63 template<typename range_t, unsigned int N>
68 …using data_type = std::array<typename range_utils<range_t, N - 1>::template data_type<EntityType, …
72 …std::for_each(data.begin(), data.end(), range_utils<range_t, N - 1>::template init_data<EntityType…  in init_data()
77         auto begin = data.begin() + range.dim(N - 1).begin();  in increment_data()
79         auto end = begin + range.dim(N - 1).size();  in increment_data()
81             range_utils<range_t, N - 1>::template increment_data<EntityType, DimSize>(range, *i);  in increment_data()
87         auto begin = data.begin() + range.dim(N - 1).begin();  in check_data()
89         auto end = begin + range.dim(N - 1).size();  in check_data()
91             range_utils<range_t, N - 1>::template check_data<EntityType, DimSize>(range, *i);  in check_data()
110         if (range.dim(N - 1).empty()) { return true; }  in is_empty()
111         return range_utils<range_t, N - 1>::is_empty(range);  in is_empty()
115         if (range.dim(N - 1).is_divisible()) { return true; }  in is_divisible()
116         return range_utils<range_t, N - 1>::is_divisible(range);  in is_divisible()
120         if (get(range_split.dim(N - 1).begin()) == get(range_new.dim(N - 1).begin())) {  in check_splitting()
121             REQUIRE(get(range_split.dim(N - 1).end()) == get(range_new.dim(N - 1).end()));  in check_splitting()
124 …REQUIRE((get(range_split.dim(N - 1).end()) == get(range_new.dim(N - 1).begin()) && !split_checker)…  in check_splitting()
127         range_utils<range_t, N - 1>::check_splitting(range_split, range_new, get, split_checker);  in check_splitting()
240 static const std::size_t N = 4;  variable
245     SerialTest<N>();
253         ParallelTest<N>();