Even though the previous example works, it is quite bloated as we need to duplicate the start and step length values. A more generalized solution is to let the range mimic a container, where begin() and end() correspond to the start and stop iterators:
template <typename T>class LinearRange { using iterator = LinearRangeIterator<T>;public: LinearRange(T start, T stop, size_t num_values) : start_{start} , step_size_{get_step_size(start, stop, num_values)} , num_values_{num_values} {} auto begin()const{ return iterator{start_, step_size_, 0}; } auto end()const{ return iterator{start_, step_size_, num_values_}; }private: T start_{}; T step_size_{}; size_t num_values_{};};
