OGDFVector.h

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#pragma once
 
#include <vector>
 
namespace ogdf {
namespace internal {
namespace gcm {
 
namespace datastructure {
 
template<typename T, typename Graph>
class NodeVector : public std::vector<T> {
private:
    using Node = typename Graph::Node;
    using reference = typename std::vector<T>::reference;
    using const_reference = typename std::vector<T>::const_reference;
 
    const Graph* g;
    T default_value;
 
 
public:
    NodeVector() : g(nullptr) { }
 
    NodeVector(const Graph& _g) : std::vector<T>(_g.max_node_index() + 1), g(&_g) { }
 
    NodeVector(const Graph& _g, T& v)
        : std::vector<T>(_g.max_node_index() + 1, v), g(&_g), default_value(v) { }
 
    NodeVector(const Graph& _g, T v)
        : std::vector<T>(_g.max_node_index() + 1, v), g(&_g), default_value(v) { }
 
    NodeVector(const NodeVector<T, Graph>& x)
        : std::vector<T>(x), g(x.g), default_value(x.default_value) { }
 
    inline void adapt() {
        if ((std::size_t)g->max_node_index() >= std::vector<T>::size()) {
            std::vector<T>::resize(g->max_node_index() + 1, default_value);
        }
    }
 
    reference operator[](const Node& v) {
        adapt();
        return std::vector<T>::operator[](v->index());
    }
 
    const_reference operator[](const Node& v) const {
        OGDF_ASSERT((std::size_t)v->index() < this->size());
        return std::vector<T>::operator[](v->index());
    }
 
    NodeVector<T, Graph>& operator=(const NodeVector<T, Graph>& x) {
        std::vector<T>::operator=(x);
        default_value = x.default_value;
        return *this;
    }
 
    NodeVector<T, Graph>& operator=(NodeVector<T, Graph>&& x) {
        std::vector<T>::operator=(std::move(x));
        default_value = x.default_value;
        return *this;
    }
};
 
template<typename T, typename Graph>
class EdgeVector : public std::vector<T> {
private:
    using Edge = typename Graph::Edge;
    using reference = typename std::vector<T>::reference;
    using const_reference = typename std::vector<T>::const_reference;
    const Graph* g;
    T default_value;
 
public:
    EdgeVector() : g(nullptr) { }
 
    EdgeVector(const Graph& _g) : std::vector<T>(_g.max_edge_index() + 1), g(&_g) { }
 
    EdgeVector(const Graph& _g, T& v)
        : std::vector<T>(_g.max_edge_index() + 1, v), g(&_g), default_value(v) { }
 
    EdgeVector(const Graph& _g, T v)
        : std::vector<T>(_g.max_edge_index() + 1, v), g(&_g), default_value(v) { }
 
    EdgeVector(const EdgeVector& x) : std::vector<T>(x), g(&x.g), default_value(x.default_value) { }
 
    EdgeVector(const EdgeVector&& x)
        : std::vector<T>(x), g(std::move(x.g)), default_value(x.default_value) { }
 
    inline void adapt() {
        if (g && (std::size_t)g->max_edge_index() >= std::vector<T>::size()) {
            std::vector<T>::resize(g->max_edge_index() + 1, default_value);
        }
    }
 
    reference operator[](const Edge& e) {
        adapt();
        return std::vector<T>::operator[](e->index());
    }
 
    const_reference operator[](const Edge& e) const {
        OGDF_ASSERT((std::size_t)e->index() < this->size());
        return std::vector<T>::operator[](e->index());
    }
 
    EdgeVector<T, Graph>& operator=(const EdgeVector<T, Graph>& x) {
        std::vector<T>::operator=(x);
        default_value = x.default_value;
        return *this;
    }
 
    EdgeVector<T, Graph>& operator=(EdgeVector<T, Graph>&& x) {
        std::vector<T>::operator=(std::move(x));
        default_value = x.default_value;
        return *this;
    }
};
 
}
 
}
}
}