodeId testedId) const {
113 return AbstractLeaf::contains(testedId) || _l1_->contains(testedId)
114 || _l2_->contains(testedId);
115 }
116
117 Idx nbModa() const { return _l1_->nbModa(); }
118
119 std::string toString();
120
121 private:
124 };
125
126
127} /* namespace gum */
128
129
130#endif // GUM_COMPOSED_LEAF_H
Headers of the abstract Leaf class.
virtual bool contains(NodeId testedId) const
Returns true if abstractleaf has leaf in it.
AbstractLeaf(NodeId leafId)
Default constructor.
~ComposedLeaf()
Default destructor.
AbstractLeaf * _l2_
double total() const
bool contains(NodeId testedId) const
Returns true if abstractleaf has leaf in it.
double effectif(Idx moda) const
Gaves the leaf effectif for given modality.
Idx nbModa() const
AbstractLeaf * _l1_
std::string toString()
ComposedLeaf(NodeId leafId, AbstractLeaf *l1, AbstractLeaf *l2)
Default constructor.
static SmallObjectAllocator & instance()
void * allocate(const size_t &objectSize)
Allocates a block.
void deallocate(void *pDeallocatedObject, const size_t &objectSize)
Deallocates an object.
Size Idx
Type for indexes.
Definition types.h:79
Size NodeId
Type for node ids.
gum is the global namespace for all aGrUM entities
Definition agrum.h:46