From 38fcb61fea718106d09fce4ce08f56df63bb4776 Mon Sep 17 00:00:00 2001 From: blegouix Date: Sun, 29 Dec 2024 13:19:37 +0000 Subject: [PATCH] Update to match 66038a1242c3813a981574440329c960b610bcac by push 118 --- annotated.html | 27 +- annotated_dup.js | 1 + character_8hpp_source.html | 4 +- classes.html | 2 +- classsil_1_1tensor_1_1TensorAccessor.html | 22 +- ..._00_0ff62584396f9b5f08cbf3c068fb7130c.html | 52 +- codifferential_8hpp_source.html | 289 +- doxygen_crawl.html | 5 +- hierarchy.html | 20 +- hierarchy.js | 3 + hodge__star_8hpp_source.html | 269 +- inherit_graph_25.map | 4 +- inherit_graph_25.md5 | 2 +- inherit_graph_25.png | Bin 3813 -> 5571 bytes inherit_graph_26.map | 2 +- inherit_graph_26.md5 | 2 +- inherit_graph_26.png | Bin 5233 -> 3813 bytes inherit_graph_27.map | 4 +- inherit_graph_27.md5 | 2 +- inherit_graph_27.png | Bin 5520 -> 5233 bytes inherit_graph_28.map | 6 +- inherit_graph_28.md5 | 2 +- inherit_graph_28.png | Bin 5440 -> 5520 bytes inherit_graph_29.map | 5 + inherit_graph_29.md5 | 1 + inherit_graph_29.png | Bin 0 -> 5440 bytes inherits.html | 15 +- laplacian_8hpp_source.html | 6 +- levi__civita__tensor_8hpp_source.html | 102 +- metric_8hpp_source.html | 12 +- namespacemembers.html | 2 +- namespacemembers_type.html | 2 +- namespacesil_1_1exterior.html | 26 +- namespacesil_1_1exterior.js | 2 +- namespacesil_1_1tensor.html | 36 +- namespacesil_1_1tensor.js | 1 + navtreeindex1.js | 116 +- navtreeindex2.js | 214 +- search/all_10.js | 53 +- search/all_11.js | 15 +- search/all_7.js | 2 +- search/classes_6.js | 3 +- search/classes_7.js | 5 +- search/typedefs_6.js | 2 +- ...tsil_1_1tensor_1_1ScalarIndex-members.html | 164 ++ structsil_1_1tensor_1_1ScalarIndex.html | 215 ++ ..._1_1tensor_1_1ScalarIndex__coll__graph.map | 5 + ..._1_1tensor_1_1ScalarIndex__coll__graph.md5 | 1 + ..._1_1tensor_1_1ScalarIndex__coll__graph.png | Bin 0 -> 18943 bytes ...1tensor_1_1ScalarIndex__inherit__graph.map | 5 + ...1tensor_1_1ScalarIndex__inherit__graph.md5 | 1 + ...1tensor_1_1ScalarIndex__inherit__graph.png | Bin 0 -> 18943 bytes ...il_1_1tensor_1_1TensorLeviCivitaIndex.html | 6 +- tensor__impl_8hpp_source.html | 2565 +++++++++-------- tensor__prod_8hpp_source.html | 4 +- young__tableau_8hpp_source.html | 2 +- 56 files changed, 2385 insertions(+), 1921 deletions(-) create mode 100644 inherit_graph_29.map create mode 100644 inherit_graph_29.md5 create mode 100644 inherit_graph_29.png create mode 100644 structsil_1_1tensor_1_1ScalarIndex-members.html create mode 100644 structsil_1_1tensor_1_1ScalarIndex.html create mode 100644 structsil_1_1tensor_1_1ScalarIndex__coll__graph.map create mode 100644 structsil_1_1tensor_1_1ScalarIndex__coll__graph.md5 create mode 100644 structsil_1_1tensor_1_1ScalarIndex__coll__graph.png create mode 100644 structsil_1_1tensor_1_1ScalarIndex__inherit__graph.map create mode 100644 structsil_1_1tensor_1_1ScalarIndex__inherit__graph.md5 create mode 100644 structsil_1_1tensor_1_1ScalarIndex__inherit__graph.png diff --git a/annotated.html b/annotated.html index 9504f2d1..804166ac 100644 --- a/annotated.html +++ b/annotated.html @@ -153,19 +153,20 @@  CMetricIndex1  CMetricIndex2  Cprime - CTensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >Tensor class - CTensorAccessor - CTensorAntisymmetricIndex - CTensorContravariantNaturalIndex - CTensorCovariantNaturalIndex - CTensorDiagonalIndex - CTensorFullIndex - CTensorIdentityIndex - CTensorLeviCivitaIndex - CTensorLorentzianSignIndex - CTensorNaturalIndex - CTensorSymmetricIndex - CTensorYoungTableauIndex + CScalarIndex + CTensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >Tensor class + CTensorAccessor + CTensorAntisymmetricIndex + CTensorContravariantNaturalIndex + CTensorCovariantNaturalIndex + CTensorDiagonalIndex + CTensorFullIndex + CTensorIdentityIndex + CTensorLeviCivitaIndex + CTensorLorentzianSignIndex + CTensorNaturalIndex + CTensorSymmetricIndex + CTensorYoungTableauIndex diff --git a/annotated_dup.js b/annotated_dup.js index ea7f7feb..8f6152d6 100644 --- a/annotated_dup.js +++ b/annotated_dup.js @@ -27,6 +27,7 @@ var annotated_dup = [ "MetricIndex1", "structsil_1_1tensor_1_1MetricIndex1.html", null ], [ "MetricIndex2", "structsil_1_1tensor_1_1MetricIndex2.html", null ], [ "prime", "structsil_1_1tensor_1_1prime.html", null ], + [ "ScalarIndex", "structsil_1_1tensor_1_1ScalarIndex.html", null ], [ "Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >", "classsil_1_1tensor_1_1Tensor_3_01ElementType_00_01ddc_1_1DiscreteDomain_3_01DDim_8_8_8_01_4_00_0ff62584396f9b5f08cbf3c068fb7130c.html", "classsil_1_1tensor_1_1Tensor_3_01ElementType_00_01ddc_1_1DiscreteDomain_3_01DDim_8_8_8_01_4_00_0ff62584396f9b5f08cbf3c068fb7130c" ], [ "TensorAccessor", "classsil_1_1tensor_1_1TensorAccessor.html", "classsil_1_1tensor_1_1TensorAccessor" ], [ "TensorAntisymmetricIndex", "structsil_1_1tensor_1_1TensorAntisymmetricIndex.html", "structsil_1_1tensor_1_1TensorAntisymmetricIndex" ], diff --git a/character_8hpp_source.html b/character_8hpp_source.html index 16b5fb42..7512187f 100644 --- a/character_8hpp_source.html +++ b/character_8hpp_source.html @@ -504,7 +504,7 @@
sil::tensor::uncharacterize_tensor
constexpr uncharacterize_tensor_t< TensorType > uncharacterize_tensor(TensorType tensor)
Definition character.hpp:183
sil::tensor::are_same_characters_v
constexpr bool are_same_characters_v
Definition character.hpp:327
sil::tensor::uncharacterize_tensor_t
relabelize_indices_of_t< TensorType, ddc::to_type_seq_t< typename TensorType::accessor_t::natural_domain_t >, uncharacterize< ddc::to_type_seq_t< typename TensorType::accessor_t::natural_domain_t > > > uncharacterize_tensor_t
Definition character.hpp:177
-
sil::tensor::relabelize_indices_of_t
detail::RelabelizeIndicesOfType< TensorType, OldIndices, NewIndices >::type relabelize_indices_of_t
Definition tensor_impl.hpp:1115
+
sil::tensor::relabelize_indices_of_t
detail::RelabelizeIndicesOfType< TensorType, OldIndices, NewIndices >::type relabelize_indices_of_t
Definition tensor_impl.hpp:1123
sil::tensor::are_covariant_v
bool constexpr are_covariant_v
Definition character.hpp:228
sil::tensor::is_contravariant_v
bool constexpr is_contravariant_v
Definition character.hpp:251
sil::tensor::is_same_character_v
constexpr bool is_same_character_v
Definition character.hpp:304
@@ -512,7 +512,7 @@
sil::tensor::are_different_characters_v
constexpr bool are_different_characters_v
Definition character.hpp:357
sil::tensor::swap_character
detail::SwapCharacter< T >::type swap_character
Definition character.hpp:134
sil::tensor::lower
detail::Lower< T >::type lower
Definition character.hpp:78
-
sil::tensor::relabelize_indices_of
constexpr relabelize_indices_of_t< Tensor, OldIndices, NewIndices > relabelize_indices_of(Tensor tensor)
Definition tensor_impl.hpp:1121
+
sil::tensor::relabelize_indices_of
constexpr relabelize_indices_of_t< Tensor, OldIndices, NewIndices > relabelize_indices_of(Tensor tensor)
Definition tensor_impl.hpp:1129
sil::tensor::is_covariant_v
bool constexpr is_covariant_v
Definition character.hpp:212
sil::tensor::uncharacterize
detail::Uncharacterize< Index >::type uncharacterize
Definition character.hpp:172
sil::tensor::are_contravariant_v
bool constexpr are_contravariant_v
Definition character.hpp:267
diff --git a/classes.html b/classes.html index c9e0afd9..ed5f3511 100644 --- a/classes.html +++ b/classes.html @@ -150,7 +150,7 @@
prime (sil::tensor)
S
-
Simplex (sil::exterior)
+
ScalarIndex (sil::tensor)
Simplex (sil::exterior)
T
Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace > (sil::tensor)
TensorAccessor (sil::tensor)
TensorAntisymmetricIndex (sil::tensor)
TensorContravariantNaturalIndex (sil::tensor)
TensorCovariantNaturalIndex (sil::tensor)
TensorDiagonalIndex (sil::tensor)
TensorFullIndex (sil::tensor)
TensorIdentityIndex (sil::tensor)
TensorLeviCivitaIndex (sil::tensor)
TensorLorentzianSignIndex (sil::tensor)
TensorNaturalIndex (sil::tensor)
TensorSymmetricIndex (sil::tensor)
TensorYoungTableauIndex (sil::tensor)
diff --git a/classsil_1_1tensor_1_1TensorAccessor.html b/classsil_1_1tensor_1_1TensorAccessor.html index aa3ec155..0f4611f6 100644 --- a/classsil_1_1tensor_1_1TensorAccessor.html +++ b/classsil_1_1tensor_1_1TensorAccessor.html @@ -179,7 +179,7 @@

Detailed Description

template<TensorIndex... Index>
class sil::tensor::TensorAccessor< Index >
-

Definition at line 265 of file tensor_impl.hpp.

+

Definition at line 270 of file tensor_impl.hpp.

Member Typedef Documentation

◆ discrete_domain_type

@@ -195,7 +195,7 @@

-

Definition at line 270 of file tensor_impl.hpp.

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typename Index::subindices_domain_t>...> -

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+

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@@ -447,7 +447,7 @@

-

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+

Definition at line 392 of file tensor_impl.hpp.

diff --git a/classsil_1_1tensor_1_1Tensor_3_01ElementType_00_01ddc_1_1DiscreteDomain_3_01DDim_8_8_8_01_4_00_0ff62584396f9b5f08cbf3c068fb7130c.html b/classsil_1_1tensor_1_1Tensor_3_01ElementType_00_01ddc_1_1DiscreteDomain_3_01DDim_8_8_8_01_4_00_0ff62584396f9b5f08cbf3c068fb7130c.html index f4aeb66b..5d9d2906 100644 --- a/classsil_1_1tensor_1_1Tensor_3_01ElementType_00_01ddc_1_1DiscreteDomain_3_01DDim_8_8_8_01_4_00_0ff62584396f9b5f08cbf3c068fb7130c.html +++ b/classsil_1_1tensor_1_1Tensor_3_01ElementType_00_01ddc_1_1DiscreteDomain_3_01DDim_8_8_8_01_4_00_0ff62584396f9b5f08cbf3c068fb7130c.html @@ -231,7 +231,7 @@
template<class ElementType, class... DDim, class LayoutStridedPolicy, class MemorySpace>
class sil::tensor::Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >

Tensor class.

-

Definition at line 577 of file tensor_impl.hpp.

+

Definition at line 585 of file tensor_impl.hpp.

Member Typedef Documentation

◆ base_type

@@ -257,7 +257,7 @@

ddc::
ChunkSpan<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>
-

Definition at line 582 of file tensor_impl.hpp.

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-

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+

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@@ -333,9 +333,9 @@

ddc::DiscreteDomain<DDim>,
ddc::DiscreteDomain<>>...>>
 -
sil::tensor::tensor_accessor_for_domain_t
detail::TensorAccessorForDomain< Dom >::type tensor_accessor_for_domain_t
Definition tensor_impl.hpp:324
+
sil::tensor::tensor_accessor_for_domain_t
detail::TensorAccessorForDomain< Dom >::type tensor_accessor_for_domain_t
Definition tensor_impl.hpp:329
-

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+

Definition at line 611 of file tensor_impl.hpp.

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-

Definition at line 613 of file tensor_impl.hpp.

+

Definition at line 621 of file tensor_impl.hpp.

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ddc::to_type_seq_t<discrete_domain_type>,
ddc::to_type_seq_t<indices_domain_t>>>
-

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diff --git a/codifferential_8hpp_source.html b/codifferential_8hpp_source.html index ea095e14..ad72deb7 100644 --- a/codifferential_8hpp_source.html +++ b/codifferential_8hpp_source.html @@ -184,7 +184,7 @@
54 requires(CochainTag::rank() == 1 && std::is_same_v<TagToRemoveFromCochain, CochainTag>)
55struct CodifferentialIndex<TagToRemoveFromCochain, CochainTag>
56{
-
57 using type = tensor::TensorCovariantNaturalIndex<tensor::TensorNaturalIndex<>>;
+
57 using type = tensor::TensorCovariantNaturalIndex<tensor::ScalarIndex>;
58};
59
60template <tensor::TensorNatIndex TagToRemoveFromCochain, tensor::TensorNatIndex Tag>
@@ -260,164 +260,181 @@
130};
131
132template <class Ids, class T>
-
133struct CodifferentialDummyIndexSeq;
+
133struct CodifferentialDummyIndexSeq_;
134
135template <std::size_t... Id, class T>
-
136struct CodifferentialDummyIndexSeq<std::index_sequence<Id...>, T>
+
136struct CodifferentialDummyIndexSeq_<std::index_sequence<Id...>, T>
137{
138 using type = ddc::detail::TypeSeq<
139 tensor::TensorCovariantNaturalIndex<CodifferentialDummyIndex<Id, T>>...>;
140};
141
-
142} // namespace detail
-
143
-
144template <
-
145 tensor::TensorIndex MetricIndex,
-
146 tensor::TensorNatIndex TagToRemoveFromCochain,
-
147 tensor::TensorIndex CochainTag,
-
148 misc::Specialization<tensor::Tensor> TensorType,
-
149 misc::Specialization<tensor::Tensor> MetricType,
-
150 class ExecSpace>
-
-
151codifferential_tensor_t<TagToRemoveFromCochain, CochainTag, TensorType> codifferential(
-
152 ExecSpace const& exec_space,
-
153 codifferential_tensor_t<TagToRemoveFromCochain, CochainTag, TensorType>
-
154 codifferential_tensor,
-
155 TensorType tensor,
-
156 MetricType inv_metric)
-
157{
-
158 static_assert(tensor::is_covariant_v<TagToRemoveFromCochain>);
-
159 using MuUpSeq = tensor::upper<ddc::to_type_seq_t<tensor::natural_domain_t<CochainTag>>>;
-
160 using NuLowSeq = typename detail::CodifferentialDummyIndexSeq<
-
161 std::make_index_sequence<TagToRemoveFromCochain::size() - CochainTag::rank()>,
-
162 TagToRemoveFromCochain>::type;
-
163 using RhoLowSeq = ddc::type_seq_merge_t<ddc::detail::TypeSeq<TagToRemoveFromCochain>, NuLowSeq>;
-
164 using RhoUpSeq = tensor::upper<RhoLowSeq>;
-
165 using SigmaLowSeq = ddc::
-
166 type_seq_remove_t<tensor::lower<MuUpSeq>, ddc::detail::TypeSeq<TagToRemoveFromCochain>>;
-
167
-
168 using HodgeStarDomain = sil::exterior::hodge_star_domain_t<MuUpSeq, NuLowSeq>;
-
169 using HodgeStarDomain2 = sil::exterior::hodge_star_domain_t<RhoUpSeq, SigmaLowSeq>;
-
170
-
171 // Hodge star
-
172 [[maybe_unused]] sil::tensor::tensor_accessor_for_domain_t<HodgeStarDomain> hodge_star_accessor;
-
173 ddc::cartesian_prod_t<typename MetricType::non_indices_domain_t, HodgeStarDomain>
-
174 hodge_star_dom(inv_metric.non_indices_domain(), hodge_star_accessor.mem_domain());
-
175 ddc::Chunk hodge_star_alloc(
-
176 hodge_star_dom,
-
177 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
-
178 sil::tensor::Tensor hodge_star(hodge_star_alloc);
-
179
-
180 sil::exterior::fill_hodge_star<
-
181 sil::tensor::upper<MetricIndex>,
-
182 MuUpSeq,
-
183 NuLowSeq>(exec_space, hodge_star, inv_metric);
-
184 exec_space.fence();
-
185
-
186 // Dual tensor
-
187 [[maybe_unused]] tensor::TensorAccessor<
-
188 misc::convert_type_seq_to_t<tensor::TensorAntisymmetricIndex, NuLowSeq>>
-
189 dual_tensor_accessor;
-
190 ddc::cartesian_prod_t<
-
191 typename TensorType::non_indices_domain_t,
-
192 ddc::DiscreteDomain<
-
193 misc::convert_type_seq_to_t<tensor::TensorAntisymmetricIndex, NuLowSeq>>>
-
194 dual_tensor_dom(tensor.non_indices_domain(), dual_tensor_accessor.mem_domain());
-
195 ddc::Chunk dual_tensor_alloc(
-
196 dual_tensor_dom,
-
197 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
-
198 sil::tensor::Tensor dual_tensor(dual_tensor_alloc);
-
199
-
200 ddc::parallel_for_each(
-
201 exec_space,
-
202 dual_tensor.non_indices_domain(),
-
203 KOKKOS_LAMBDA(typename TensorType::non_indices_domain_t::discrete_element_type elem) {
-
204 sil::tensor::tensor_prod(dual_tensor[elem], tensor[elem], hodge_star[elem]);
-
205 });
-
206 exec_space.fence();
-
207
-
208 // Dual codifferential
-
209 [[maybe_unused]] tensor::TensorAccessor<
-
210 misc::convert_type_seq_to_t<tensor::TensorAntisymmetricIndex, RhoLowSeq>>
-
211 dual_codifferential_accessor;
-
212 ddc::cartesian_prod_t<
-
213 typename TensorType::non_indices_domain_t,
-
214 ddc::DiscreteDomain<
-
215 misc::convert_type_seq_to_t<tensor::TensorAntisymmetricIndex, RhoLowSeq>>>
-
216 dual_codifferential_dom(
-
217 tensor.non_indices_domain(),
-
218 dual_codifferential_accessor.mem_domain());
-
219 ddc::Chunk dual_codifferential_alloc(
-
220 dual_codifferential_dom,
-
221 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
-
222 sil::tensor::Tensor dual_codifferential(dual_codifferential_alloc);
-
223 sil::exterior::deriv<
-
224 TagToRemoveFromCochain,
-
225 misc::convert_type_seq_to_t<
-
226 tensor::TensorAntisymmetricIndex,
-
227 NuLowSeq>>(exec_space, dual_codifferential, dual_tensor);
-
228 exec_space.fence();
-
229
-
230 // Hodge star 2
-
231 [[maybe_unused]] sil::tensor::tensor_accessor_for_domain_t<HodgeStarDomain2>
-
232 hodge_star_accessor2;
-
233 ddc::cartesian_prod_t<typename MetricType::non_indices_domain_t, HodgeStarDomain2>
-
234 hodge_star_dom2(inv_metric.non_indices_domain(), hodge_star_accessor2.mem_domain());
-
235 ddc::Chunk hodge_star_alloc2(
-
236 hodge_star_dom2,
-
237 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
-
238 sil::tensor::Tensor hodge_star2(hodge_star_alloc2);
-
239
-
240 sil::exterior::fill_hodge_star<
-
241 sil::tensor::upper<MetricIndex>,
-
242 RhoUpSeq,
-
243 SigmaLowSeq>(exec_space, hodge_star2, inv_metric);
-
244 exec_space.fence();
-
245
-
246 // Codifferential
-
247 ddc::parallel_for_each(
-
248 exec_space,
-
249 codifferential_tensor.non_indices_domain(),
-
250 KOKKOS_LAMBDA(typename TensorType::non_indices_domain_t::discrete_element_type elem) {
-
251 sil::tensor::tensor_prod(
-
252 codifferential_tensor[elem],
-
253 dual_codifferential[elem],
-
254 hodge_star2[elem]);
-
255 if constexpr (
-
256 (TagToRemoveFromCochain::size() * (CochainTag::rank() + 1) + 1) % 2 == 1) {
-
257 codifferential_tensor[elem] *= -1;
-
258 }
-
259 });
-
260 exec_space.fence();
-
261
-
262 return codifferential_tensor;
-
263}
+
142template <std::size_t EndId, class T>
+
143struct CodifferentialDummyIndexSeq;
+
144
+
145template <std::size_t EndId, class T>
+
146 requires(EndId == 0)
+
147struct CodifferentialDummyIndexSeq<EndId, T>
+
148{
+
149 using type = ddc::detail::TypeSeq<>;
+
150};
+
151
+
152template <std::size_t EndId, class T>
+
153 requires(EndId > 0)
+
154struct CodifferentialDummyIndexSeq<EndId, T>
+
155{
+
156 using type = typename CodifferentialDummyIndexSeq_<std::make_index_sequence<EndId>, T>::type;
+
157};
+
158
+
159} // namespace detail
+
160
+
161template <
+
162 tensor::TensorIndex MetricIndex,
+
163 tensor::TensorNatIndex TagToRemoveFromCochain,
+
164 tensor::TensorIndex CochainTag,
+
165 misc::Specialization<tensor::Tensor> TensorType,
+
166 misc::Specialization<tensor::Tensor> MetricType,
+
167 class ExecSpace>
+
+
168codifferential_tensor_t<TagToRemoveFromCochain, CochainTag, TensorType> codifferential(
+
169 ExecSpace const& exec_space,
+
170 codifferential_tensor_t<TagToRemoveFromCochain, CochainTag, TensorType>
+
171 codifferential_tensor,
+
172 TensorType tensor,
+
173 MetricType inv_metric)
+
174{
+
175 static_assert(tensor::is_covariant_v<TagToRemoveFromCochain>);
+
176 using MuUpSeq = tensor::upper<ddc::to_type_seq_t<tensor::natural_domain_t<CochainTag>>>;
+
177 using NuLowSeq = typename detail::CodifferentialDummyIndexSeq<
+
178 TagToRemoveFromCochain::size() - CochainTag::rank(),
+
179 TagToRemoveFromCochain>::type;
+
180 using RhoLowSeq = ddc::type_seq_merge_t<ddc::detail::TypeSeq<TagToRemoveFromCochain>, NuLowSeq>;
+
181 using RhoUpSeq = tensor::upper<RhoLowSeq>;
+
182 using SigmaLowSeq = ddc::
+
183 type_seq_remove_t<tensor::lower<MuUpSeq>, ddc::detail::TypeSeq<TagToRemoveFromCochain>>;
+
184
+
185 using HodgeStarDomain = sil::exterior::hodge_star_domain_t<MuUpSeq, NuLowSeq>;
+
186 using HodgeStarDomain2 = sil::exterior::hodge_star_domain_t<RhoUpSeq, SigmaLowSeq>;
+
187
+
188 // Hodge star
+
189 [[maybe_unused]] sil::tensor::tensor_accessor_for_domain_t<HodgeStarDomain> hodge_star_accessor;
+
190 ddc::cartesian_prod_t<typename MetricType::non_indices_domain_t, HodgeStarDomain>
+
191 hodge_star_dom(inv_metric.non_indices_domain(), hodge_star_accessor.mem_domain());
+
192 ddc::Chunk hodge_star_alloc(
+
193 hodge_star_dom,
+
194 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
+
195 sil::tensor::Tensor hodge_star(hodge_star_alloc);
+
196
+
197 sil::exterior::fill_hodge_star<
+
198 sil::tensor::upper<MetricIndex>,
+
199 MuUpSeq,
+
200 NuLowSeq>(exec_space, hodge_star, inv_metric);
+
201 exec_space.fence();
+
202
+
203 // Dual tensor
+
204 [[maybe_unused]] tensor::TensorAccessor<
+
205 misc::convert_type_seq_to_t<tensor::TensorAntisymmetricIndex, NuLowSeq>>
+
206 dual_tensor_accessor;
+
207 ddc::cartesian_prod_t<
+
208 typename TensorType::non_indices_domain_t,
+
209 ddc::DiscreteDomain<
+
210 misc::convert_type_seq_to_t<tensor::TensorAntisymmetricIndex, NuLowSeq>>>
+
211 dual_tensor_dom(tensor.non_indices_domain(), dual_tensor_accessor.mem_domain());
+
212 ddc::Chunk dual_tensor_alloc(
+
213 dual_tensor_dom,
+
214 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
+
215 sil::tensor::Tensor dual_tensor(dual_tensor_alloc);
+
216
+
217 ddc::parallel_for_each(
+
218 exec_space,
+
219 dual_tensor.non_indices_domain(),
+
220 KOKKOS_LAMBDA(typename TensorType::non_indices_domain_t::discrete_element_type elem) {
+
221 sil::tensor::tensor_prod(dual_tensor[elem], tensor[elem], hodge_star[elem]);
+
222 });
+
223 exec_space.fence();
+
224
+
225 // Dual codifferential
+
226 [[maybe_unused]] tensor::TensorAccessor<
+
227 misc::convert_type_seq_to_t<tensor::TensorAntisymmetricIndex, RhoLowSeq>>
+
228 dual_codifferential_accessor;
+
229 ddc::cartesian_prod_t<
+
230 typename TensorType::non_indices_domain_t,
+
231 ddc::DiscreteDomain<
+
232 misc::convert_type_seq_to_t<tensor::TensorAntisymmetricIndex, RhoLowSeq>>>
+
233 dual_codifferential_dom(
+
234 tensor.non_indices_domain(),
+
235 dual_codifferential_accessor.mem_domain());
+
236 ddc::Chunk dual_codifferential_alloc(
+
237 dual_codifferential_dom,
+
238 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
+
239 sil::tensor::Tensor dual_codifferential(dual_codifferential_alloc);
+
240 sil::exterior::deriv<
+
241 TagToRemoveFromCochain,
+
242 misc::convert_type_seq_to_t<
+
243 tensor::TensorAntisymmetricIndex,
+
244 NuLowSeq>>(exec_space, dual_codifferential, dual_tensor);
+
245 exec_space.fence();
+
246
+
247 // Hodge star 2
+
248 [[maybe_unused]] sil::tensor::tensor_accessor_for_domain_t<HodgeStarDomain2>
+
249 hodge_star_accessor2;
+
250 ddc::cartesian_prod_t<typename MetricType::non_indices_domain_t, HodgeStarDomain2>
+
251 hodge_star_dom2(inv_metric.non_indices_domain(), hodge_star_accessor2.mem_domain());
+
252 ddc::Chunk hodge_star_alloc2(
+
253 hodge_star_dom2,
+
254 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
+
255 sil::tensor::Tensor hodge_star2(hodge_star_alloc2);
+
256
+
257 sil::exterior::fill_hodge_star<
+
258 sil::tensor::upper<MetricIndex>,
+
259 RhoUpSeq,
+
260 SigmaLowSeq>(exec_space, hodge_star2, inv_metric);
+
261 exec_space.fence();
+
262
+
263 // Codifferential
+
264 ddc::parallel_for_each(
+
265 exec_space,
+
266 codifferential_tensor.non_indices_domain(),
+
267 KOKKOS_LAMBDA(typename TensorType::non_indices_domain_t::discrete_element_type elem) {
+
268 sil::tensor::tensor_prod(
+
269 codifferential_tensor[elem],
+
270 dual_codifferential[elem],
+
271 hodge_star2[elem]);
+
272 if constexpr (
+
273 (TagToRemoveFromCochain::size() * (CochainTag::rank() + 1) + 1) % 2 == 1) {
+
274 codifferential_tensor[elem] *= -1;
+
275 }
+
276 });
+
277 exec_space.fence();
+
278
+
279 return codifferential_tensor;
+
280}
-
264
-
265} // namespace exterior
-
266
-
267} // namespace sil
- +
281
+
282} // namespace exterior
+
283
+
284} // namespace sil
+ -
sil::exterior::fill_hodge_star
HodgeStarType fill_hodge_star(ExecSpace const &exec_space, HodgeStarType hodge_star, MetricDeterminantType metric_determinant, MetricProdType metric_prod)
Definition hodge_star.hpp:43
+
sil::exterior::fill_hodge_star
HodgeStarType fill_hodge_star(ExecSpace const &exec_space, HodgeStarType hodge_star, MetricDeterminantType metric_determinant, MetricProdType metric_prod)
Definition hodge_star.hpp:47
sil::exterior::Cochain
Cochain(ChainType, TensorType) -> Cochain< ChainType, typename TensorType::value_type, ddc::detail::mdspan_to_kokkos_layout_t< typename TensorType::layout_type > >
sil::exterior::Simplex
Simplex(ddc::DiscreteElement< Tag... >, ddc::DiscreteVector< T... >) -> Simplex< sizeof...(T), Tag... >
sil::exterior::codifferential_tensor_t
typename detail:: CodifferentialTensorType< TagToRemoveFromCochain, CochainTag, TensorType >::type codifferential_tensor_t
Definition codifferential.hpp:122
sil::exterior::Chain
Chain(Head, Tail...) -> Chain< typename Head::value_type, typename Head::array_layout, typename Head::memory_space >
+
sil::exterior::hodge_star_domain_t
ddc::detail::convert_type_seq_to_discrete_domain_t< ddc::type_seq_merge_t< ddc::detail::TypeSeq< misc::convert_type_seq_to_t< tensor::TensorFullIndex, Indices1 > >, std::conditional_t<(ddc::type_seq_size_v< Indices2 >==0), ddc::detail::TypeSeq<>, ddc::detail::TypeSeq< misc::convert_type_seq_to_t< tensor::TensorAntisymmetricIndex, Indices2 > > > > > hodge_star_domain_t
Definition hodge_star.hpp:26
sil::exterior::deriv
coboundary_tensor_t< TagToAddToCochain, CochainTag, TensorType > deriv(ExecSpace const &exec_space, coboundary_tensor_t< TagToAddToCochain, CochainTag, TensorType > coboundary_tensor, TensorType tensor)
Definition coboundary.hpp:325
sil::exterior::codifferential_index_t
typename detail::CodifferentialIndex< TagToRemoveFromCochain, CochainTag >::type codifferential_index_t
Definition codifferential.hpp:80
-
sil::exterior::codifferential
codifferential_tensor_t< TagToRemoveFromCochain, CochainTag, TensorType > codifferential(ExecSpace const &exec_space, codifferential_tensor_t< TagToRemoveFromCochain, CochainTag, TensorType > codifferential_tensor, TensorType tensor, MetricType inv_metric)
Definition codifferential.hpp:151
+
sil::exterior::codifferential
codifferential_tensor_t< TagToRemoveFromCochain, CochainTag, TensorType > codifferential(ExecSpace const &exec_space, codifferential_tensor_t< TagToRemoveFromCochain, CochainTag, TensorType > codifferential_tensor, TensorType tensor, MetricType inv_metric)
Definition codifferential.hpp:168
sil::exterior::codifferential_t
typename detail::CodifferentialType< CochainType >::type codifferential_t
Definition codifferential.hpp:46
-
sil::exterior::hodge_star_domain_t
ddc::detail::convert_type_seq_to_discrete_domain_t< ddc::type_seq_merge_t< ddc::detail::TypeSeq< misc::convert_type_seq_to_t< tensor::TensorFullIndex, Indices1 > >, ddc::detail::TypeSeq< misc::convert_type_seq_to_t< tensor::TensorAntisymmetricIndex, Indices2 > > > > hodge_star_domain_t
Definition hodge_star.hpp:26
sil::misc::convert_type_seq_to_t
typename detail::ConvertTypeSeqTo< T, Seq >::type convert_type_seq_to_t
Definition type_seq_conversion.hpp:45
sil::tensor::Tensor
Tensor(ddc::Chunk< ElementType, SupportType, Allocator >) -> Tensor< ElementType, SupportType, Kokkos::layout_right, typename Allocator::memory_space >
-
sil::tensor::tensor_prod
Tensor< ElementType, ddc::DiscreteDomain< ProdDDim... >, LayoutStridedPolicy, Kokkos::DefaultHostExecutionSpace::memory_space > tensor_prod(Tensor< ElementType, ddc::DiscreteDomain< ProdDDim... >, LayoutStridedPolicy, Kokkos::DefaultHostExecutionSpace::memory_space > prod_tensor, Tensor< ElementType, ddc::DiscreteDomain< DDim1... >, LayoutStridedPolicy, MemorySpace > tensor1, Tensor< ElementType, ddc::DiscreteDomain< DDim2... >, LayoutStridedPolicy, MemorySpace > tensor2)
Definition tensor_impl.hpp:1237
+
sil::tensor::tensor_prod
Tensor< ElementType, ddc::DiscreteDomain< ProdDDim... >, LayoutStridedPolicy, Kokkos::DefaultHostExecutionSpace::memory_space > tensor_prod(Tensor< ElementType, ddc::DiscreteDomain< ProdDDim... >, LayoutStridedPolicy, Kokkos::DefaultHostExecutionSpace::memory_space > prod_tensor, Tensor< ElementType, ddc::DiscreteDomain< DDim1... >, LayoutStridedPolicy, MemorySpace > tensor1, Tensor< ElementType, ddc::DiscreteDomain< DDim2... >, LayoutStridedPolicy, MemorySpace > tensor2)
Definition tensor_impl.hpp:1245
sil::tensor::upper
detail::Upper< T >::type upper
Definition character.hpp:106
sil::tensor::is_covariant_v
bool constexpr is_covariant_v
Definition character.hpp:212
sil::tensor::uncharacterize
detail::Uncharacterize< Index >::type uncharacterize
Definition character.hpp:172
-
sil::tensor::tensor_accessor_for_domain_t
detail::TensorAccessorForDomain< Dom >::type tensor_accessor_for_domain_t
Definition tensor_impl.hpp:324
+
sil::tensor::tensor_accessor_for_domain_t
detail::TensorAccessorForDomain< Dom >::type tensor_accessor_for_domain_t
Definition tensor_impl.hpp:329
sil
The top-level namespace of SimiLie.
Definition csr.hpp:14
diff --git a/doxygen_crawl.html b/doxygen_crawl.html index 3ce1a2db..08050808 100644 --- a/doxygen_crawl.html +++ b/doxygen_crawl.html @@ -89,6 +89,8 @@ + + @@ -588,6 +590,7 @@ + @@ -605,7 +608,6 @@ - @@ -683,6 +685,7 @@ + diff --git a/hierarchy.html b/hierarchy.html index bcf0c7c2..9c366a59 100644 --- a/hierarchy.html +++ b/hierarchy.html @@ -161,15 +161,17 @@  Csil::tensor::MetricIndex1< CDim >  Csil::tensor::MetricIndex2< CDim >  Csil::tensor::TensorNaturalIndex< Dummy< Id >... > - Csil::tensor::TensorSymmetricIndex< TensorIndex > - Csil::tensor::TensorYoungTableauIndex< YoungTableau, TensorIndex > - ▼Cstd::true_type - Csil::misc::is_specialization_of< T, T< Us... > > - ▼Cdetail::TensorNaturalIndexFromTypeSeqDim::type - Csil::tensor::TensorContravariantNaturalIndex< NaturalIndex > - Csil::tensor::TensorCovariantNaturalIndex< NaturalIndex > - ▼Csil::tensor::Index - Csil::tensor::prime< Index, I > + ▼Csil::tensor::TensorNaturalIndex<> + Csil::tensor::ScalarIndex + Csil::tensor::TensorSymmetricIndex< TensorIndex > + Csil::tensor::TensorYoungTableauIndex< YoungTableau, TensorIndex > + ▼Cstd::true_type + Csil::misc::is_specialization_of< T, T< Us... > > + ▼Cdetail::TensorNaturalIndexFromTypeSeqDim::type + Csil::tensor::TensorContravariantNaturalIndex< NaturalIndex > + Csil::tensor::TensorCovariantNaturalIndex< NaturalIndex > + ▼Csil::tensor::Index + Csil::tensor::prime< Index, I >
diff --git a/hierarchy.js b/hierarchy.js index 5cd1aae6..ec2a807f 100644 --- a/hierarchy.js +++ b/hierarchy.js @@ -33,6 +33,9 @@ var hierarchy = [ "sil::tensor::MetricIndex2< CDim >", "structsil_1_1tensor_1_1MetricIndex2.html", null ] ] ], [ "sil::tensor::TensorNaturalIndex< Dummy< Id >... >", "structsil_1_1tensor_1_1TensorNaturalIndex.html", null ], + [ "sil::tensor::TensorNaturalIndex<>", "structsil_1_1tensor_1_1TensorNaturalIndex.html", [ + [ "sil::tensor::ScalarIndex", "structsil_1_1tensor_1_1ScalarIndex.html", null ] + ] ], [ "sil::tensor::TensorSymmetricIndex< TensorIndex >", "structsil_1_1tensor_1_1TensorSymmetricIndex.html", null ], [ "sil::tensor::TensorYoungTableauIndex< YoungTableau, TensorIndex >", "structsil_1_1tensor_1_1TensorYoungTableauIndex.html", null ], [ "std::true_type", null, [ diff --git a/hodge__star_8hpp_source.html b/hodge__star_8hpp_source.html index 185747f7..46637750 100644 --- a/hodge__star_8hpp_source.html +++ b/hodge__star_8hpp_source.html @@ -153,149 +153,153 @@
23template <
24 misc::Specialization<ddc::detail::TypeSeq> Indices1,
25 misc::Specialization<ddc::detail::TypeSeq> Indices2>
-
26using hodge_star_domain_t
+
26using hodge_star_domain_t
27 = ddc::detail::convert_type_seq_to_discrete_domain_t<ddc::type_seq_merge_t<
28 ddc::detail::TypeSeq<misc::convert_type_seq_to_t<
29 tensor::TensorFullIndex,
30 Indices1>>, // TODO clarify Antisymmetric
-
31 ddc::detail::TypeSeq<
-
32 misc::convert_type_seq_to_t<tensor::TensorAntisymmetricIndex, Indices2>>>>;
-
33
-
34template <
-
35 misc::Specialization<ddc::detail::TypeSeq> Indices1,
-
36 misc::Specialization<ddc::detail::TypeSeq> Indices2,
-
37 misc::Specialization<tensor::Tensor> HodgeStarType,
-
38 class MetricDeterminantType,
-
39 misc::Specialization<tensor::Tensor> MetricProdType,
-
40 class ExecSpace>
-
41 requires(
-
42 misc::Specialization<MetricDeterminantType, ddc::ChunkSpan>
-
-
43 || misc::Specialization<MetricDeterminantType, tensor::Tensor>)
-
44HodgeStarType fill_hodge_star(
-
45 ExecSpace const& exec_space,
-
46 HodgeStarType hodge_star,
-
47 MetricDeterminantType metric_determinant,
-
48 MetricProdType metric_prod)
-
49{
-
50 sil::tensor::TensorAccessor<misc::convert_type_seq_to_t<
-
51 tensor::TensorLeviCivitaIndex,
-
52 ddc::type_seq_merge_t<tensor::primes<tensor::lower<Indices1>>, Indices2>>>
-
53 levi_civita_accessor;
-
54 ddc::DiscreteDomain<misc::convert_type_seq_to_t<
+
31 std::conditional_t<
+
32 (ddc::type_seq_size_v<Indices2> == 0),
+
33 ddc::detail::TypeSeq<>,
+
34 ddc::detail::TypeSeq<misc::convert_type_seq_to_t<
+
35 tensor::TensorAntisymmetricIndex,
+
36 Indices2>>>>>;
+
37
+
38template <
+
39 misc::Specialization<ddc::detail::TypeSeq> Indices1,
+
40 misc::Specialization<ddc::detail::TypeSeq> Indices2,
+
41 misc::Specialization<tensor::Tensor> HodgeStarType,
+
42 class MetricDeterminantType,
+
43 misc::Specialization<tensor::Tensor> MetricProdType,
+
44 class ExecSpace>
+
45 requires(
+
46 misc::Specialization<MetricDeterminantType, ddc::ChunkSpan>
+
+
47 || misc::Specialization<MetricDeterminantType, tensor::Tensor>)
+
48HodgeStarType fill_hodge_star(
+
49 ExecSpace const& exec_space,
+
50 HodgeStarType hodge_star,
+
51 MetricDeterminantType metric_determinant,
+
52 MetricProdType metric_prod)
+
53{
+
54 sil::tensor::TensorAccessor<misc::convert_type_seq_to_t<
55 tensor::TensorLeviCivitaIndex,
56 ddc::type_seq_merge_t<tensor::primes<tensor::lower<Indices1>>, Indices2>>>
-
57 levi_civita_dom(levi_civita_accessor.mem_domain());
-
58 ddc::Chunk levi_civita_alloc(
-
59 levi_civita_dom,
-
60 ddc::KokkosAllocator<
-
61 double,
-
62 typename ExecSpace::memory_space>()); // TODO consider avoid allocation
-
63 sil::tensor::Tensor levi_civita(levi_civita_alloc);
-
64
-
65 ddc::parallel_for_each(
-
66 exec_space,
-
67 hodge_star.non_indices_domain(),
-
68 KOKKOS_LAMBDA(
-
69 typename HodgeStarType::non_indices_domain_t::discrete_element_type elem) {
-
70 tensor_prod(hodge_star[elem], metric_prod[elem], levi_civita);
-
71 hodge_star[elem] *= Kokkos::sqrt(Kokkos::abs(metric_determinant(elem)))
-
72 / misc::factorial(ddc::type_seq_size_v<Indices1>);
-
73 });
-
74 return hodge_star;
+
57 levi_civita_accessor;
+
58 ddc::DiscreteDomain<misc::convert_type_seq_to_t<
+
59 tensor::TensorLeviCivitaIndex,
+
60 ddc::type_seq_merge_t<tensor::primes<tensor::lower<Indices1>>, Indices2>>>
+
61 levi_civita_dom(levi_civita_accessor.mem_domain());
+
62 ddc::Chunk levi_civita_alloc(
+
63 levi_civita_dom,
+
64 ddc::KokkosAllocator<
+
65 double,
+
66 typename ExecSpace::memory_space>()); // TODO consider avoid allocation
+
67 sil::tensor::Tensor levi_civita(levi_civita_alloc);
+
68
+
69 ddc::parallel_for_each(
+
70 exec_space,
+
71 hodge_star.non_indices_domain(),
+
72 KOKKOS_LAMBDA(
+
73 typename HodgeStarType::non_indices_domain_t::discrete_element_type elem) {
+
74 tensor_prod(hodge_star[elem], metric_prod[elem], levi_civita);
+
75 hodge_star[elem] *= Kokkos::sqrt(Kokkos::abs(metric_determinant(elem)))
+
76 / misc::factorial(ddc::type_seq_size_v<Indices1>);
+
77 });
+
78 return hodge_star;
-
75}
-
76
-
77template <
-
78 tensor::TensorIndex MetricIndex,
-
79 misc::Specialization<ddc::detail::TypeSeq> Indices1,
-
80 misc::Specialization<ddc::detail::TypeSeq> Indices2,
-
81 misc::Specialization<tensor::Tensor> HodgeStarType,
-
82 misc::Specialization<tensor::Tensor> MetricType,
-
-
83 class ExecSpace>
-
84HodgeStarType fill_hodge_star(
-
85 ExecSpace const& exec_space,
-
86 HodgeStarType hodge_star,
-
87 MetricType metric)
-
88{
-
89 static_assert(tensor::are_contravariant_v<
-
90 ddc::to_type_seq_t<typename MetricIndex::subindices_domain_t>>);
-
91 static_assert(tensor::are_contravariant_v<
-
92 ddc::to_type_seq_t<typename MetricType::accessor_t::natural_domain_t>>);
-
93 static_assert(tensor::are_contravariant_v<Indices1>);
-
94 static_assert(tensor::are_covariant_v<Indices2>);
-
95
-
96 // Allocate metric_det to receive metric field determinant values
-
97 ddc::Chunk metric_det_alloc(
-
98 ddc::remove_dims_of<MetricIndex>(metric.domain()),
-
99 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
-
100 ddc::ChunkSpan metric_det(metric_det_alloc);
-
101 // Allocate a buffer mirroring the metric as a full matrix, it will be overwritten by tensor::determinant() which involves a LU decomposition
-
102 ddc::Chunk buffer_alloc(
-
103 ddc::cartesian_prod_t<
-
104 ddc::remove_dims_of_t<typename MetricType::discrete_domain_type, MetricIndex>,
-
105 ddc::DiscreteDomain<
-
106 tensor::metric_index_1<MetricIndex>,
-
107 tensor::metric_index_2<MetricIndex>>>(
-
108 ddc::remove_dims_of<MetricIndex>(metric.domain()),
+
79}
+
80
+
81template <
+
82 tensor::TensorIndex MetricIndex,
+
83 misc::Specialization<ddc::detail::TypeSeq> Indices1,
+
84 misc::Specialization<ddc::detail::TypeSeq> Indices2,
+
85 misc::Specialization<tensor::Tensor> HodgeStarType,
+
86 misc::Specialization<tensor::Tensor> MetricType,
+
+
87 class ExecSpace>
+
88HodgeStarType fill_hodge_star(
+
89 ExecSpace const& exec_space,
+
90 HodgeStarType hodge_star,
+
91 MetricType metric)
+
92{
+
93 static_assert(tensor::are_contravariant_v<
+
94 ddc::to_type_seq_t<typename MetricIndex::subindices_domain_t>>);
+
95 static_assert(tensor::are_contravariant_v<
+
96 ddc::to_type_seq_t<typename MetricType::accessor_t::natural_domain_t>>);
+
97 static_assert(tensor::are_contravariant_v<Indices1>);
+
98 static_assert(tensor::are_covariant_v<Indices2>);
+
99
+
100 // Allocate metric_det to receive metric field determinant values
+
101 ddc::Chunk metric_det_alloc(
+
102 ddc::remove_dims_of<MetricIndex>(metric.domain()),
+
103 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
+
104 ddc::ChunkSpan metric_det(metric_det_alloc);
+
105 // Allocate a buffer mirroring the metric as a full matrix, it will be overwritten by tensor::determinant() which involves a LU decomposition
+
106 ddc::Chunk buffer_alloc(
+
107 ddc::cartesian_prod_t<
+
108 ddc::remove_dims_of_t<typename MetricType::discrete_domain_type, MetricIndex>,
109 ddc::DiscreteDomain<
110 tensor::metric_index_1<MetricIndex>,
-
111 tensor::metric_index_2<MetricIndex>>(metric.natural_domain())),
-
112 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
-
113 ddc::ChunkSpan buffer(buffer_alloc);
-
114 // Compute determinants
-
115 ddc::parallel_for_each(
-
116 exec_space,
-
117 ddc::remove_dims_of<MetricIndex>(metric.domain()),
-
118 KOKKOS_LAMBDA(typename ddc::remove_dims_of_t<
-
119 typename MetricType::discrete_domain_type,
-
120 MetricIndex>::discrete_element_type elem) {
-
121 ddc::for_each(
-
122 ddc::DiscreteDomain<
-
123 tensor::metric_index_1<MetricIndex>,
-
124 tensor::metric_index_2<MetricIndex>>(metric.natural_domain()),
-
125 [=](ddc::DiscreteElement<
-
126 tensor::metric_index_1<MetricIndex>,
-
127 tensor::metric_index_2<MetricIndex>> index) {
-
128 buffer(elem, index) = metric(metric.access_element(
-
129 elem,
-
130 index)); // TODO: triggers a "nvlink warning : Stack size for entry function cannot be statically determined"
-
131 });
-
132 metric_det(elem) = 1. / tensor::determinant(buffer[elem].allocation_kokkos_view());
-
133 });
-
134
-
135 // Allocate & compute the product of metrics
-
136 tensor::tensor_accessor_for_domain_t<
-
137 tensor::metric_prod_domain_t<MetricIndex, Indices1, tensor::primes<Indices1>>>
-
138 metric_prod_accessor;
-
139 ddc::Chunk metric_prod_alloc(
-
140 ddc::cartesian_prod_t<
-
141 ddc::remove_dims_of_t<typename MetricType::discrete_domain_type, MetricIndex>,
-
142 tensor::metric_prod_domain_t<MetricIndex, Indices1, tensor::primes<Indices1>>>(
-
143 ddc::remove_dims_of<MetricIndex>(metric.domain()),
-
144 metric_prod_accessor.mem_domain()),
-
145 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
-
146 tensor::Tensor metric_prod(metric_prod_alloc);
-
147
-
148 fill_metric_prod<
-
149 MetricIndex,
-
150 Indices1,
-
151 tensor::primes<Indices1>>(exec_space, metric_prod, metric);
-
152
-
153 // Compute Hodge star
-
154 return fill_hodge_star<Indices1, Indices2>(exec_space, hodge_star, metric_det, metric_prod);
-
-
155}
+
111 tensor::metric_index_2<MetricIndex>>>(
+
112 ddc::remove_dims_of<MetricIndex>(metric.domain()),
+
113 ddc::DiscreteDomain<
+
114 tensor::metric_index_1<MetricIndex>,
+
115 tensor::metric_index_2<MetricIndex>>(metric.natural_domain())),
+
116 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
+
117 ddc::ChunkSpan buffer(buffer_alloc);
+
118 // Compute determinants
+
119 ddc::parallel_for_each(
+
120 exec_space,
+
121 ddc::remove_dims_of<MetricIndex>(metric.domain()),
+
122 KOKKOS_LAMBDA(typename ddc::remove_dims_of_t<
+
123 typename MetricType::discrete_domain_type,
+
124 MetricIndex>::discrete_element_type elem) {
+
125 ddc::for_each(
+
126 ddc::DiscreteDomain<
+
127 tensor::metric_index_1<MetricIndex>,
+
128 tensor::metric_index_2<MetricIndex>>(metric.natural_domain()),
+
129 [=](ddc::DiscreteElement<
+
130 tensor::metric_index_1<MetricIndex>,
+
131 tensor::metric_index_2<MetricIndex>> index) {
+
132 buffer(elem, index) = metric.get(metric.access_element(
+
133 elem,
+
134 index)); // TODO: triggers a "nvlink warning : Stack size for entry function cannot be statically determined"
+
135 });
+
136 metric_det(elem) = 1. / tensor::determinant(buffer[elem].allocation_kokkos_view());
+
137 });
+
138
+
139 // Allocate & compute the product of metrics
+
140 tensor::tensor_accessor_for_domain_t<
+
141 tensor::metric_prod_domain_t<MetricIndex, Indices1, tensor::primes<Indices1>>>
+
142 metric_prod_accessor;
+
143 ddc::Chunk metric_prod_alloc(
+
144 ddc::cartesian_prod_t<
+
145 ddc::remove_dims_of_t<typename MetricType::discrete_domain_type, MetricIndex>,
+
146 tensor::metric_prod_domain_t<MetricIndex, Indices1, tensor::primes<Indices1>>>(
+
147 ddc::remove_dims_of<MetricIndex>(metric.domain()),
+
148 metric_prod_accessor.mem_domain()),
+
149 ddc::KokkosAllocator<double, typename ExecSpace::memory_space>());
+
150 tensor::Tensor metric_prod(metric_prod_alloc);
+
151
+
152 fill_metric_prod<
+
153 MetricIndex,
+
154 Indices1,
+
155 tensor::primes<Indices1>>(exec_space, metric_prod, metric);
156
-
157} // namespace exterior
-
158
-
159} // namespace sil
- +
157 // Compute Hodge star
+
158 return fill_hodge_star<Indices1, Indices2>(exec_space, hodge_star, metric_det, metric_prod);
+
+
159}
+
160
+
161} // namespace exterior
+
162
+
163} // namespace sil
+ -
sil::exterior::fill_hodge_star
HodgeStarType fill_hodge_star(ExecSpace const &exec_space, HodgeStarType hodge_star, MetricDeterminantType metric_determinant, MetricProdType metric_prod)
Definition hodge_star.hpp:43
-
sil::exterior::hodge_star_domain_t
ddc::detail::convert_type_seq_to_discrete_domain_t< ddc::type_seq_merge_t< ddc::detail::TypeSeq< misc::convert_type_seq_to_t< tensor::TensorFullIndex, Indices1 > >, ddc::detail::TypeSeq< misc::convert_type_seq_to_t< tensor::TensorAntisymmetricIndex, Indices2 > > > > hodge_star_domain_t
Definition hodge_star.hpp:26
+
sil::exterior::fill_hodge_star
HodgeStarType fill_hodge_star(ExecSpace const &exec_space, HodgeStarType hodge_star, MetricDeterminantType metric_determinant, MetricProdType metric_prod)
Definition hodge_star.hpp:47
+
sil::exterior::hodge_star_domain_t
ddc::detail::convert_type_seq_to_discrete_domain_t< ddc::type_seq_merge_t< ddc::detail::TypeSeq< misc::convert_type_seq_to_t< tensor::TensorFullIndex, Indices1 > >, std::conditional_t<(ddc::type_seq_size_v< Indices2 >==0), ddc::detail::TypeSeq<>, ddc::detail::TypeSeq< misc::convert_type_seq_to_t< tensor::TensorAntisymmetricIndex, Indices2 > > > > > hodge_star_domain_t
Definition hodge_star.hpp:26
sil::misc::factorial
constexpr std::size_t factorial(std::size_t k) noexcept
Definition factorial.hpp:13
sil::misc::convert_type_seq_to_t
typename detail::ConvertTypeSeqTo< T, Seq >::type convert_type_seq_to_t
Definition type_seq_conversion.hpp:45
sil::tensor::Tensor
Tensor(ddc::Chunk< ElementType, SupportType, Allocator >) -> Tensor< ElementType, SupportType, Kokkos::layout_right, typename Allocator::memory_space >
@@ -305,9 +309,10 @@
sil::tensor::determinant
KOKKOS_FUNCTION ViewType::value_type determinant(const ViewType &matrix)
Definition determinant.hpp:18
sil::tensor::metric_index_2
ddc::type_seq_element_t< 1, ddc::to_type_seq_t< typename MetricIndex::subindices_domain_t > > metric_index_2
Definition metric.hpp:39
sil::tensor::metric_prod_domain_t
typename detail::MetricProdDomainType< MetricIndex, Indices1, Indices2 >::type metric_prod_domain_t
Definition metric.hpp:139
-
sil::tensor::tensor_accessor_for_domain_t
detail::TensorAccessorForDomain< Dom >::type tensor_accessor_for_domain_t
Definition tensor_impl.hpp:324
+
sil::tensor::tensor_accessor_for_domain_t
detail::TensorAccessorForDomain< Dom >::type tensor_accessor_for_domain_t
Definition tensor_impl.hpp:329
sil::tensor::are_contravariant_v
bool constexpr are_contravariant_v
Definition character.hpp:267
sil
The top-level namespace of SimiLie.
Definition csr.hpp:14
+
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134 CochainTag>(exec_space, laplacian_tensor, tensor, inv_metric);
135 exec_space.fence();
-
136 } else if (CochainTag::rank() < LaplacianDummyIndex::size()) {
+
136 } else if constexpr (CochainTag::rank() < LaplacianDummyIndex::size()) {
137 auto tmp_alloc = ddc::create_mirror(laplacian_tensor);
138 tensor::Tensor tmp(tmp_alloc);
139
@@ -284,7 +284,7 @@
153 KOKKOS_LAMBDA(typename TensorType::discrete_element_type elem) {
154 laplacian_tensor(elem) += tmp(elem);
155 });
-
156 } else if (CochainTag::rank() == LaplacianDummyIndex::size()) {
+
156 } else if constexpr (CochainTag::rank() == LaplacianDummyIndex::size()) {
157 detail::coboundary_of_codifferential<
158 MetricIndex,
159 LaplacianDummyIndex,
@@ -305,7 +305,7 @@
sil::exterior::deriv
coboundary_tensor_t< TagToAddToCochain, CochainTag, TensorType > deriv(ExecSpace const &exec_space, coboundary_tensor_t< TagToAddToCochain, CochainTag, TensorType > coboundary_tensor, TensorType tensor)
Definition coboundary.hpp:325
sil::exterior::codifferential_index_t
typename detail::CodifferentialIndex< TagToRemoveFromCochain, CochainTag >::type codifferential_index_t
Definition codifferential.hpp:80
sil::exterior::coboundary_index_t
typename detail::CoboundaryIndex< TagToAddToCochain, CochainTag >::type coboundary_index_t
Definition coboundary.hpp:81
-
sil::exterior::codifferential
codifferential_tensor_t< TagToRemoveFromCochain, CochainTag, TensorType > codifferential(ExecSpace const &exec_space, codifferential_tensor_t< TagToRemoveFromCochain, CochainTag, TensorType > codifferential_tensor, TensorType tensor, MetricType inv_metric)
Definition codifferential.hpp:151
+
sil::exterior::codifferential
codifferential_tensor_t< TagToRemoveFromCochain, CochainTag, TensorType > codifferential(ExecSpace const &exec_space, codifferential_tensor_t< TagToRemoveFromCochain, CochainTag, TensorType > codifferential_tensor, TensorType tensor, MetricType inv_metric)
Definition codifferential.hpp:168
sil::tensor::Tensor
Tensor(ddc::Chunk< ElementType, SupportType, Allocator >) -> Tensor< ElementType, SupportType, Kokkos::layout_right, typename Allocator::memory_space >
sil::tensor::is_covariant_v
bool constexpr is_covariant_v
Definition character.hpp:212
sil
The top-level namespace of SimiLie.
Definition csr.hpp:14
diff --git a/levi__civita__tensor_8hpp_source.html b/levi__civita__tensor_8hpp_source.html index 1359c203..33d805a5 100644 --- a/levi__civita__tensor_8hpp_source.html +++ b/levi__civita__tensor_8hpp_source.html @@ -205,57 +205,61 @@
61 KOKKOS_FUNCTION static constexpr std::size_t access_id(
62 std::array<std::size_t, sizeof...(TensorIndex)> const natural_ids)
63 {
-
64 int const parity = misc::permutation_parity(natural_ids);
-
65 if (parity == 0) {
-
66 return 0;
-
67 } else if (parity == 1) {
-
68 return 1;
-
69 } else {
-
70 return 2;
-
71 }
-
72 }
+
64 if constexpr (rank() == 1) {
+
65 return 1;
+
66 } else {
+
67 int const parity = misc::permutation_parity(natural_ids);
+
68 if (parity == 0) {
+
69 return 0;
+
70 } else if (parity == 1) {
+
71 return 1;
+
72 } else {
+
73 return 2;
+
74 }
+
75 }
+
76 }
-
73
-
-
74 KOKKOS_FUNCTION static constexpr std::size_t access_id_to_mem_id(
-
75 [[maybe_unused]] std::size_t access_id)
-
76 {
-
77 return std::numeric_limits<std::size_t>::max();
-
78 }
+
77
+
+
78 KOKKOS_FUNCTION static constexpr std::size_t access_id_to_mem_id(
+
79 [[maybe_unused]] std::size_t access_id)
+
80 {
+
81 return std::numeric_limits<std::size_t>::max();
+
82 }
-
79
-
80 template <class Tensor, class Elem, class Id, class FunctorType>
-
-
81 KOKKOS_FUNCTION static constexpr Tensor::element_type process_access(
-
82 const FunctorType& access,
-
83 Tensor tensor,
-
84 Elem elem)
-
85 {
-
86 if (elem.template uid<Id>() == 0) {
-
87 return 0;
-
88 } else if (elem.template uid<Id>() == 1) {
-
89 return access(tensor, elem);
-
90 } else {
-
91 return -access(tensor, elem);
-
92 }
-
93 }
+
83
+
84 template <class Tensor, class Elem, class Id, class FunctorType>
+
+
85 KOKKOS_FUNCTION static constexpr Tensor::element_type process_access(
+
86 const FunctorType& access,
+
87 Tensor tensor,
+
88 Elem elem)
+
89 {
+
90 if (elem.template uid<Id>() == 0) {
+
91 return 0;
+
92 } else if (elem.template uid<Id>() == 1) {
+
93 return access(tensor, elem);
+
94 } else {
+
95 return -access(tensor, elem);
+
96 }
+
97 }
-
94
-
95 KOKKOS_FUNCTION static constexpr std::array<std::size_t, rank()>
-
-
96 mem_id_to_canonical_natural_ids(std::size_t mem_id)
-
97 {
-
98 assert(mem_id < mem_size()); // Always false
-
99 std::array<std::size_t, rank()> ids;
-
100 return ids;
-
101 }
+
98
+
99 KOKKOS_FUNCTION static constexpr std::array<std::size_t, rank()>
+
+
100 mem_id_to_canonical_natural_ids(std::size_t mem_id)
+
101 {
+
102 assert(mem_id < mem_size()); // Always false
+
103 std::array<std::size_t, rank()> ids;
+
104 return ids;
+
105 }
-
102};
+
106};
-
103
-
104} // namespace tensor
-
105
-
106} // namespace sil
+
107
+
108} // namespace tensor
+
109
+
110} // namespace sil
sil::misc::permutation_parity
constexpr int permutation_parity(std::array< std::size_t, N > lst)
Definition permutation_parity.hpp:19
sil::tensor::Tensor
Tensor(ddc::Chunk< ElementType, SupportType, Allocator >) -> Tensor< ElementType, SupportType, Kokkos::layout_right, typename Allocator::memory_space >
@@ -264,15 +268,15 @@
sil::tensor::TensorLeviCivitaIndex::rank
static KOKKOS_FUNCTION constexpr std::size_t rank()
Definition levi_civita_tensor.hpp:33
sil::tensor::TensorLeviCivitaIndex::access_id
static KOKKOS_FUNCTION constexpr std::size_t access_id(std::array< std::size_t, sizeof...(TensorIndex)> const natural_ids)
Definition levi_civita_tensor.hpp:61
sil::tensor::TensorLeviCivitaIndex::subindices_domain
static KOKKOS_FUNCTION constexpr subindices_domain_t subindices_domain()
Definition levi_civita_tensor.hpp:25
-
sil::tensor::TensorLeviCivitaIndex::access_id_to_mem_id
static KOKKOS_FUNCTION constexpr std::size_t access_id_to_mem_id(std::size_t access_id)
Definition levi_civita_tensor.hpp:74
+
sil::tensor::TensorLeviCivitaIndex::access_id_to_mem_id
static KOKKOS_FUNCTION constexpr std::size_t access_id_to_mem_id(std::size_t access_id)
Definition levi_civita_tensor.hpp:78
sil::tensor::TensorLeviCivitaIndex::mem_id
static KOKKOS_FUNCTION constexpr std::size_t mem_id(std::array< std::size_t, sizeof...(TensorIndex)> const natural_ids)
Definition levi_civita_tensor.hpp:55
sil::tensor::TensorLeviCivitaIndex::access_size
static KOKKOS_FUNCTION constexpr std::size_t access_size()
Definition levi_civita_tensor.hpp:50
-
sil::tensor::TensorLeviCivitaIndex::process_access
static KOKKOS_FUNCTION constexpr Tensor::element_type process_access(const FunctorType &access, Tensor tensor, Elem elem)
Definition levi_civita_tensor.hpp:81
+
sil::tensor::TensorLeviCivitaIndex::process_access
static KOKKOS_FUNCTION constexpr Tensor::element_type process_access(const FunctorType &access, Tensor tensor, Elem elem)
Definition levi_civita_tensor.hpp:85
sil::tensor::TensorLeviCivitaIndex::size
static KOKKOS_FUNCTION constexpr std::size_t size()
Definition levi_civita_tensor.hpp:40
sil::tensor::TensorLeviCivitaIndex::is_explicitely_stored_tensor
static constexpr bool is_explicitely_stored_tensor
Definition levi_civita_tensor.hpp:21
sil::tensor::TensorLeviCivitaIndex::mem_size
static KOKKOS_FUNCTION constexpr std::size_t mem_size()
Definition levi_civita_tensor.hpp:45
sil::tensor::TensorLeviCivitaIndex::subindices_domain_t
ddc::DiscreteDomain< TensorIndex... > subindices_domain_t
Definition levi_civita_tensor.hpp:23
-
sil::tensor::TensorLeviCivitaIndex::mem_id_to_canonical_natural_ids
static KOKKOS_FUNCTION constexpr std::array< std::size_t, rank()> mem_id_to_canonical_natural_ids(std::size_t mem_id)
Definition levi_civita_tensor.hpp:96
+
sil::tensor::TensorLeviCivitaIndex::mem_id_to_canonical_natural_ids
static KOKKOS_FUNCTION constexpr std::array< std::size_t, rank()> mem_id_to_canonical_natural_ids(std::size_t mem_id)
Definition levi_civita_tensor.hpp:100
diff --git a/metric_8hpp_source.html b/metric_8hpp_source.html index 403d933b..86481864 100644 --- a/metric_8hpp_source.html +++ b/metric_8hpp_source.html @@ -680,12 +680,12 @@
sil::tensor::Tensor
Tensor(ddc::Chunk< ElementType, SupportType, Allocator >) -> Tensor< ElementType, SupportType, Kokkos::layout_right, typename Allocator::memory_space >
-
sil::tensor::tensor_prod
Tensor< ElementType, ddc::DiscreteDomain< ProdDDim... >, LayoutStridedPolicy, Kokkos::DefaultHostExecutionSpace::memory_space > tensor_prod(Tensor< ElementType, ddc::DiscreteDomain< ProdDDim... >, LayoutStridedPolicy, Kokkos::DefaultHostExecutionSpace::memory_space > prod_tensor, Tensor< ElementType, ddc::DiscreteDomain< DDim1... >, LayoutStridedPolicy, MemorySpace > tensor1, Tensor< ElementType, ddc::DiscreteDomain< DDim2... >, LayoutStridedPolicy, MemorySpace > tensor2)
Definition tensor_impl.hpp:1237
+
sil::tensor::tensor_prod
Tensor< ElementType, ddc::DiscreteDomain< ProdDDim... >, LayoutStridedPolicy, Kokkos::DefaultHostExecutionSpace::memory_space > tensor_prod(Tensor< ElementType, ddc::DiscreteDomain< ProdDDim... >, LayoutStridedPolicy, Kokkos::DefaultHostExecutionSpace::memory_space > prod_tensor, Tensor< ElementType, ddc::DiscreteDomain< DDim1... >, LayoutStridedPolicy, MemorySpace > tensor1, Tensor< ElementType, ddc::DiscreteDomain< DDim2... >, LayoutStridedPolicy, MemorySpace > tensor2)
Definition tensor_impl.hpp:1245
sil::tensor::metric_prod_t
typename detail::MetricProdType< NonMetricDom, MetricIndex, Indices1, Indices2, LayoutStridedPolicy, MemorySpace >::type metric_prod_t
Definition metric.hpp:190
-
sil::tensor::relabelize_indices_of_t
detail::RelabelizeIndicesOfType< TensorType, OldIndices, NewIndices >::type relabelize_indices_of_t
Definition tensor_impl.hpp:1115
+
sil::tensor::relabelize_indices_of_t
detail::RelabelizeIndicesOfType< TensorType, OldIndices, NewIndices >::type relabelize_indices_of_t
Definition tensor_impl.hpp:1123
sil::tensor::metric_index_1
ddc::type_seq_element_t< 0, ddc::to_type_seq_t< typename MetricIndex::subindices_domain_t > > metric_index_1
Definition metric.hpp:31
sil::tensor::primes
detail::Primes< Indices, I >::type primes
Definition prime.hpp:50
-
sil::tensor::relabelize_indices_in
constexpr relabelize_indices_in_t< T, OldIndices, NewIndices > relabelize_indices_in(T t)
Definition tensor_impl.hpp:1026
+
sil::tensor::relabelize_indices_in
constexpr relabelize_indices_in_t< T, OldIndices, NewIndices > relabelize_indices_in(T t)
Definition tensor_impl.hpp:1034
sil::tensor::fill_inverse_metric
invert_metric_t< MetricType > fill_inverse_metric(ExecSpace const &exec_space, invert_metric_t< MetricType > inv_metric, MetricType metric)
Definition metric.hpp:404
sil::tensor::relabelize_metric_in_domain
constexpr relabelize_metric_in_domain_t< Dom, Index1, Index2 > relabelize_metric_in_domain(Dom metric_dom)
Definition metric.hpp:78
sil::tensor::relabelize_metric
constexpr relabelize_metric_t< TensorType, Index1, Index2 > relabelize_metric(TensorType tensor)
Definition metric.hpp:101
@@ -696,11 +696,11 @@
sil::tensor::metric_prod_domain_t
typename detail::MetricProdDomainType< MetricIndex, Indices1, Indices2 >::type metric_prod_domain_t
Definition metric.hpp:139
sil::tensor::fill_metric_prod
metric_prod_t< typename MetricType::non_indices_domain_t, MetricIndex, Indices1, Indices2, typename MetricType::layout_type, typename MetricType::memory_space > fill_metric_prod(ExecSpace const &exec_space, metric_prod_t< typename MetricType::non_indices_domain_t, MetricIndex, Indices1, Indices2, typename MetricType::layout_type, typename MetricType::memory_space > metric_prod, MetricType metric)
Definition metric.hpp:284
sil::tensor::swap_character
detail::SwapCharacter< T >::type swap_character
Definition character.hpp:134
-
sil::tensor::relabelize_indices_of
constexpr relabelize_indices_of_t< Tensor, OldIndices, NewIndices > relabelize_indices_of(Tensor tensor)
Definition tensor_impl.hpp:1121
+
sil::tensor::relabelize_indices_of
constexpr relabelize_indices_of_t< Tensor, OldIndices, NewIndices > relabelize_indices_of(Tensor tensor)
Definition tensor_impl.hpp:1129
sil::tensor::relabelize_metric_t
relabelize_indices_of_t< TensorType, ddc::detail::TypeSeq< typename detail::ConvertTypeSeqToMetricIndex1< typename Index1::type_seq_dimensions >::type, typename detail::ConvertTypeSeqToMetricIndex2< typename Index2::type_seq_dimensions >::type >, ddc::detail::TypeSeq< uncharacterize< Index1 >, uncharacterize< Index2 > > > relabelize_metric_t
Definition metric.hpp:91
sil::tensor::uncharacterize
detail::Uncharacterize< Index >::type uncharacterize
Definition character.hpp:172
-
sil::tensor::tensor_accessor_for_domain_t
detail::TensorAccessorForDomain< Dom >::type tensor_accessor_for_domain_t
Definition tensor_impl.hpp:324
-
sil::tensor::relabelize_indices_in_t
typename detail::RelabelizeIndicesInType< T, OldIndices, NewIndices >::type relabelize_indices_in_t
Definition tensor_impl.hpp:975
+
sil::tensor::tensor_accessor_for_domain_t
detail::TensorAccessorForDomain< Dom >::type tensor_accessor_for_domain_t
Definition tensor_impl.hpp:329
+
sil::tensor::relabelize_indices_in_t
typename detail::RelabelizeIndicesInType< T, OldIndices, NewIndices >::type relabelize_indices_in_t
Definition tensor_impl.hpp:983
sil
The top-level namespace of SimiLie.
Definition csr.hpp:14
diff --git a/namespacemembers.html b/namespacemembers.html index 212288aa..673c7e21 100644 --- a/namespacemembers.html +++ b/namespacemembers.html @@ -181,7 +181,7 @@

- f -

    - h -

    diff --git a/namespacemembers_type.html b/namespacemembers_type.html index 57eb5911..3eb5c5e4 100644 --- a/namespacemembers_type.html +++ b/namespacemembers_type.html @@ -154,7 +154,7 @@

    - f -

      - h -

      diff --git a/namespacesil_1_1exterior.html b/namespacesil_1_1exterior.html index 681ea336..115cf949 100644 --- a/namespacesil_1_1exterior.html +++ b/namespacesil_1_1exterior.html @@ -179,9 +179,9 @@ template<class T , class ElementType = double, class LayoutStridedPolicy = Kokkos::LayoutRight> using Form = typename detail::FormWrapper<T, ElementType, LayoutStridedPolicy>::type   -template<misc::Specialization< ddc::detail::TypeSeq > Indices1, misc::Specialization< ddc::detail::TypeSeq > Indices2> -using hodge_star_domain_t -  +template<misc::Specialization< ddc::detail::TypeSeq > Indices1, misc::Specialization< ddc::detail::TypeSeq > Indices2> +using hodge_star_domain_t +  template<std::size_t K, class Dom > using simplex_for_domain_t = detail::SimplexForDomain<K, Dom>::type   @@ -398,8 +398,8 @@

      -

      ◆ hodge_star_domain_t

      + +

      ◆ hodge_star_domain_t

      @@ -407,7 +407,7 @@

      - using sil::exterior::hodge_star_domain_t + using sil::exterior::hodge_star_domain_t

      @@ -415,8 +415,12 @@

      ddc::detail::TypeSeq<misc::convert_type_seq_to_t<

      tensor::TensorFullIndex,
      Indices1>>,
      -
      ddc::detail::TypeSeq<
      -
      misc::convert_type_seq_to_t<tensor::TensorAntisymmetricIndex, Indices2>>>>
      +
      std::conditional_t<
      +
      (ddc::type_seq_size_v<Indices2> == 0),
      +
      ddc::detail::TypeSeq<>,
      +
      ddc::detail::TypeSeq<misc::convert_type_seq_to_t<
      +
      tensor::TensorAntisymmetricIndex,
      +
      Indices2>>>>>

      Definition at line 26 of file hodge_star.hpp.

      @@ -699,7 +703,7 @@

      -

      Definition at line 151 of file codifferential.hpp.

      +

      Definition at line 168 of file codifferential.hpp.

      @@ -760,7 +764,7 @@

      -

      Definition at line 43 of file hodge_star.hpp.

      +

      Definition at line 47 of file hodge_star.hpp.

      @@ -790,7 +794,7 @@

      -

      Definition at line 83 of file hodge_star.hpp.

      +

      Definition at line 87 of file hodge_star.hpp.

      diff --git a/namespacesil_1_1exterior.js b/namespacesil_1_1exterior.js index 3613638b..c6d5ece4 100644 --- a/namespacesil_1_1exterior.js +++ b/namespacesil_1_1exterior.js @@ -14,7 +14,7 @@ var namespacesil_1_1exterior = [ "codifferential_index_t", "namespacesil_1_1exterior.html#aab91885c880898f8e30304a22b965a22", null ], [ "codifferential_tensor_t", "namespacesil_1_1exterior.html#a3da5f6d818417a943e98321a4f70d534", null ], [ "Form", "namespacesil_1_1exterior.html#a04a63056a25815fe3b4e94eddd7dbede", null ], - [ "hodge_star_domain_t", "namespacesil_1_1exterior.html#afd93aa912be271019b5425e00391049e", null ], + [ "hodge_star_domain_t", "namespacesil_1_1exterior.html#a4efa14fa3fbc50aef998647604aa1589", null ], [ "simplex_for_domain_t", "namespacesil_1_1exterior.html#abaced41367e3e156dc7d8467022b3b94", null ], [ "boundary", "namespacesil_1_1exterior.html#ab67124170cc5aa39c400687dc9e9e439", null ], [ "boundary", "namespacesil_1_1exterior.html#a5c98c080f983d9b2020d6b0f13598044", null ], diff --git a/namespacesil_1_1tensor.html b/namespacesil_1_1tensor.html index 5894d555..5cfa9e33 100644 --- a/namespacesil_1_1tensor.html +++ b/namespacesil_1_1tensor.html @@ -149,6 +149,8 @@   struct  prime   +struct  ScalarIndex +  class  Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >  Tensor class. More...
        @@ -541,7 +543,7 @@

      TensorType,
      ddc::to_type_seq_t<typename TensorType::accessor_t::natural_domain_t>,
      uncharacterize<ddc::to_type_seq_t<typename TensorType::accessor_t::natural_domain_t>>>
      -
      sil::tensor::relabelize_indices_of_t
      detail::RelabelizeIndicesOfType< TensorType, OldIndices, NewIndices >::type relabelize_indices_of_t
      Definition tensor_impl.hpp:1115
      +
      sil::tensor::relabelize_indices_of_t
      detail::RelabelizeIndicesOfType< TensorType, OldIndices, NewIndices >::type relabelize_indices_of_t
      Definition tensor_impl.hpp:1123

      Definition at line 177 of file character.hpp.

      @@ -624,7 +626,7 @@

      typename detail::ConvertTypeSeqToMetricIndex2<
      typename Index2::type_seq_dimensions>::type>,
      ddc::detail::TypeSeq<uncharacterize<Index1>, uncharacterize<Index2>>>
      -
      sil::tensor::relabelize_indices_in_t
      typename detail::RelabelizeIndicesInType< T, OldIndices, NewIndices >::type relabelize_indices_in_t
      Definition tensor_impl.hpp:975
      +
      sil::tensor::relabelize_indices_in_t
      typename detail::RelabelizeIndicesInType< T, OldIndices, NewIndices >::type relabelize_indices_in_t
      Definition tensor_impl.hpp:983

      Definition at line 68 of file metric.hpp.

      @@ -791,7 +793,7 @@

      -

      Definition at line 135 of file tensor_impl.hpp.

      +

      Definition at line 140 of file tensor_impl.hpp.

      @@ -809,7 +811,7 @@

      -

      Definition at line 324 of file tensor_impl.hpp.

      +

      Definition at line 329 of file tensor_impl.hpp.

      @@ -827,7 +829,7 @@

      -

      Definition at line 811 of file tensor_impl.hpp.

      +

      Definition at line 819 of file tensor_impl.hpp.

      @@ -845,7 +847,7 @@

      -

      Definition at line 877 of file tensor_impl.hpp.

      +

      Definition at line 885 of file tensor_impl.hpp.

      @@ -865,7 +867,7 @@

      typename detail::RelabelizeIndicesInType<T, OldIndices, NewIndices>::type
      -

      Definition at line 975 of file tensor_impl.hpp.

      +

      Definition at line 983 of file tensor_impl.hpp.

      @@ -883,7 +885,7 @@

      -

      Definition at line 1115 of file tensor_impl.hpp.

      +

      Definition at line 1123 of file tensor_impl.hpp.

      @@ -901,7 +903,7 @@

      -

      Definition at line 1167 of file tensor_impl.hpp.

      +

      Definition at line 1175 of file tensor_impl.hpp.

      @@ -1236,7 +1238,7 @@

      -

      Definition at line 846 of file tensor_impl.hpp.

      +

      Definition at line 854 of file tensor_impl.hpp.

      @@ -1265,7 +1267,7 @@

      -

      Definition at line 890 of file tensor_impl.hpp.

      +

      Definition at line 898 of file tensor_impl.hpp.

      @@ -1294,7 +1296,7 @@

      -

      Definition at line 1026 of file tensor_impl.hpp.

      +

      Definition at line 1034 of file tensor_impl.hpp.

      @@ -1323,7 +1325,7 @@

      -

      Definition at line 1121 of file tensor_impl.hpp.

      +

      Definition at line 1129 of file tensor_impl.hpp.

      @@ -1348,7 +1350,7 @@

      -

      Definition at line 1135 of file tensor_impl.hpp.

      +

      Definition at line 1143 of file tensor_impl.hpp.

      @@ -1373,7 +1375,7 @@

      -

      Definition at line 1172 of file tensor_impl.hpp.

      +

      Definition at line 1180 of file tensor_impl.hpp.

      @@ -1403,7 +1405,7 @@

      -

      Definition at line 1237 of file tensor_impl.hpp.

      +

      Definition at line 1245 of file tensor_impl.hpp.

      @@ -1428,7 +1430,7 @@

      -

      Definition at line 1323 of file tensor_impl.hpp.

      +

      Definition at line 1331 of file tensor_impl.hpp.

      diff --git a/namespacesil_1_1tensor.js b/namespacesil_1_1tensor.js index 130c87c1..b234b98e 100644 --- a/namespacesil_1_1tensor.js +++ b/namespacesil_1_1tensor.js @@ -6,6 +6,7 @@ var namespacesil_1_1tensor = [ "MetricIndex1", "structsil_1_1tensor_1_1MetricIndex1.html", null ], [ "MetricIndex2", "structsil_1_1tensor_1_1MetricIndex2.html", null ], [ "prime", "structsil_1_1tensor_1_1prime.html", null ], + [ "ScalarIndex", "structsil_1_1tensor_1_1ScalarIndex.html", null ], [ "Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >", "classsil_1_1tensor_1_1Tensor_3_01ElementType_00_01ddc_1_1DiscreteDomain_3_01DDim_8_8_8_01_4_00_0ff62584396f9b5f08cbf3c068fb7130c.html", "classsil_1_1tensor_1_1Tensor_3_01ElementType_00_01ddc_1_1DiscreteDomain_3_01DDim_8_8_8_01_4_00_0ff62584396f9b5f08cbf3c068fb7130c" ], [ "TensorAccessor", "classsil_1_1tensor_1_1TensorAccessor.html", "classsil_1_1tensor_1_1TensorAccessor" ], [ "TensorAntisymmetricIndex", 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      sil::tensor::ScalarIndex Member List
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      This is the complete list of members for sil::tensor::ScalarIndex, including all inherited members.

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      access_id(std::size_t const natural_id)sil::tensor::TensorNaturalIndex<>inlinestatic
      access_id_to_mem_id(std::size_t access_id)sil::tensor::TensorNaturalIndex<>inlinestatic
      access_size()sil::tensor::TensorNaturalIndex<>inlinestatic
      is_explicitely_stored_tensorsil::tensor::TensorNaturalIndex<>static
      is_tensor_indexsil::tensor::TensorNaturalIndex<>static
      is_tensor_natural_indexsil::tensor::TensorNaturalIndex<>static
      mem_id()sil::tensor::TensorNaturalIndex<>inlinestatic
      mem_id(std::size_t const natural_id)sil::tensor::TensorNaturalIndex<>inlinestatic
      mem_id_to_canonical_natural_ids(std::size_t mem_id)sil::tensor::TensorNaturalIndex<>inlinestatic
      mem_size()sil::tensor::TensorNaturalIndex<>inlinestatic
      process_access(const FunctorType &access, Tensor tensor, Elem elem)sil::tensor::TensorNaturalIndex<>inlinestatic
      rank()sil::tensor::TensorNaturalIndex<>inlinestatic
      size()sil::tensor::TensorNaturalIndex<>inlinestatic
      subindices_domain()sil::tensor::TensorNaturalIndex<>inlinestatic
      subindices_domain_t typedefsil::tensor::TensorNaturalIndex<>
      type_seq_dimensions typedefsil::tensor::TensorNaturalIndex<>
      +
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      sil::tensor::ScalarIndex Struct Reference
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      + +

      #include <tensor_impl.hpp>

      +
      +Inheritance diagram for sil::tensor::ScalarIndex:
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      Inheritance graph
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      +Collaboration diagram for sil::tensor::ScalarIndex:
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      +Additional Inherited Members

      - Public Types inherited from sil::tensor::TensorNaturalIndex<>
      using type_seq_dimensions
       
      using subindices_domain_t
       
      - Static Public Member Functions inherited from sil::tensor::TensorNaturalIndex<>
      static KOKKOS_FUNCTION constexpr subindices_domain_t subindices_domain ()
       
      static KOKKOS_FUNCTION constexpr std::size_t rank ()
       
      static KOKKOS_FUNCTION constexpr std::size_t size ()
       
      static KOKKOS_FUNCTION constexpr std::size_t mem_size ()
       
      static KOKKOS_FUNCTION constexpr std::size_t access_size ()
       
      static KOKKOS_FUNCTION constexpr std::size_t mem_id ()
       
      static KOKKOS_FUNCTION constexpr std::size_t mem_id (std::size_t const natural_id)
       
      static KOKKOS_FUNCTION constexpr std::size_t access_id (std::size_t const natural_id)
       
      static KOKKOS_FUNCTION constexpr std::size_t access_id_to_mem_id (std::size_t access_id)
       
      static KOKKOS_FUNCTION constexpr Tensor::element_type process_access (const FunctorType &access, Tensor tensor, Elem elem)
       
      static KOKKOS_FUNCTION constexpr std::array< std::size_t, rank()> mem_id_to_canonical_natural_ids (std::size_t mem_id)
       
      - Static Public Attributes inherited from sil::tensor::TensorNaturalIndex<>
      static constexpr bool is_tensor_index
       
      static constexpr bool is_tensor_natural_index
       
      static constexpr bool is_explicitely_stored_tensor
       
      +

      Detailed Description

      +
      +

      Definition at line 114 of file tensor_impl.hpp.

      +
      The documentation for this struct was generated from the following file: +
      +
      + + + + + + diff --git a/structsil_1_1tensor_1_1ScalarIndex__coll__graph.map b/structsil_1_1tensor_1_1ScalarIndex__coll__graph.map new file mode 100644 index 00000000..01ab36fb --- /dev/null +++ b/structsil_1_1tensor_1_1ScalarIndex__coll__graph.map @@ -0,0 +1,5 @@ + + + + + diff --git a/structsil_1_1tensor_1_1ScalarIndex__coll__graph.md5 b/structsil_1_1tensor_1_1ScalarIndex__coll__graph.md5 new file mode 100644 index 00000000..ce5bb830 --- /dev/null +++ b/structsil_1_1tensor_1_1ScalarIndex__coll__graph.md5 @@ -0,0 +1 @@ +44997e25c7310748c141eeca89c7f7da \ No newline at end of file diff --git a/structsil_1_1tensor_1_1ScalarIndex__coll__graph.png b/structsil_1_1tensor_1_1ScalarIndex__coll__graph.png new file mode 100644 index 0000000000000000000000000000000000000000..ac3af0cfe4f0f2bd1ee77b4dd0d543a8cf08cf5b GIT binary patch literal 18943 zcmcJ%by$^K*EhNVMU(}INh6?$0wRrcD2NDx(kR{Cog$!82Hn!qUD7Sx-AG6`NPgqq z`+47Qzu)tmbFS;0>+Jo93M=k4?>Wc#)mR^-rNrrg0+VH|Au 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      Definition at line 74 of file levi_civita_tensor.hpp.

      +

      Definition at line 78 of file levi_civita_tensor.hpp.

      @@ -472,7 +472,7 @@

      -

      Definition at line 81 of file levi_civita_tensor.hpp.

      +

      Definition at line 85 of file levi_civita_tensor.hpp.

      @@ -501,7 +501,7 @@

      -

      Definition at line 96 of file levi_civita_tensor.hpp.

      +

      Definition at line 100 of file levi_civita_tensor.hpp.

      diff --git a/tensor__impl_8hpp_source.html b/tensor__impl_8hpp_source.html index 2b2aaaef..80c52212 100644 --- a/tensor__impl_8hpp_source.html +++ b/tensor__impl_8hpp_source.html @@ -268,1340 +268,1351 @@
      111} && DDim::is_tensor_natural_index;
      112
      -
      113// natural_domain_t is obtained using concept and specialization
      -
      114namespace detail {
      -
      115
      -
      116template <class Index>
      -
      117struct NaturalDomainType;
      -
      118
      -
      119template <class Index>
      -
      120 requires(TensorIndex<Index> && !TensorNatIndex<Index>)
      -
      121struct NaturalDomainType<Index>
      -
      122{
      -
      123 using type = typename Index::subindices_domain_t;
      -
      124};
      -
      125
      -
      126template <TensorNatIndex Index>
      -
      127struct NaturalDomainType<Index>
      -
      128{
      -
      129 using type = ddc::DiscreteDomain<Index>;
      -
      130};
      -
      131
      -
      132} // namespace detail
      -
      133
      -
      134template <TensorIndex Index>
      -
      135using natural_domain_t = typename detail::NaturalDomainType<Index>::type;
      +
      113// ScalarIndex, a generic rank-0 index
      +
      +
      114struct ScalarIndex : TensorNaturalIndex<>
      +
      115{
      +
      116};
      +
      +
      117
      +
      118// natural_domain_t is obtained using concept and specialization
      +
      119namespace detail {
      +
      120
      +
      121template <class Index>
      +
      122struct NaturalDomainType;
      +
      123
      +
      124template <class Index>
      +
      125 requires(TensorIndex<Index> && !TensorNatIndex<Index>)
      +
      126struct NaturalDomainType<Index>
      +
      127{
      +
      128 using type = typename Index::subindices_domain_t;
      +
      129};
      +
      130
      +
      131template <TensorNatIndex Index>
      +
      132struct NaturalDomainType<Index>
      +
      133{
      +
      134 using type = ddc::DiscreteDomain<Index>;
      +
      135};
      136
      -
      137// Helpers to build the access_id() function which computes the ids of subindices of an index. This cumbersome logic is necessary because subindices do not necessarily have the same rank.
      -
      138namespace detail {
      -
      139// For Tmunu and index=nu, returns 1
      -
      140template <class Index, class...>
      -
      141struct NbDimsBeforeIndex;
      -
      142
      -
      143template <class Index, class IndexHead, class... IndexTail>
      -
      144struct NbDimsBeforeIndex<Index, ddc::detail::TypeSeq<IndexHead, IndexTail...>>
      -
      145{
      -
      146 static constexpr std::size_t run(std::size_t nb_dims_before_index)
      -
      147 {
      -
      148 if constexpr (std::is_same_v<IndexHead, Index>) {
      -
      149 return nb_dims_before_index;
      -
      150 } else {
      -
      151 return NbDimsBeforeIndex<Index, ddc::detail::TypeSeq<IndexTail...>>::run(
      -
      152 nb_dims_before_index + IndexHead::rank());
      -
      153 }
      -
      154 }
      -
      155};
      -
      156
      -
      157// Offset and index sequence
      -
      158template <std::size_t Offset, class IndexSeq>
      -
      159struct OffsetIndexSeq;
      -
      160
      -
      161template <std::size_t Offset, std::size_t... Is>
      -
      162struct OffsetIndexSeq<Offset, std::integer_sequence<std::size_t, Is...>>
      -
      163{
      -
      164 using type = std::integer_sequence<std::size_t, Offset + Is...>;
      -
      165};
      -
      166
      -
      167template <std::size_t Offset, class IndexSeq>
      -
      168using offset_index_seq_t = OffsetIndexSeq<Offset, IndexSeq>::type;
      -
      169
      -
      170// Returns dimensions from integers (ie. for Tmunu, <1> gives nu)
      -
      171template <class CDimTypeSeq, class IndexSeq>
      -
      172struct TypeSeqDimsAtInts;
      -
      173
      -
      174template <class CDimTypeSeq, std::size_t... Is>
      -
      175struct TypeSeqDimsAtInts<CDimTypeSeq, std::integer_sequence<std::size_t, Is...>>
      -
      176{
      -
      177 using type = ddc::detail::TypeSeq<ddc::type_seq_element_t<Is, CDimTypeSeq>...>;
      -
      178};
      -
      179
      -
      180template <class CDimTypeSeq, class IndexSeq>
      -
      181using type_seq_dims_at_ints_t = TypeSeqDimsAtInts<CDimTypeSeq, IndexSeq>::type;
      -
      182
      -
      183// Returns Index::access_id but from a type seq (in place of a variadic template CDim...)
      -
      184template <class Index, class SubindicesDomain, class TypeSeqDims>
      -
      185struct IdFromTypeSeqDims;
      -
      186
      -
      187template <class Index, class... Subindex, class... CDim>
      -
      188struct IdFromTypeSeqDims<Index, ddc::DiscreteDomain<Subindex...>, ddc::detail::TypeSeq<CDim...>>
      -
      189{
      -
      190 static constexpr std::size_t run()
      -
      191 {
      -
      192 static_assert(sizeof...(Subindex) == sizeof...(CDim));
      -
      193 if constexpr (TensorNatIndex<Index>) {
      -
      194 return Index::access_id(
      -
      195 ddc::type_seq_rank_v<CDim, typename Index::type_seq_dimensions>...);
      -
      196 } else {
      -
      197 return Index::access_id(std::array<
      -
      198 std::size_t,
      -
      199 sizeof...(Subindex)> {ddc::type_seq_rank_v<
      -
      200 typename ddc::type_seq_element_t<
      -
      201 ddc::type_seq_rank_v<Subindex, ddc::detail::TypeSeq<Subindex...>>,
      -
      202 ddc::detail::TypeSeq<CDim...>>,
      -
      203 typename Subindex::type_seq_dimensions>...});
      -
      204 }
      -
      205 }
      -
      206};
      -
      207
      -
      208// Returns Index::access_id for the subindex Index of the IndicesTypeSeq
      -
      209template <class Index, class IndicesTypeSeq, class... CDim>
      -
      210static constexpr std::size_t access_id()
      -
      211{
      -
      212 if constexpr (TensorNatIndex<Index>) {
      -
      213 return IdFromTypeSeqDims<
      -
      214 Index,
      -
      215 ddc::DiscreteDomain<Index>,
      -
      216 type_seq_dims_at_ints_t<
      -
      217 ddc::detail::TypeSeq<CDim...>,
      -
      218 offset_index_seq_t<
      -
      219 NbDimsBeforeIndex<Index, IndicesTypeSeq>::run(0),
      -
      220 std::make_integer_sequence<std::size_t, Index::rank()>>>>::run();
      -
      221 } else {
      -
      222 return IdFromTypeSeqDims<
      -
      223 Index,
      -
      224 typename Index::subindices_domain_t,
      -
      225 type_seq_dims_at_ints_t<
      -
      226 ddc::detail::TypeSeq<CDim...>,
      -
      227 offset_index_seq_t<
      -
      228 NbDimsBeforeIndex<Index, IndicesTypeSeq>::run(0),
      -
      229 std::make_integer_sequence<std::size_t, Index::rank()>>>>::run();
      -
      230 }
      -
      231}
      -
      232
      -
      233template <class Index, class SubindicesDomain>
      -
      234struct IdFromElem;
      -
      235
      -
      236template <class Index, class... Subindex>
      -
      237struct IdFromElem<Index, ddc::DiscreteDomain<Subindex...>>
      -
      238{
      -
      239 template <class Elem>
      -
      240 static constexpr std::size_t run(Elem natural_elem)
      -
      241 {
      -
      242 if constexpr (TensorNatIndex<Index>) {
      -
      243 return Index::access_id(natural_elem.template uid<Index>());
      -
      244 } else {
      -
      245 return Index::access_id(std::array<std::size_t, sizeof...(Subindex)> {
      -
      246 natural_elem.template uid<Subindex>()...});
      -
      247 }
      -
      248 }
      -
      249};
      -
      250
      -
      251template <class Index, class IndicesTypeSeq, class... NaturalIndex>
      -
      252static constexpr std::size_t access_id(ddc::DiscreteElement<NaturalIndex...> natural_elem)
      -
      253{
      -
      254 if constexpr (TensorNatIndex<Index>) {
      -
      255 return IdFromElem<Index, ddc::DiscreteDomain<Index>>::run(natural_elem);
      -
      256 } else {
      -
      257 return IdFromElem<Index, typename Index::subindices_domain_t>::run(natural_elem);
      -
      258 }
      -
      259}
      -
      260
      -
      261} // namespace detail
      -
      262
      -
      263// TensorAccessor class, allows to build a domain which represents the tensor and access elements.
      -
      264template <TensorIndex... Index>
      -
      -
      265class TensorAccessor
      -
      266{
      -
      267public:
      -
      268 explicit constexpr TensorAccessor();
      -
      269
      -
      270 using discrete_domain_type = ddc::DiscreteDomain<Index...>;
      -
      271
      -
      272 using discrete_element_type = ddc::DiscreteElement<Index...>;
      -
      273
      -
      274 using natural_domain_t = ddc::cartesian_prod_t<std::conditional_t< // TODO natural_domain_type
      -
      275 TensorNatIndex<Index>,
      -
      276 ddc::DiscreteDomain<Index>,
      -
      277 typename Index::subindices_domain_t>...>;
      +
      137} // namespace detail
      +
      138
      +
      139template <TensorIndex Index>
      +
      140using natural_domain_t = typename detail::NaturalDomainType<Index>::type;
      +
      141
      +
      142// Helpers to build the access_id() function which computes the ids of subindices of an index. This cumbersome logic is necessary because subindices do not necessarily have the same rank.
      +
      143namespace detail {
      +
      144// For Tmunu and index=nu, returns 1
      +
      145template <class Index, class...>
      +
      146struct NbDimsBeforeIndex;
      +
      147
      +
      148template <class Index, class IndexHead, class... IndexTail>
      +
      149struct NbDimsBeforeIndex<Index, ddc::detail::TypeSeq<IndexHead, IndexTail...>>
      +
      150{
      +
      151 static constexpr std::size_t run(std::size_t nb_dims_before_index)
      +
      152 {
      +
      153 if constexpr (std::is_same_v<IndexHead, Index>) {
      +
      154 return nb_dims_before_index;
      +
      155 } else {
      +
      156 return NbDimsBeforeIndex<Index, ddc::detail::TypeSeq<IndexTail...>>::run(
      +
      157 nb_dims_before_index + IndexHead::rank());
      +
      158 }
      +
      159 }
      +
      160};
      +
      161
      +
      162// Offset and index sequence
      +
      163template <std::size_t Offset, class IndexSeq>
      +
      164struct OffsetIndexSeq;
      +
      165
      +
      166template <std::size_t Offset, std::size_t... Is>
      +
      167struct OffsetIndexSeq<Offset, std::integer_sequence<std::size_t, Is...>>
      +
      168{
      +
      169 using type = std::integer_sequence<std::size_t, Offset + Is...>;
      +
      170};
      +
      171
      +
      172template <std::size_t Offset, class IndexSeq>
      +
      173using offset_index_seq_t = OffsetIndexSeq<Offset, IndexSeq>::type;
      +
      174
      +
      175// Returns dimensions from integers (ie. for Tmunu, <1> gives nu)
      +
      176template <class CDimTypeSeq, class IndexSeq>
      +
      177struct TypeSeqDimsAtInts;
      +
      178
      +
      179template <class CDimTypeSeq, std::size_t... Is>
      +
      180struct TypeSeqDimsAtInts<CDimTypeSeq, std::integer_sequence<std::size_t, Is...>>
      +
      181{
      +
      182 using type = ddc::detail::TypeSeq<ddc::type_seq_element_t<Is, CDimTypeSeq>...>;
      +
      183};
      +
      184
      +
      185template <class CDimTypeSeq, class IndexSeq>
      +
      186using type_seq_dims_at_ints_t = TypeSeqDimsAtInts<CDimTypeSeq, IndexSeq>::type;
      +
      187
      +
      188// Returns Index::access_id but from a type seq (in place of a variadic template CDim...)
      +
      189template <class Index, class SubindicesDomain, class TypeSeqDims>
      +
      190struct IdFromTypeSeqDims;
      +
      191
      +
      192template <class Index, class... Subindex, class... CDim>
      +
      193struct IdFromTypeSeqDims<Index, ddc::DiscreteDomain<Subindex...>, ddc::detail::TypeSeq<CDim...>>
      +
      194{
      +
      195 static constexpr std::size_t run()
      +
      196 {
      +
      197 static_assert(sizeof...(Subindex) == sizeof...(CDim));
      +
      198 if constexpr (TensorNatIndex<Index>) {
      +
      199 return Index::access_id(
      +
      200 ddc::type_seq_rank_v<CDim, typename Index::type_seq_dimensions>...);
      +
      201 } else {
      +
      202 return Index::access_id(std::array<
      +
      203 std::size_t,
      +
      204 sizeof...(Subindex)> {ddc::type_seq_rank_v<
      +
      205 typename ddc::type_seq_element_t<
      +
      206 ddc::type_seq_rank_v<Subindex, ddc::detail::TypeSeq<Subindex...>>,
      +
      207 ddc::detail::TypeSeq<CDim...>>,
      +
      208 typename Subindex::type_seq_dimensions>...});
      +
      209 }
      +
      210 }
      +
      211};
      +
      212
      +
      213// Returns Index::access_id for the subindex Index of the IndicesTypeSeq
      +
      214template <class Index, class IndicesTypeSeq, class... CDim>
      +
      215static constexpr std::size_t access_id()
      +
      216{
      +
      217 if constexpr (TensorNatIndex<Index>) {
      +
      218 return IdFromTypeSeqDims<
      +
      219 Index,
      +
      220 ddc::DiscreteDomain<Index>,
      +
      221 type_seq_dims_at_ints_t<
      +
      222 ddc::detail::TypeSeq<CDim...>,
      +
      223 offset_index_seq_t<
      +
      224 NbDimsBeforeIndex<Index, IndicesTypeSeq>::run(0),
      +
      225 std::make_integer_sequence<std::size_t, Index::rank()>>>>::run();
      +
      226 } else {
      +
      227 return IdFromTypeSeqDims<
      +
      228 Index,
      +
      229 typename Index::subindices_domain_t,
      +
      230 type_seq_dims_at_ints_t<
      +
      231 ddc::detail::TypeSeq<CDim...>,
      +
      232 offset_index_seq_t<
      +
      233 NbDimsBeforeIndex<Index, IndicesTypeSeq>::run(0),
      +
      234 std::make_integer_sequence<std::size_t, Index::rank()>>>>::run();
      +
      235 }
      +
      236}
      +
      237
      +
      238template <class Index, class SubindicesDomain>
      +
      239struct IdFromElem;
      +
      240
      +
      241template <class Index, class... Subindex>
      +
      242struct IdFromElem<Index, ddc::DiscreteDomain<Subindex...>>
      +
      243{
      +
      244 template <class Elem>
      +
      245 static constexpr std::size_t run(Elem natural_elem)
      +
      246 {
      +
      247 if constexpr (TensorNatIndex<Index>) {
      +
      248 return Index::access_id(natural_elem.template uid<Index>());
      +
      249 } else {
      +
      250 return Index::access_id(std::array<std::size_t, sizeof...(Subindex)> {
      +
      251 natural_elem.template uid<Subindex>()...});
      +
      252 }
      +
      253 }
      +
      254};
      +
      255
      +
      256template <class Index, class IndicesTypeSeq, class... NaturalIndex>
      +
      257static constexpr std::size_t access_id(ddc::DiscreteElement<NaturalIndex...> natural_elem)
      +
      258{
      +
      259 if constexpr (TensorNatIndex<Index>) {
      +
      260 return IdFromElem<Index, ddc::DiscreteDomain<Index>>::run(natural_elem);
      +
      261 } else {
      +
      262 return IdFromElem<Index, typename Index::subindices_domain_t>::run(natural_elem);
      +
      263 }
      +
      264}
      +
      265
      +
      266} // namespace detail
      +
      267
      +
      268// TensorAccessor class, allows to build a domain which represents the tensor and access elements.
      +
      269template <TensorIndex... Index>
      +
      +
      270class TensorAccessor
      +
      271{
      +
      272public:
      +
      273 explicit constexpr TensorAccessor();
      +
      274
      +
      275 using discrete_domain_type = ddc::DiscreteDomain<Index...>;
      +
      276
      +
      277 using discrete_element_type = ddc::DiscreteElement<Index...>;
      278
      -
      279 static constexpr natural_domain_t natural_domain();
      -
      280
      -
      281 static constexpr discrete_domain_type mem_domain();
      -
      282
      -
      283 static constexpr discrete_domain_type access_domain();
      -
      284
      -
      285 template <class... CDim>
      -
      286 static constexpr discrete_element_type access_element();
      +
      279 using natural_domain_t = ddc::cartesian_prod_t<std::conditional_t< // TODO natural_domain_type
      +
      280 TensorNatIndex<Index>,
      +
      281 ddc::DiscreteDomain<Index>,
      +
      282 typename Index::subindices_domain_t>...>;
      +
      283
      +
      284 static constexpr natural_domain_t natural_domain();
      +
      285
      +
      286 static constexpr discrete_domain_type mem_domain();
      287
      -
      288 template <class... NaturalIndex>
      -
      289 static constexpr discrete_element_type access_element(
      -
      290 ddc::DiscreteElement<NaturalIndex...> natural_elem);
      -
      291
      -
      292 template <class... MemIndex>
      -
      293 static constexpr natural_domain_t::discrete_element_type canonical_natural_element(
      -
      294 ddc::DiscreteElement<MemIndex...> mem_elem);
      -
      295};
      -
      +
      288 static constexpr discrete_domain_type access_domain();
      +
      289
      +
      290 template <class... CDim>
      +
      291 static constexpr discrete_element_type access_element();
      +
      292
      +
      293 template <class... NaturalIndex>
      +
      294 static constexpr discrete_element_type access_element(
      +
      295 ddc::DiscreteElement<NaturalIndex...> natural_elem);
      296
      -
      297namespace detail {
      -
      298
      -
      299template <class Seq>
      -
      300struct TensorAccessorForTypeSeq;
      +
      297 template <class... MemIndex>
      +
      298 static constexpr natural_domain_t::discrete_element_type canonical_natural_element(
      +
      299 ddc::DiscreteElement<MemIndex...> mem_elem);
      +
      300};
      +
      301
      -
      302template <TensorIndex... Index>
      -
      303struct TensorAccessorForTypeSeq<ddc::detail::TypeSeq<Index...>>
      -
      304{
      -
      305 using type = TensorAccessor<Index...>;
      -
      306};
      -
      307
      -
      308template <class Dom>
      -
      309struct TensorAccessorForDomain;
      -
      310
      -
      311template <class... DDim>
      -
      312struct TensorAccessorForDomain<ddc::DiscreteDomain<DDim...>>
      -
      313{
      -
      314 using type = typename TensorAccessorForTypeSeq<
      -
      315 ddc::to_type_seq_t<ddc::cartesian_prod_t<std::conditional_t<
      -
      316 TensorIndex<DDim>,
      -
      317 ddc::DiscreteDomain<DDim>,
      -
      318 ddc::DiscreteDomain<>>...>>>::type;
      -
      319};
      -
      320
      -
      321} // namespace detail
      -
      322
      -
      323template <misc::Specialization<ddc::DiscreteDomain> Dom>
      -
      324using tensor_accessor_for_domain_t = detail::TensorAccessorForDomain<Dom>::type;
      +
      302namespace detail {
      +
      303
      +
      304template <class Seq>
      +
      305struct TensorAccessorForTypeSeq;
      +
      306
      +
      307template <TensorIndex... Index>
      +
      308struct TensorAccessorForTypeSeq<ddc::detail::TypeSeq<Index...>>
      +
      309{
      +
      310 using type = TensorAccessor<Index...>;
      +
      311};
      +
      312
      +
      313template <class Dom>
      +
      314struct TensorAccessorForDomain;
      +
      315
      +
      316template <class... DDim>
      +
      317struct TensorAccessorForDomain<ddc::DiscreteDomain<DDim...>>
      +
      318{
      +
      319 using type = typename TensorAccessorForTypeSeq<
      +
      320 ddc::to_type_seq_t<ddc::cartesian_prod_t<std::conditional_t<
      +
      321 TensorIndex<DDim>,
      +
      322 ddc::DiscreteDomain<DDim>,
      +
      323 ddc::DiscreteDomain<>>...>>>::type;
      +
      324};
      325
      -
      326template <TensorIndex... Index>
      -
      -
      327constexpr TensorAccessor<Index...>::TensorAccessor()
      -
      328{
      -
      329}
      -
      +
      326} // namespace detail
      +
      327
      +
      328template <misc::Specialization<ddc::DiscreteDomain> Dom>
      +
      329using tensor_accessor_for_domain_t = detail::TensorAccessorForDomain<Dom>::type;
      330
      -
      331namespace detail {
      -
      332template <class Index>
      -
      333constexpr auto natural_domain()
      -
      334{
      -
      335 if constexpr (TensorNatIndex<Index>) {
      -
      336 return typename ddc::DiscreteDomain<
      -
      337 Index>(ddc::DiscreteElement<Index>(0), ddc::DiscreteVector<Index>(Index::size()));
      -
      338 } else {
      -
      339 return Index::subindices_domain();
      -
      340 }
      -
      341}
      -
      342} // namespace detail
      -
      343
      -
      344template <TensorIndex... Index>
      -
      -
      345constexpr TensorAccessor<Index...>::natural_domain_t TensorAccessor<Index...>::natural_domain()
      -
      346{
      -
      347 return natural_domain_t(detail::natural_domain<Index>()...);
      -
      348}
      +
      331template <TensorIndex... Index>
      + -
      349
      -
      350template <TensorIndex... Index>
      -
      -
      351constexpr TensorAccessor<Index...>::discrete_domain_type TensorAccessor<Index...>::mem_domain()
      -
      352{
      -
      353 return ddc::DiscreteDomain<Index...>(
      -
      354 ddc::DiscreteElement<Index...>(ddc::DiscreteElement<Index>(0)...),
      -
      355 ddc::DiscreteVector<Index...>(ddc::DiscreteVector<Index>(Index::mem_size())...));
      -
      356}
      +
      335
      +
      336namespace detail {
      +
      337template <class Index>
      +
      338constexpr auto natural_domain()
      +
      339{
      +
      340 if constexpr (TensorNatIndex<Index>) {
      +
      341 return typename ddc::DiscreteDomain<
      +
      342 Index>(ddc::DiscreteElement<Index>(0), ddc::DiscreteVector<Index>(Index::size()));
      +
      343 } else {
      +
      344 return Index::subindices_domain();
      +
      345 }
      +
      346}
      +
      347} // namespace detail
      +
      348
      +
      349template <TensorIndex... Index>
      +
      +
      350constexpr TensorAccessor<Index...>::natural_domain_t TensorAccessor<Index...>::natural_domain()
      +
      351{
      +
      352 return natural_domain_t(detail::natural_domain<Index>()...);
      +
      353}
      -
      357
      -
      358template <TensorIndex... Index>
      -
      -
      359constexpr TensorAccessor<Index...>::discrete_domain_type TensorAccessor<Index...>::access_domain()
      -
      360{
      -
      361 return ddc::DiscreteDomain<Index...>(
      -
      362 ddc::DiscreteElement<Index...>(ddc::DiscreteElement<Index>(0)...),
      -
      363 ddc::DiscreteVector<Index...>(ddc::DiscreteVector<Index>(Index::access_size())...));
      -
      364}
      +
      354
      +
      355template <TensorIndex... Index>
      +
      +
      356constexpr TensorAccessor<Index...>::discrete_domain_type TensorAccessor<Index...>::mem_domain()
      +
      357{
      +
      358 return ddc::DiscreteDomain<Index...>(
      +
      359 ddc::DiscreteElement<Index...>(ddc::DiscreteElement<Index>(0)...),
      +
      360 ddc::DiscreteVector<Index...>(ddc::DiscreteVector<Index>(Index::mem_size())...));
      +
      361}
      -
      365
      -
      366template <TensorIndex... Index>
      -
      367template <class... CDim>
      -
      -
      368constexpr TensorAccessor<Index...>::discrete_element_type TensorAccessor<Index...>::access_element()
      -
      369{
      -
      370 return ddc::DiscreteElement<Index...>(ddc::DiscreteElement<Index>(
      -
      371 detail::access_id<Index, ddc::detail::TypeSeq<Index...>, CDim...>())...);
      -
      372}
      +
      362
      +
      363template <TensorIndex... Index>
      +
      +
      364constexpr TensorAccessor<Index...>::discrete_domain_type TensorAccessor<Index...>::access_domain()
      +
      365{
      +
      366 return ddc::DiscreteDomain<Index...>(
      +
      367 ddc::DiscreteElement<Index...>(ddc::DiscreteElement<Index>(0)...),
      +
      368 ddc::DiscreteVector<Index...>(ddc::DiscreteVector<Index>(Index::access_size())...));
      +
      369}
      -
      373
      -
      374template <TensorIndex... Index>
      -
      375template <class... NaturalIndex>
      -
      -
      376constexpr TensorAccessor<Index...>::discrete_element_type TensorAccessor<Index...>::access_element(
      -
      377 [[maybe_unused]] ddc::DiscreteElement<NaturalIndex...> natural_elem)
      -
      378{
      -
      379 return ddc::DiscreteElement<Index...>(
      -
      380 ddc::DiscreteElement<Index>(detail::access_id<Index, ddc::detail::TypeSeq<Index...>>(
      -
      381 typename natural_domain_t::discrete_element_type(natural_elem)))...);
      -
      382}
      +
      370
      +
      371template <TensorIndex... Index>
      +
      372template <class... CDim>
      +
      +
      373constexpr TensorAccessor<Index...>::discrete_element_type TensorAccessor<Index...>::access_element()
      +
      374{
      +
      375 return ddc::DiscreteElement<Index...>(ddc::DiscreteElement<Index>(
      +
      376 detail::access_id<Index, ddc::detail::TypeSeq<Index...>, CDim...>())...);
      +
      377}
      -
      383
      -
      384template <TensorIndex... Index>
      -
      385template <class... MemIndex>
      -
      386constexpr TensorAccessor<Index...>::natural_domain_t::discrete_element_type TensorAccessor<
      -
      -
      387 Index...>::canonical_natural_element(ddc::DiscreteElement<MemIndex...> mem_elem)
      -
      388{
      -
      389 std::array<std::size_t, natural_domain_t::rank()> ids {};
      -
      390 auto it = ids.begin();
      -
      391 (
      -
      392 [&]() {
      -
      393 auto i = MemIndex::mem_id_to_canonical_natural_ids(
      -
      394 mem_elem.template uid<MemIndex>());
      -
      395 std::copy(i.begin(), i.end(), it);
      -
      396 it += i.size();
      -
      397 }(),
      -
      398 ...);
      -
      399 typename natural_domain_t::discrete_element_type natural_elem;
      -
      400 ddc::detail::array(natural_elem) = std::array<std::size_t, natural_domain_t::rank()>(ids);
      -
      401 return natural_elem;
      -
      402}
      +
      378
      +
      379template <TensorIndex... Index>
      +
      380template <class... NaturalIndex>
      +
      +
      381constexpr TensorAccessor<Index...>::discrete_element_type TensorAccessor<Index...>::access_element(
      +
      382 [[maybe_unused]] ddc::DiscreteElement<NaturalIndex...> natural_elem)
      +
      383{
      +
      384 return ddc::DiscreteElement<Index...>(
      +
      385 ddc::DiscreteElement<Index>(detail::access_id<Index, ddc::detail::TypeSeq<Index...>>(
      +
      386 typename natural_domain_t::discrete_element_type(natural_elem)))...);
      +
      387}
      -
      403
      -
      404namespace detail {
      -
      405
      -
      406// Helpers to handle memory access and processing for particular tensor structures (ie. eventual multiplication with -1 for antisymmetry or non-stored zeros)
      -
      407template <
      -
      408 class TensorField,
      -
      409 class Element,
      -
      410 class IndexHeadsTypeSeq,
      -
      411 class IndexInterest,
      -
      412 class... IndexTail>
      -
      413struct Access;
      -
      414
      -
      415template <
      -
      416 class TensorField,
      -
      417 class Element,
      -
      418 class... IndexHead,
      -
      419 class IndexInterest,
      -
      420 class... IndexTail>
      -
      421struct Access<TensorField, Element, ddc::detail::TypeSeq<IndexHead...>, IndexInterest, IndexTail...>
      -
      422{
      -
      423 template <class Elem>
      -
      424 KOKKOS_FUNCTION static TensorField::element_type run(TensorField tensor_field, Elem const& elem)
      -
      425 {
      -
      426 /*
      -
      427 ----- Important warning -----
      -
      428 The general case is not correctly handled here. It would be difficult to do so.
      -
      429 It means you can get silent bug (with wrong result) if you try to use exotic ordering
      -
      430 of dimensions/indices. Ie., a TensorYoungTableauIndex has to be the last of the list.
      -
      431 */
      -
      432 if constexpr (sizeof...(IndexTail) > 0) {
      -
      433 if constexpr (TensorIndex<IndexInterest>) {
      -
      434 return IndexInterest::template process_access<TensorField, Elem, IndexInterest>(
      -
      435 KOKKOS_LAMBDA(TensorField tensor_field_, Elem elem_)
      -
      436 ->TensorField::element_type {
      -
      437 return Access<
      -
      438 TensorField,
      -
      439 Element,
      -
      440 ddc::detail::TypeSeq<IndexHead..., IndexInterest>,
      -
      441 IndexTail...>::run(tensor_field_, elem_);
      -
      442 },
      -
      443 tensor_field,
      -
      444 elem);
      -
      445 } else {
      -
      446 return Access<
      -
      447 TensorField,
      -
      448 Element,
      -
      449 ddc::detail::TypeSeq<IndexHead..., IndexInterest>,
      -
      450 IndexTail...>::run(tensor_field, elem);
      -
      451 }
      -
      452 } else {
      -
      453 if constexpr (TensorIndex<IndexInterest>) {
      -
      454 return IndexInterest::template process_access<TensorField, Elem, IndexInterest>(
      -
      455 KOKKOS_LAMBDA(TensorField tensor_field_, Elem elem_)
      -
      456 ->TensorField::element_type {
      -
      457 double tensor_field_value = 0;
      -
      458 if constexpr (IndexInterest::is_explicitely_stored_tensor) {
      -
      459 std::size_t const mem_id
      -
      460 = IndexInterest::access_id_to_mem_id(
      -
      461 elem_.template uid<IndexInterest>());
      -
      462 if (mem_id != std::numeric_limits<std::size_t>::max()) {
      -
      463 tensor_field_value
      -
      464 = tensor_field_
      -
      465 .mem(ddc::DiscreteElement<
      -
      466 IndexHead...>(elem_),
      -
      467 ddc::DiscreteElement<
      -
      468 IndexInterest>(mem_id));
      -
      469 } else {
      -
      470 tensor_field_value = 1.;
      -
      471 }
      -
      472 } else {
      -
      473 std::pair<
      -
      474 std::vector<double>,
      -
      475 std::vector<std::size_t>> const mem_lin_comb
      -
      476 = IndexInterest::access_id_to_mem_lin_comb(
      -
      477 elem_.template uid<IndexInterest>());
      -
      478
      -
      479 if (std::get<0>(mem_lin_comb).size() > 0) {
      -
      480 for (std::size_t i = 0;
      -
      481 i < std::get<0>(mem_lin_comb).size();
      -
      482 ++i) {
      -
      483 tensor_field_value
      -
      484 += std::get<0>(mem_lin_comb)[i]
      -
      485 * tensor_field_.mem(
      -
      486 ddc::DiscreteElement<
      -
      487 IndexHead...>(elem_),
      -
      488 ddc::DiscreteElement<
      -
      489 IndexInterest>(std::get<
      -
      490 1>(
      -
      491 mem_lin_comb)[i]));
      -
      492 }
      -
      493 } else {
      -
      494 tensor_field_value = 1.;
      -
      495 }
      -
      496 }
      -
      497
      -
      498 return tensor_field_value;
      -
      499 },
      -
      500 tensor_field,
      -
      501 elem);
      -
      502 } else {
      -
      503 return tensor_field(elem);
      -
      504 }
      -
      505 }
      -
      506 }
      -
      507};
      -
      508
      -
      509// Functor for memory element access (if defined)
      -
      510template <class InterestDim>
      -
      511struct LambdaMemElem
      -
      512{
      -
      513 template <class Elem>
      -
      514 KOKKOS_FUNCTION static ddc::DiscreteElement<InterestDim> run(Elem elem)
      -
      515 {
      -
      516 return ddc::DiscreteElement<InterestDim>(elem);
      -
      517 }
      -
      518};
      -
      519
      -
      520template <TensorIndex InterestDim>
      -
      521struct LambdaMemElem<InterestDim>
      -
      522{
      -
      523 template <class Elem>
      -
      524 KOKKOS_FUNCTION static ddc::DiscreteElement<InterestDim> run(Elem elem)
      -
      525 {
      -
      526 if constexpr (InterestDim::is_explicitely_stored_tensor) {
      -
      527 std::size_t const mem_id
      -
      528 = InterestDim::access_id_to_mem_id(elem.template uid<InterestDim>());
      -
      529 assert(mem_id != std::numeric_limits<std::size_t>::max()
      -
      530 && "mem_elem is not defined because mem_id() returned a max integer");
      -
      531 return ddc::DiscreteElement<InterestDim>(mem_id);
      -
      532 } else {
      -
      533 std::pair<std::vector<double>, std::vector<std::size_t>> const mem_lin_comb
      -
      534 = InterestDim::access_id_to_mem_lin_comb(elem.template uid<InterestDim>());
      -
      535 assert(std::get<0>(mem_lin_comb).size() > 0
      -
      536 && "mem_elem is not defined because mem_lin_comb contains no id");
      -
      537 assert(std::get<0>(mem_lin_comb).size() == 1
      -
      538 && "mem_elem is not defined because mem_lin_comb contains several ids");
      -
      539 return ddc::DiscreteElement<InterestDim>(std::get<1>(mem_lin_comb)[0]);
      -
      540 }
      -
      541 }
      -
      542};
      -
      543
      -
      544} // namespace detail
      -
      545
      -
      546// @cond
      -
      547
      -
      548template <class ElementType, class SupportType, class LayoutStridedPolicy, class MemorySpace>
      -
      549class Tensor;
      -
      550
      -
      551} // namespace tensor
      -
      552
      -
      553} // namespace sil
      -
      554
      -
      555namespace ddc {
      -
      556
      -
      557template <class ElementType, class SupportType, class LayoutStridedPolicy, class MemorySpace>
      -
      558inline constexpr bool enable_chunk<
      -
      559 sil::tensor::Tensor<ElementType, SupportType, LayoutStridedPolicy, MemorySpace>>
      -
      560 = true;
      -
      561
      -
      562template <class ElementType, class SupportType, class LayoutStridedPolicy, class MemorySpace>
      -
      563inline constexpr bool enable_borrowed_chunk<
      -
      564 sil::tensor::Tensor<ElementType, SupportType, LayoutStridedPolicy, MemorySpace>>
      -
      565 = true;
      -
      566
      -
      567} // namespace ddc
      -
      568
      -
      569namespace sil {
      -
      570
      -
      571namespace tensor {
      -
      572
      -
      573// @endcond
      -
      574
      -
      576template <class ElementType, class... DDim, class LayoutStridedPolicy, class MemorySpace>
      -
      -
      577class Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>
      -
      578 : public ddc::
      -
      579 ChunkSpan<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>
      -
      580{
      -
      581protected:
      -
      582 using base_type = ddc::
      -
      583 ChunkSpan<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>;
      -
      584
      -
      585public:
      -
      586 using base_type::ChunkSpan;
      -
      587 using reference = base_type::reference;
      -
      588 using discrete_domain_type = base_type::discrete_domain_type;
      -
      589 using discrete_element_type = base_type::discrete_element_type;
      -
      590
      -
      591 using base_type::domain;
      -
      592 using base_type::operator();
      -
      593
      -
      -
      594 KOKKOS_FUNCTION constexpr explicit Tensor(ddc::ChunkSpan<
      -
      595 ElementType,
      -
      596 ddc::DiscreteDomain<DDim...>,
      -
      597 LayoutStridedPolicy,
      -
      598 MemorySpace> other) noexcept
      -
      599 : base_type(other)
      -
      600 {
      -
      601 }
      +
      388
      +
      389template <TensorIndex... Index>
      +
      390template <class... MemIndex>
      +
      391constexpr TensorAccessor<Index...>::natural_domain_t::discrete_element_type TensorAccessor<
      +
      +
      392 Index...>::canonical_natural_element(ddc::DiscreteElement<MemIndex...> mem_elem)
      +
      393{
      +
      394 std::array<std::size_t, natural_domain_t::rank()> ids {};
      +
      395 auto it = ids.begin();
      +
      396 (
      +
      397 [&]() {
      +
      398 auto i = MemIndex::mem_id_to_canonical_natural_ids(
      +
      399 mem_elem.template uid<MemIndex>());
      +
      400 std::copy(i.begin(), i.end(), it);
      +
      401 it += i.size();
      +
      402 }(),
      +
      403 ...);
      +
      404 typename natural_domain_t::discrete_element_type natural_elem;
      +
      405 ddc::detail::array(natural_elem) = std::array<std::size_t, natural_domain_t::rank()>(ids);
      +
      406 return natural_elem;
      +
      407}
      -
      602
      -
      603 using accessor_t = tensor_accessor_for_domain_t<ddc::cartesian_prod_t<std::conditional_t<
      -
      604 TensorIndex<DDim>,
      -
      605 ddc::DiscreteDomain<DDim>,
      -
      606 ddc::DiscreteDomain<>>...>>;
      -
      607
      -
      -
      608 static constexpr accessor_t accessor()
      -
      609 {
      -
      610 return accessor_t();
      -
      611 }
      +
      408
      +
      409namespace detail {
      +
      410
      +
      411// Helpers to handle memory access and processing for particular tensor structures (ie. eventual multiplication with -1 for antisymmetry or non-stored zeros)
      +
      412template <
      +
      413 class TensorField,
      +
      414 class Element,
      +
      415 class IndexHeadsTypeSeq,
      +
      416 class IndexInterest,
      +
      417 class... IndexTail>
      +
      418struct Access;
      +
      419
      +
      420template <
      +
      421 class TensorField,
      +
      422 class Element,
      +
      423 class... IndexHead,
      +
      424 class IndexInterest,
      +
      425 class... IndexTail>
      +
      426struct Access<TensorField, Element, ddc::detail::TypeSeq<IndexHead...>, IndexInterest, IndexTail...>
      +
      427{
      +
      428 template <class Elem>
      +
      429 KOKKOS_FUNCTION static TensorField::element_type run(TensorField tensor_field, Elem const& elem)
      +
      430 {
      +
      431 /*
      +
      432 ----- Important warning -----
      +
      433 The general case is not correctly handled here. It would be difficult to do so.
      +
      434 It means you can get silent bug (with wrong result) if you try to use exotic ordering
      +
      435 of dimensions/indices. Ie., a TensorYoungTableauIndex has to be the last of the list.
      +
      436 */
      +
      437 if constexpr (sizeof...(IndexTail) > 0) {
      +
      438 if constexpr (TensorIndex<IndexInterest>) {
      +
      439 return IndexInterest::template process_access<TensorField, Elem, IndexInterest>(
      +
      440 KOKKOS_LAMBDA(TensorField tensor_field_, Elem elem_)
      +
      441 ->TensorField::element_type {
      +
      442 return Access<
      +
      443 TensorField,
      +
      444 Element,
      +
      445 ddc::detail::TypeSeq<IndexHead..., IndexInterest>,
      +
      446 IndexTail...>::run(tensor_field_, elem_);
      +
      447 },
      +
      448 tensor_field,
      +
      449 elem);
      +
      450 } else {
      +
      451 return Access<
      +
      452 TensorField,
      +
      453 Element,
      +
      454 ddc::detail::TypeSeq<IndexHead..., IndexInterest>,
      +
      455 IndexTail...>::run(tensor_field, elem);
      +
      456 }
      +
      457 } else {
      +
      458 if constexpr (TensorIndex<IndexInterest>) {
      +
      459 return IndexInterest::template process_access<TensorField, Elem, IndexInterest>(
      +
      460 KOKKOS_LAMBDA(TensorField tensor_field_, Elem elem_)
      +
      461 ->TensorField::element_type {
      +
      462 double tensor_field_value = 0;
      +
      463 if constexpr (IndexInterest::is_explicitely_stored_tensor) {
      +
      464 std::size_t const mem_id
      +
      465 = IndexInterest::access_id_to_mem_id(
      +
      466 elem_.template uid<IndexInterest>());
      +
      467 if (mem_id != std::numeric_limits<std::size_t>::max()) {
      +
      468 tensor_field_value
      +
      469 = tensor_field_
      +
      470 .mem(ddc::DiscreteElement<
      +
      471 IndexHead...>(elem_),
      +
      472 ddc::DiscreteElement<
      +
      473 IndexInterest>(mem_id));
      +
      474 } else {
      +
      475 tensor_field_value = 1.;
      +
      476 }
      +
      477 } else {
      +
      478 std::pair<
      +
      479 std::vector<double>,
      +
      480 std::vector<std::size_t>> const mem_lin_comb
      +
      481 = IndexInterest::access_id_to_mem_lin_comb(
      +
      482 elem_.template uid<IndexInterest>());
      +
      483
      +
      484 if (std::get<0>(mem_lin_comb).size() > 0) {
      +
      485 for (std::size_t i = 0;
      +
      486 i < std::get<0>(mem_lin_comb).size();
      +
      487 ++i) {
      +
      488 tensor_field_value
      +
      489 += std::get<0>(mem_lin_comb)[i]
      +
      490 * tensor_field_.mem(
      +
      491 ddc::DiscreteElement<
      +
      492 IndexHead...>(elem_),
      +
      493 ddc::DiscreteElement<
      +
      494 IndexInterest>(std::get<
      +
      495 1>(
      +
      496 mem_lin_comb)[i]));
      +
      497 }
      +
      498 } else {
      +
      499 tensor_field_value = 1.;
      +
      500 }
      +
      501 }
      +
      502
      +
      503 return tensor_field_value;
      +
      504 },
      +
      505 tensor_field,
      +
      506 elem);
      +
      507 } else {
      +
      508 return tensor_field(elem);
      +
      509 }
      +
      510 }
      +
      511 }
      +
      512};
      +
      513
      +
      514// Functor for memory element access (if defined)
      +
      515template <class InterestDim>
      +
      516struct LambdaMemElem
      +
      517{
      +
      518 template <class Elem>
      +
      519 KOKKOS_FUNCTION static ddc::DiscreteElement<InterestDim> run(Elem elem)
      +
      520 {
      +
      521 return ddc::DiscreteElement<InterestDim>(elem);
      +
      522 }
      +
      523};
      +
      524
      +
      525template <TensorIndex InterestDim>
      +
      526struct LambdaMemElem<InterestDim>
      +
      527{
      +
      528 template <class Elem>
      +
      529 KOKKOS_FUNCTION static ddc::DiscreteElement<InterestDim> run(Elem elem)
      +
      530 {
      +
      531 if constexpr (InterestDim::is_explicitely_stored_tensor) {
      +
      532 std::size_t const mem_id
      +
      533 = InterestDim::access_id_to_mem_id(elem.template uid<InterestDim>());
      +
      534 assert(mem_id != std::numeric_limits<std::size_t>::max()
      +
      535 && "mem_elem is not defined because mem_id() returned a max integer. Maybe you "
      +
      536 "used Tensor::operator() in place of Tensor::get ?");
      +
      537 return ddc::DiscreteElement<InterestDim>(mem_id);
      +
      538 } else {
      +
      539 std::pair<std::vector<double>, std::vector<std::size_t>> const mem_lin_comb
      +
      540 = InterestDim::access_id_to_mem_lin_comb(elem.template uid<InterestDim>());
      +
      541 assert(std::get<0>(mem_lin_comb).size() > 0
      +
      542 && "mem_elem is not defined because mem_lin_comb contains no id. Maybe you used "
      +
      543 "Tensor::operator() in place of Tensor::get ?");
      +
      544 assert(std::get<0>(mem_lin_comb).size() == 1
      +
      545 && "mem_elem is not defined because mem_lin_comb contains several ids. Maybe "
      +
      546 "you used Tensor::operator() in place of Tensor::get ?");
      +
      547 return ddc::DiscreteElement<InterestDim>(std::get<1>(mem_lin_comb)[0]);
      +
      548 }
      +
      549 }
      +
      550};
      +
      551
      +
      552} // namespace detail
      +
      553
      +
      554// @cond
      +
      555
      +
      556template <class ElementType, class SupportType, class LayoutStridedPolicy, class MemorySpace>
      +
      557class Tensor;
      +
      558
      +
      559} // namespace tensor
      +
      560
      +
      561} // namespace sil
      +
      562
      +
      563namespace ddc {
      +
      564
      +
      565template <class ElementType, class SupportType, class LayoutStridedPolicy, class MemorySpace>
      +
      566inline constexpr bool enable_chunk<
      +
      567 sil::tensor::Tensor<ElementType, SupportType, LayoutStridedPolicy, MemorySpace>>
      +
      568 = true;
      +
      569
      +
      570template <class ElementType, class SupportType, class LayoutStridedPolicy, class MemorySpace>
      +
      571inline constexpr bool enable_borrowed_chunk<
      +
      572 sil::tensor::Tensor<ElementType, SupportType, LayoutStridedPolicy, MemorySpace>>
      +
      573 = true;
      +
      574
      +
      575} // namespace ddc
      +
      576
      +
      577namespace sil {
      +
      578
      +
      579namespace tensor {
      +
      580
      +
      581// @endcond
      +
      582
      +
      584template <class ElementType, class... DDim, class LayoutStridedPolicy, class MemorySpace>
      +
      +
      585class Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>
      +
      586 : public ddc::
      +
      587 ChunkSpan<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>
      +
      588{
      +
      589protected:
      +
      590 using base_type = ddc::
      +
      591 ChunkSpan<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>;
      +
      592
      +
      593public:
      +
      594 using base_type::ChunkSpan;
      +
      595 using reference = base_type::reference;
      +
      596 using discrete_domain_type = base_type::discrete_domain_type;
      +
      597 using discrete_element_type = base_type::discrete_element_type;
      +
      598
      +
      599 using base_type::domain;
      +
      600 using base_type::operator();
      +
      601
      +
      +
      602 KOKKOS_FUNCTION constexpr explicit Tensor(ddc::ChunkSpan<
      +
      603 ElementType,
      +
      604 ddc::DiscreteDomain<DDim...>,
      +
      605 LayoutStridedPolicy,
      +
      606 MemorySpace> other) noexcept
      +
      607 : base_type(other)
      +
      608 {
      +
      609 }
      -
      612
      -
      613 using indices_domain_t = accessor_t::discrete_domain_type;
      -
      614
      -
      615 using non_indices_domain_t
      -
      616 = ddc::detail::convert_type_seq_to_discrete_domain_t<ddc::type_seq_remove_t<
      -
      617 ddc::to_type_seq_t<discrete_domain_type>,
      -
      618 ddc::to_type_seq_t<indices_domain_t>>>;
      -
      -
      619
      -
      620 KOKKOS_FUNCTION constexpr indices_domain_t indices_domain() const noexcept
      -
      621 {
      -
      622 return indices_domain_t(domain());
      +
      610
      +
      611 using accessor_t = tensor_accessor_for_domain_t<ddc::cartesian_prod_t<std::conditional_t<
      +
      612 TensorIndex<DDim>,
      +
      613 ddc::DiscreteDomain<DDim>,
      +
      614 ddc::DiscreteDomain<>>...>>;
      +
      615
      +
      +
      616 static constexpr accessor_t accessor()
      +
      617 {
      +
      618 return accessor_t();
      +
      619 }
      -
      623 }
      -
      -
      624
      -
      625 KOKKOS_FUNCTION constexpr non_indices_domain_t non_indices_domain() const noexcept
      -
      626 {
      -
      627 return non_indices_domain_t(domain());
      +
      620
      +
      621 using indices_domain_t = accessor_t::discrete_domain_type;
      +
      622
      +
      623 using non_indices_domain_t
      +
      624 = ddc::detail::convert_type_seq_to_discrete_domain_t<ddc::type_seq_remove_t<
      +
      625 ddc::to_type_seq_t<discrete_domain_type>,
      +
      626 ddc::to_type_seq_t<indices_domain_t>>>;
      +
      +
      627
      +
      628 KOKKOS_FUNCTION constexpr indices_domain_t indices_domain() const noexcept
      +
      629 {
      +
      630 return indices_domain_t(domain());
      -
      628 }
      -
      629
      -
      630 using natural_domain_t
      -
      -
      631 = ddc::cartesian_prod_t<non_indices_domain_t, typename accessor_t::natural_domain_t>;
      -
      632
      -
      633 KOKKOS_FUNCTION constexpr natural_domain_t natural_domain() const noexcept
      +
      631 }
      +
      +
      632
      +
      633 KOKKOS_FUNCTION constexpr non_indices_domain_t non_indices_domain() const noexcept
      634 {
      +
      635 return non_indices_domain_t(domain());
      -
      635 return natural_domain_t(non_indices_domain(), accessor_t::natural_domain());
      -
      -
      636 }
      -
      637
      -
      638 KOKKOS_FUNCTION constexpr discrete_domain_type mem_domain() const noexcept
      -
      639 {
      +
      636 }
      +
      637
      +
      638 using natural_domain_t
      +
      +
      639 = ddc::cartesian_prod_t<non_indices_domain_t, typename accessor_t::natural_domain_t>;
      +
      640
      +
      641 KOKKOS_FUNCTION constexpr natural_domain_t natural_domain() const noexcept
      +
      642 {
      -
      640 return discrete_domain_type(non_indices_domain(), accessor_t::mem_domain());
      -
      -
      641 }
      -
      642
      -
      643 KOKKOS_FUNCTION constexpr discrete_domain_type access_domain() const noexcept
      -
      644 {
      +
      643 return natural_domain_t(non_indices_domain(), accessor_t::natural_domain());
      +
      +
      644 }
      +
      645
      +
      646 KOKKOS_FUNCTION constexpr discrete_domain_type mem_domain() const noexcept
      +
      647 {
      -
      645 return discrete_domain_type(non_indices_domain(), accessor_t::access_domain());
      -
      646 }
      -
      -
      647
      -
      648 template <class... CDim>
      -
      649 KOKKOS_FUNCTION constexpr discrete_element_type access_element()
      -
      650 const noexcept // TODO merge this with the one below
      -
      651 {
      +
      648 return discrete_domain_type(non_indices_domain(), accessor_t::mem_domain());
      +
      +
      649 }
      +
      650
      +
      651 KOKKOS_FUNCTION constexpr discrete_domain_type access_domain() const noexcept
      +
      652 {
      -
      652 return discrete_element_type(accessor_t::template access_element<CDim...>());
      -
      653 }
      -
      -
      654
      -
      655 template <class... Elem>
      -
      656 KOKKOS_FUNCTION constexpr discrete_element_type access_element(Elem... elem) const noexcept
      -
      657 {
      -
      658 return discrete_element_type(
      -
      659 accessor_t::access_element(
      -
      660 typename accessor_t::natural_domain_t::discrete_element_type(elem...)),
      +
      653 return discrete_domain_type(non_indices_domain(), accessor_t::access_domain());
      +
      654 }
      +
      +
      655
      +
      656 template <class... CDim>
      +
      657 KOKKOS_FUNCTION constexpr discrete_element_type access_element()
      +
      658 const noexcept // TODO merge this with the one below
      +
      659 {
      -
      661 typename non_indices_domain_t::discrete_element_type(elem...));
      -
      662 }
      -
      -
      663
      -
      664 template <class... Elem>
      -
      665 KOKKOS_FUNCTION constexpr natural_domain_t::discrete_element_type canonical_natural_element(
      -
      666 Elem... mem_elem) const noexcept
      -
      667 {
      -
      668 return typename natural_domain_t::discrete_element_type(
      -
      669 accessor_t::canonical_natural_element(
      -
      670 typename accessor_t::discrete_element_type(mem_elem...)),
      +
      660 return discrete_element_type(accessor_t::template access_element<CDim...>());
      +
      661 }
      +
      +
      662
      +
      663 template <class... Elem>
      +
      664 KOKKOS_FUNCTION constexpr discrete_element_type access_element(Elem... elem) const noexcept
      +
      665 {
      +
      666 return discrete_element_type(
      +
      667 accessor_t::access_element(
      +
      668 typename accessor_t::natural_domain_t::discrete_element_type(elem...)),
      -
      671 typename non_indices_domain_t::discrete_element_type(mem_elem...));
      -
      672 }
      -
      -
      673
      -
      674 template <class... DElems>
      -
      675 KOKKOS_FUNCTION constexpr reference mem(DElems const&... delems) const noexcept
      -
      676 {
      -
      677 return ddc::ChunkSpan<
      -
      678 ElementType,
      -
      679 ddc::DiscreteDomain<DDim...>,
      -
      680 LayoutStridedPolicy,
      +
      669 typename non_indices_domain_t::discrete_element_type(elem...));
      +
      670 }
      +
      +
      671
      +
      672 template <class... Elem>
      +
      673 KOKKOS_FUNCTION constexpr natural_domain_t::discrete_element_type canonical_natural_element(
      +
      674 Elem... mem_elem) const noexcept
      +
      675 {
      +
      676 return typename natural_domain_t::discrete_element_type(
      +
      677 accessor_t::canonical_natural_element(
      +
      678 typename accessor_t::discrete_element_type(mem_elem...)),
      -
      681 MemorySpace>::operator()(delems...);
      -
      682 }
      -
      -
      683
      -
      684 template <class... DElems>
      -
      685 KOKKOS_FUNCTION constexpr reference operator()(DElems const&... delems) const noexcept
      -
      686 {
      -
      687 return ddc::ChunkSpan<
      -
      688 ElementType,
      -
      689 ddc::DiscreteDomain<DDim...>,
      -
      690 LayoutStridedPolicy,
      -
      691 MemorySpace>::
      -
      692 operator()(ddc::DiscreteElement<DDim...>(
      +
      679 typename non_indices_domain_t::discrete_element_type(mem_elem...));
      +
      680 }
      +
      +
      681
      +
      682 template <class... DElems>
      +
      683 KOKKOS_FUNCTION constexpr reference mem(DElems const&... delems) const noexcept
      +
      684 {
      +
      685 return ddc::ChunkSpan<
      +
      686 ElementType,
      +
      687 ddc::DiscreteDomain<DDim...>,
      +
      688 LayoutStridedPolicy,
      -
      693 detail::LambdaMemElem<DDim>::run(ddc::DiscreteElement<DDim>(delems...))...));
      -
      694 }
      -
      -
      695
      -
      696 template <class... ODDim>
      -
      697 KOKKOS_FUNCTION constexpr auto operator[](
      -
      698 ddc::DiscreteElement<ODDim...> const& slice_spec) const noexcept
      -
      699 {
      -
      700 ddc::ChunkSpan chunkspan = ddc::ChunkSpan<
      -
      701 ElementType,
      -
      702 ddc::DiscreteDomain<DDim...>,
      -
      703 LayoutStridedPolicy,
      -
      704 MemorySpace>::
      -
      705 operator[](
      -
      706 ddc::DiscreteElement<ODDim...>(detail::LambdaMemElem<ODDim>::run(slice_spec)...));
      -
      707 return Tensor<
      -
      708 ElementType,
      -
      709 ddc::detail::convert_type_seq_to_discrete_domain_t<ddc::type_seq_remove_t<
      -
      710 ddc::detail::TypeSeq<DDim...>,
      -
      711 ddc::detail::TypeSeq<ODDim...>>>,
      -
      712 typename decltype(chunkspan)::layout_type,
      +
      689 MemorySpace>::operator()(delems...);
      +
      690 }
      +
      +
      691
      +
      692 template <class... DElems>
      +
      693 KOKKOS_FUNCTION constexpr reference operator()(DElems const&... delems) const noexcept
      +
      694 {
      +
      695 return ddc::ChunkSpan<
      +
      696 ElementType,
      +
      697 ddc::DiscreteDomain<DDim...>,
      +
      698 LayoutStridedPolicy,
      +
      699 MemorySpace>::
      +
      700 operator()(ddc::DiscreteElement<DDim...>(
      -
      713 MemorySpace>(chunkspan);
      -
      714 }
      -
      -
      715
      -
      716 template <class... DElems>
      -
      717 KOKKOS_FUNCTION ElementType get(DElems const&... delems) const noexcept
      -
      718 {
      -
      719 if constexpr (sizeof...(DDim) == 0) {
      -
      720 return operator()(delems...);
      -
      721 } else {
      -
      722 return detail::Access<
      -
      723 Tensor<ElementType,
      -
      724 ddc::DiscreteDomain<DDim...>,
      -
      725 LayoutStridedPolicy,
      -
      726 MemorySpace>,
      -
      727 ddc::DiscreteElement<DDim...>,
      -
      728 ddc::detail::TypeSeq<>,
      -
      729 DDim...>::run(*this, ddc::DiscreteElement<DDim...>(delems...));
      +
      701 detail::LambdaMemElem<DDim>::run(ddc::DiscreteElement<DDim>(delems...))...));
      +
      702 }
      +
      +
      703
      +
      704 template <class... ODDim>
      +
      705 KOKKOS_FUNCTION constexpr auto operator[](
      +
      706 ddc::DiscreteElement<ODDim...> const& slice_spec) const noexcept
      +
      707 {
      +
      708 ddc::ChunkSpan chunkspan = ddc::ChunkSpan<
      +
      709 ElementType,
      +
      710 ddc::DiscreteDomain<DDim...>,
      +
      711 LayoutStridedPolicy,
      +
      712 MemorySpace>::
      +
      713 operator[](
      +
      714 ddc::DiscreteElement<ODDim...>(detail::LambdaMemElem<ODDim>::run(slice_spec)...));
      +
      715 return Tensor<
      +
      716 ElementType,
      +
      717 ddc::detail::convert_type_seq_to_discrete_domain_t<ddc::type_seq_remove_t<
      +
      718 ddc::detail::TypeSeq<DDim...>,
      +
      719 ddc::detail::TypeSeq<ODDim...>>>,
      +
      720 typename decltype(chunkspan)::layout_type,
      -
      730 }
      -
      731 }
      -
      732
      -
      733 KOKKOS_FUNCTION Tensor<
      -
      734 ElementType,
      -
      735 ddc::DiscreteDomain<DDim...>,
      -
      -
      736 LayoutStridedPolicy,
      -
      737 MemorySpace>&
      -
      738 operator+=(const Tensor<
      -
      739 ElementType,
      -
      740 ddc::DiscreteDomain<DDim...>,
      -
      741 LayoutStridedPolicy,
      -
      742 MemorySpace>& tensor)
      -
      743 {
      -
      744 ddc::for_each(this->domain(), [&](ddc::DiscreteElement<DDim...> elem) {
      -
      745 this->mem(elem) += tensor.mem(elem);
      -
      746 });
      +
      721 MemorySpace>(chunkspan);
      +
      722 }
      +
      +
      723
      +
      724 template <class... DElems>
      +
      725 KOKKOS_FUNCTION ElementType get(DElems const&... delems) const noexcept
      +
      726 {
      +
      727 if constexpr (sizeof...(DDim) == 0) {
      +
      728 return operator()(delems...);
      +
      729 } else {
      +
      730 return detail::Access<
      +
      731 Tensor<ElementType,
      +
      732 ddc::DiscreteDomain<DDim...>,
      +
      733 LayoutStridedPolicy,
      +
      734 MemorySpace>,
      +
      735 ddc::DiscreteElement<DDim...>,
      +
      736 ddc::detail::TypeSeq<>,
      +
      737 DDim...>::run(*this, ddc::DiscreteElement<DDim...>(delems...));
      -
      747 return *this;
      -
      748 }
      -
      749
      -
      750 KOKKOS_FUNCTION Tensor<
      -
      751 ElementType,
      -
      752 ddc::DiscreteDomain<DDim...>,
      -
      -
      753 LayoutStridedPolicy,
      -
      754 MemorySpace>&
      -
      755 operator*=(const ElementType scalar)
      -
      756 {
      -
      757 ddc::for_each(this->domain(), [&](ddc::DiscreteElement<DDim...> elem) {
      -
      758 this->mem(elem) *= scalar;
      -
      759 });
      +
      738 }
      +
      739 }
      +
      740
      +
      741 KOKKOS_FUNCTION Tensor<
      +
      742 ElementType,
      +
      743 ddc::DiscreteDomain<DDim...>,
      +
      +
      744 LayoutStridedPolicy,
      +
      745 MemorySpace>&
      +
      746 operator+=(const Tensor<
      +
      747 ElementType,
      +
      748 ddc::DiscreteDomain<DDim...>,
      +
      749 LayoutStridedPolicy,
      +
      750 MemorySpace>& tensor)
      +
      751 {
      +
      752 ddc::for_each(this->domain(), [&](ddc::DiscreteElement<DDim...> elem) {
      +
      753 this->mem(elem) += tensor.mem(elem);
      +
      754 });
      -
      760 return *this;
      -
      761 }
      -
      762};
      +
      755 return *this;
      +
      756 }
      +
      757
      +
      758 KOKKOS_FUNCTION Tensor<
      +
      759 ElementType,
      +
      760 ddc::DiscreteDomain<DDim...>,
      +
      +
      761 LayoutStridedPolicy,
      +
      762 MemorySpace>&
      +
      763 operator*=(const ElementType scalar)
      +
      764 {
      +
      765 ddc::for_each(this->domain(), [&](ddc::DiscreteElement<DDim...> elem) {
      +
      766 this->mem(elem) *= scalar;
      +
      767 });
      +
      +
      768 return *this;
      +
      769 }
      +
      770};
      -
      763
      -
      764template <class ElementType, class SupportType, class Allocator>
      -
      765Tensor(ddc::Chunk<ElementType, SupportType, Allocator>)
      -
      766 -> Tensor<ElementType, SupportType, Kokkos::layout_right, typename Allocator::memory_space>;
      -
      767
      -
      768template <class ElementType, class SupportType, class LayoutStridedPolicy, class MemorySpace>
      -
      769Tensor(ddc::ChunkSpan<ElementType, SupportType, LayoutStridedPolicy, MemorySpace>)
      -
      770 -> Tensor<ElementType, SupportType, LayoutStridedPolicy, MemorySpace>;
      771
      -
      772// Relabelize index without altering allocation
      -
      773namespace detail {
      -
      774template <class IndexToRelabelize, TensorIndex OldIndex, TensorIndex NewIndex>
      -
      775struct RelabelizeIndex;
      -
      776
      -
      777template <class IndexToRelabelize, TensorIndex OldIndex, TensorIndex NewIndex>
      -
      778 requires(!TensorIndex<IndexToRelabelize> || TensorNatIndex<IndexToRelabelize>)
      -
      779struct RelabelizeIndex<IndexToRelabelize, OldIndex, NewIndex>
      -
      780{
      -
      781 using type = std::
      -
      782 conditional_t<std::is_same_v<IndexToRelabelize, OldIndex>, NewIndex, IndexToRelabelize>;
      -
      783};
      +
      772template <class ElementType, class SupportType, class Allocator>
      +
      773Tensor(ddc::Chunk<ElementType, SupportType, Allocator>)
      +
      774 -> Tensor<ElementType, SupportType, Kokkos::layout_right, typename Allocator::memory_space>;
      +
      775
      +
      776template <class ElementType, class SupportType, class LayoutStridedPolicy, class MemorySpace>
      +
      777Tensor(ddc::ChunkSpan<ElementType, SupportType, LayoutStridedPolicy, MemorySpace>)
      +
      778 -> Tensor<ElementType, SupportType, LayoutStridedPolicy, MemorySpace>;
      +
      779
      +
      780// Relabelize index without altering allocation
      +
      781namespace detail {
      +
      782template <class IndexToRelabelize, TensorIndex OldIndex, TensorIndex NewIndex>
      +
      783struct RelabelizeIndex;
      784
      -
      785template <
      -
      786 template <class...>
      -
      787 class IndexToRelabelizeType,
      -
      788 TensorIndex OldIndex,
      -
      789 TensorIndex NewIndex,
      -
      790 class... Arg>
      -
      791struct RelabelizeIndex<IndexToRelabelizeType<Arg...>, OldIndex, NewIndex>
      -
      792{
      -
      793 using type = std::conditional_t<
      -
      794 std::is_same_v<IndexToRelabelizeType<Arg...>, OldIndex>,
      -
      795 NewIndex,
      -
      796 IndexToRelabelizeType<typename RelabelizeIndex<Arg, OldIndex, NewIndex>::type...>>;
      -
      797};
      -
      798
      -
      799template <class T, class OldIndex, class NewIndex>
      -
      800struct RelabelizeIndexInType;
      -
      801
      -
      802template <template <class...> class T, class... DDim, class OldIndex, class NewIndex>
      -
      803struct RelabelizeIndexInType<T<DDim...>, OldIndex, NewIndex>
      -
      804{
      -
      805 using type = T<typename RelabelizeIndex<DDim, OldIndex, NewIndex>::type...>;
      -
      806};
      -
      807
      -
      808} // namespace detail
      +
      785template <class IndexToRelabelize, TensorIndex OldIndex, TensorIndex NewIndex>
      +
      786 requires(!TensorIndex<IndexToRelabelize> || TensorNatIndex<IndexToRelabelize>)
      +
      787struct RelabelizeIndex<IndexToRelabelize, OldIndex, NewIndex>
      +
      788{
      +
      789 using type = std::
      +
      790 conditional_t<std::is_same_v<IndexToRelabelize, OldIndex>, NewIndex, IndexToRelabelize>;
      +
      791};
      +
      792
      +
      793template <
      +
      794 template <class...>
      +
      795 class IndexToRelabelizeType,
      +
      796 TensorIndex OldIndex,
      +
      797 TensorIndex NewIndex,
      +
      798 class... Arg>
      +
      799struct RelabelizeIndex<IndexToRelabelizeType<Arg...>, OldIndex, NewIndex>
      +
      800{
      +
      801 using type = std::conditional_t<
      +
      802 std::is_same_v<IndexToRelabelizeType<Arg...>, OldIndex>,
      +
      803 NewIndex,
      +
      804 IndexToRelabelizeType<typename RelabelizeIndex<Arg, OldIndex, NewIndex>::type...>>;
      +
      805};
      +
      806
      +
      807template <class T, class OldIndex, class NewIndex>
      +
      808struct RelabelizeIndexInType;
      809
      -
      810template <class T, TensorIndex OldIndex, TensorIndex NewIndex>
      -
      811using relabelize_index_in_t = detail::RelabelizeIndexInType<T, OldIndex, NewIndex>::type;
      -
      812
      -
      813namespace detail {
      -
      814
      -
      815template <class OldIndex, class NewIndex>
      -
      816struct RelabelizeIndexIn
      -
      817{
      -
      818 template <class... DDim>
      -
      819 static constexpr auto run(ddc::DiscreteElement<DDim...> elem)
      -
      820 {
      -
      821 return ddc::DiscreteElement<
      -
      822 typename detail::RelabelizeIndex<DDim, OldIndex, NewIndex>::type...>(
      -
      823 elem.template uid<DDim>()...);
      -
      824 }
      -
      825
      +
      810template <template <class...> class T, class... DDim, class OldIndex, class NewIndex>
      +
      811struct RelabelizeIndexInType<T<DDim...>, OldIndex, NewIndex>
      +
      812{
      +
      813 using type = T<typename RelabelizeIndex<DDim, OldIndex, NewIndex>::type...>;
      +
      814};
      +
      815
      +
      816} // namespace detail
      +
      817
      +
      818template <class T, TensorIndex OldIndex, TensorIndex NewIndex>
      +
      819using relabelize_index_in_t = detail::RelabelizeIndexInType<T, OldIndex, NewIndex>::type;
      +
      820
      +
      821namespace detail {
      +
      822
      +
      823template <class OldIndex, class NewIndex>
      +
      824struct RelabelizeIndexIn
      +
      825{
      826 template <class... DDim>
      -
      827 static constexpr auto run(ddc::DiscreteVector<DDim...> vect)
      +
      827 static constexpr auto run(ddc::DiscreteElement<DDim...> elem)
      828 {
      -
      829 return ddc::DiscreteVector<
      +
      829 return ddc::DiscreteElement<
      830 typename detail::RelabelizeIndex<DDim, OldIndex, NewIndex>::type...>(
      -
      831 static_cast<std::size_t>(vect.template get<DDim>())...);
      +
      831 elem.template uid<DDim>()...);
      832 }
      833
      834 template <class... DDim>
      -
      835 static constexpr auto run(ddc::DiscreteDomain<DDim...> dom)
      +
      835 static constexpr auto run(ddc::DiscreteVector<DDim...> vect)
      836 {
      -
      837 return relabelize_index_in_t<ddc::DiscreteDomain<DDim...>, OldIndex, NewIndex>(
      -
      838 relabelize_index_in<OldIndex, NewIndex>(dom.front()),
      -
      839 relabelize_index_in<OldIndex, NewIndex>(dom.extents()));
      +
      837 return ddc::DiscreteVector<
      +
      838 typename detail::RelabelizeIndex<DDim, OldIndex, NewIndex>::type...>(
      +
      839 static_cast<std::size_t>(vect.template get<DDim>())...);
      840 }
      -
      841};
      -
      842
      -
      843} // namespace detail
      -
      844
      -
      845template <class OldIndex, class NewIndex, class T>
      -
      -
      846constexpr relabelize_index_in_t<T, OldIndex, NewIndex> relabelize_index_in(T t)
      -
      847{
      -
      848 return detail::RelabelizeIndexIn<OldIndex, NewIndex>::run(t);
      -
      849}
      -
      +
      841
      +
      842 template <class... DDim>
      +
      843 static constexpr auto run(ddc::DiscreteDomain<DDim...> dom)
      +
      844 {
      +
      845 return relabelize_index_in_t<ddc::DiscreteDomain<DDim...>, OldIndex, NewIndex>(
      +
      846 relabelize_index_in<OldIndex, NewIndex>(dom.front()),
      +
      847 relabelize_index_in<OldIndex, NewIndex>(dom.extents()));
      +
      848 }
      +
      849};
      850
      -
      851namespace detail {
      -
      852template <class TensorType, class OldIndex, class NewIndex>
      -
      853struct RelabelizeIndexOfType;
      -
      854
      -
      855template <
      -
      856 class OldIndex,
      -
      857 class NewIndex,
      -
      858 class ElementType,
      -
      859 class Dom,
      -
      860 class LayoutStridedPolicy,
      -
      861 class MemorySpace>
      -
      862struct RelabelizeIndexOfType<
      -
      863 Tensor<ElementType, Dom, LayoutStridedPolicy, MemorySpace>,
      -
      864 OldIndex,
      -
      865 NewIndex>
      -
      866{
      -
      867 using type = Tensor<
      -
      868 ElementType,
      -
      869 typename RelabelizeIndexInType<Dom, OldIndex, NewIndex>::type,
      -
      870 LayoutStridedPolicy,
      -
      871 MemorySpace>;
      -
      872};
      -
      873
      -
      874} // namespace detail
      -
      875
      -
      876template <misc::Specialization<Tensor> TensorType, TensorIndex OldIndex, TensorIndex NewIndex>
      -
      877using relabelize_index_of_t = detail::RelabelizeIndexOfType<TensorType, OldIndex, NewIndex>::type;
      -
      878
      -
      879template <
      -
      880 TensorIndex OldIndex,
      -
      881 TensorIndex NewIndex,
      -
      882 class ElementType,
      -
      883 class... DDim,
      -
      884 class LayoutStridedPolicy,
      -
      885 class MemorySpace>
      -
      886constexpr relabelize_index_of_t<
      -
      887 Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>,
      -
      888 OldIndex,
      -
      889 NewIndex>
      -
      -
      890relabelize_index_of(
      -
      891 Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>
      -
      892 old_tensor)
      -
      893{
      -
      894 return relabelize_index_of_t<
      -
      895 Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>,
      -
      896 OldIndex,
      -
      897 NewIndex>(
      -
      898 old_tensor.data_handle(),
      -
      899 typename detail::RelabelizeIndexInType<
      -
      900 ddc::DiscreteDomain<DDim...>,
      -
      901 OldIndex,
      -
      902 NewIndex>::
      -
      903 type(ddc::DiscreteDomain<
      -
      904 typename detail::RelabelizeIndex<DDim, OldIndex, NewIndex>::type>(
      -
      905 ddc::DiscreteElement<
      -
      906 typename detail::RelabelizeIndex<DDim, OldIndex, NewIndex>::
      -
      907 type>(old_tensor.domain().front().template uid<DDim>()),
      -
      908 ddc::DiscreteVector<
      -
      909 typename detail::RelabelizeIndex<DDim, OldIndex, NewIndex>::
      -
      910 type>(static_cast<std::size_t>(
      -
      911 old_tensor.template extent<DDim>())))...));
      -
      912}
      +
      851} // namespace detail
      +
      852
      +
      853template <class OldIndex, class NewIndex, class T>
      +
      +
      854constexpr relabelize_index_in_t<T, OldIndex, NewIndex> relabelize_index_in(T t)
      +
      855{
      +
      856 return detail::RelabelizeIndexIn<OldIndex, NewIndex>::run(t);
      +
      857}
      -
      913
      -
      914namespace detail {
      -
      915template <class IndexToRelabelize, class OldIndices, class NewIndices>
      -
      916struct RelabelizeIndices;
      -
      917
      -
      918template <class IndexToRelabelize>
      -
      919struct RelabelizeIndices<IndexToRelabelize, ddc::detail::TypeSeq<>, ddc::detail::TypeSeq<>>
      -
      920{
      -
      921 using type = IndexToRelabelize;
      -
      922};
      -
      923
      -
      924template <
      -
      925 class IndexToRelabelize,
      -
      926 class HeadOldIndex,
      -
      927 class... TailOldIndex,
      -
      928 class HeadNewIndex,
      -
      929 class... TailNewIndex>
      -
      930struct RelabelizeIndices<
      -
      931 IndexToRelabelize,
      -
      932 ddc::detail::TypeSeq<HeadOldIndex, TailOldIndex...>,
      -
      933 ddc::detail::TypeSeq<HeadNewIndex, TailNewIndex...>>
      -
      934{
      -
      935 static_assert(sizeof...(TailOldIndex) == sizeof...(TailNewIndex));
      -
      936 using type = std::conditional_t<
      -
      937 (sizeof...(TailOldIndex) > 0),
      -
      938 typename RelabelizeIndices<
      -
      939 typename RelabelizeIndex<IndexToRelabelize, HeadOldIndex, HeadNewIndex>::type,
      -
      940 ddc::detail::TypeSeq<TailOldIndex...>,
      -
      941 ddc::detail::TypeSeq<TailNewIndex...>>::type,
      -
      942 typename RelabelizeIndex<IndexToRelabelize, HeadOldIndex, HeadNewIndex>::type>;
      -
      943};
      -
      944
      -
      945template <class T, class OldIndices, class NewIndices>
      -
      946struct RelabelizeIndicesInType;
      -
      947
      -
      948template <class T>
      -
      949struct RelabelizeIndicesInType<T, ddc::detail::TypeSeq<>, ddc::detail::TypeSeq<>>
      -
      950{
      -
      951 using type = T;
      -
      952};
      -
      953
      -
      954template <
      -
      955 class T,
      -
      956 class HeadOldIndex,
      -
      957 class... TailOldIndex,
      -
      958 class HeadNewIndex,
      -
      959 class... TailNewIndex>
      -
      960struct RelabelizeIndicesInType<
      -
      961 T,
      -
      962 ddc::detail::TypeSeq<HeadOldIndex, TailOldIndex...>,
      -
      963 ddc::detail::TypeSeq<HeadNewIndex, TailNewIndex...>>
      -
      964{
      -
      965 static_assert(sizeof...(TailOldIndex) == sizeof...(TailNewIndex));
      -
      966 using type = typename RelabelizeIndicesInType<
      -
      967 relabelize_index_in_t<T, HeadOldIndex, HeadNewIndex>,
      -
      968 ddc::detail::TypeSeq<TailOldIndex...>,
      -
      969 ddc::detail::TypeSeq<TailNewIndex...>>::type;
      -
      970};
      -
      971
      -
      972} // namespace detail
      -
      973
      -
      974template <class T, class OldIndices, class NewIndices>
      -
      975using relabelize_indices_in_t =
      -
      976 typename detail::RelabelizeIndicesInType<T, OldIndices, NewIndices>::type;
      -
      977
      -
      978namespace detail {
      -
      979
      -
      980template <class OldIndices, class NewIndices, std::size_t I = 0>
      -
      981struct RelabelizeIndicesIn
      -
      982{
      -
      983 template <class... DDim>
      -
      984 static constexpr auto run(ddc::DiscreteElement<DDim...> elem)
      -
      985 {
      -
      986 if constexpr (I != ddc::type_seq_size_v<OldIndices>) {
      -
      987 return RelabelizeIndicesIn<OldIndices, NewIndices, I + 1>::run(
      -
      988 relabelize_index_in<
      -
      989 ddc::type_seq_element_t<I, OldIndices>,
      -
      990 ddc::type_seq_element_t<I, NewIndices>>(elem));
      -
      991 } else {
      -
      992 return elem;
      -
      993 }
      -
      994 }
      -
      995
      -
      996 template <class... DDim>
      -
      997 static constexpr auto run(ddc::DiscreteVector<DDim...> vect)
      -
      998 {
      -
      999 if constexpr (I != ddc::type_seq_size_v<OldIndices>) {
      -
      1000 return RelabelizeIndicesIn<OldIndices, NewIndices, I + 1>::run(
      -
      1001 relabelize_index_in<
      -
      1002 ddc::type_seq_element_t<I, OldIndices>,
      -
      1003 ddc::type_seq_element_t<I, NewIndices>>(vect));
      -
      1004 } else {
      -
      1005 return vect;
      -
      1006 }
      -
      1007 }
      -
      1008
      -
      1009 template <class... DDim>
      -
      1010 static constexpr auto run(ddc::DiscreteDomain<DDim...> dom)
      -
      1011 {
      -
      1012 if constexpr (I != ddc::type_seq_size_v<OldIndices>) {
      -
      1013 return RelabelizeIndicesIn<OldIndices, NewIndices, I + 1>::run(
      -
      1014 relabelize_index_in<
      -
      1015 ddc::type_seq_element_t<I, OldIndices>,
      -
      1016 ddc::type_seq_element_t<I, NewIndices>>(dom));
      -
      1017 } else {
      -
      1018 return dom;
      -
      1019 }
      -
      1020 }
      -
      1021};
      -
      1022
      -
      1023} // namespace detail
      -
      1024
      -
      1025template <class OldIndices, class NewIndices, class T>
      -
      -
      1026constexpr relabelize_indices_in_t<T, OldIndices, NewIndices> relabelize_indices_in(T t)
      -
      1027{
      -
      1028 static_assert(ddc::type_seq_size_v<OldIndices> == ddc::type_seq_size_v<NewIndices>);
      -
      1029 return detail::RelabelizeIndicesIn<OldIndices, NewIndices>::run(t);
      -
      1030}
      +
      858
      +
      859namespace detail {
      +
      860template <class TensorType, class OldIndex, class NewIndex>
      +
      861struct RelabelizeIndexOfType;
      +
      862
      +
      863template <
      +
      864 class OldIndex,
      +
      865 class NewIndex,
      +
      866 class ElementType,
      +
      867 class Dom,
      +
      868 class LayoutStridedPolicy,
      +
      869 class MemorySpace>
      +
      870struct RelabelizeIndexOfType<
      +
      871 Tensor<ElementType, Dom, LayoutStridedPolicy, MemorySpace>,
      +
      872 OldIndex,
      +
      873 NewIndex>
      +
      874{
      +
      875 using type = Tensor<
      +
      876 ElementType,
      +
      877 typename RelabelizeIndexInType<Dom, OldIndex, NewIndex>::type,
      +
      878 LayoutStridedPolicy,
      +
      879 MemorySpace>;
      +
      880};
      +
      881
      +
      882} // namespace detail
      +
      883
      +
      884template <misc::Specialization<Tensor> TensorType, TensorIndex OldIndex, TensorIndex NewIndex>
      +
      885using relabelize_index_of_t = detail::RelabelizeIndexOfType<TensorType, OldIndex, NewIndex>::type;
      +
      886
      +
      887template <
      +
      888 TensorIndex OldIndex,
      +
      889 TensorIndex NewIndex,
      +
      890 class ElementType,
      +
      891 class... DDim,
      +
      892 class LayoutStridedPolicy,
      +
      893 class MemorySpace>
      +
      894constexpr relabelize_index_of_t<
      +
      895 Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>,
      +
      896 OldIndex,
      +
      897 NewIndex>
      +
      +
      898relabelize_index_of(
      +
      899 Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>
      +
      900 old_tensor)
      +
      901{
      +
      902 return relabelize_index_of_t<
      +
      903 Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>,
      +
      904 OldIndex,
      +
      905 NewIndex>(
      +
      906 old_tensor.data_handle(),
      +
      907 typename detail::RelabelizeIndexInType<
      +
      908 ddc::DiscreteDomain<DDim...>,
      +
      909 OldIndex,
      +
      910 NewIndex>::
      +
      911 type(ddc::DiscreteDomain<
      +
      912 typename detail::RelabelizeIndex<DDim, OldIndex, NewIndex>::type>(
      +
      913 ddc::DiscreteElement<
      +
      914 typename detail::RelabelizeIndex<DDim, OldIndex, NewIndex>::
      +
      915 type>(old_tensor.domain().front().template uid<DDim>()),
      +
      916 ddc::DiscreteVector<
      +
      917 typename detail::RelabelizeIndex<DDim, OldIndex, NewIndex>::
      +
      918 type>(static_cast<std::size_t>(
      +
      919 old_tensor.template extent<DDim>())))...));
      +
      920}
      -
      1031
      -
      1032namespace detail {
      -
      1033
      -
      1034template <class TensorType, class OldIndex, class NewIndex>
      -
      1035struct RelabelizeIndicesOfType;
      -
      1036
      -
      1037template <
      -
      1038 class OldIndices,
      -
      1039 class NewIndices,
      -
      1040 class ElementType,
      -
      1041 class Dom,
      -
      1042 class LayoutStridedPolicy,
      -
      1043 class MemorySpace>
      -
      1044struct RelabelizeIndicesOfType<
      -
      1045 Tensor<ElementType, Dom, LayoutStridedPolicy, MemorySpace>,
      -
      1046 OldIndices,
      -
      1047 NewIndices>
      -
      1048{
      -
      1049 static_assert(ddc::type_seq_size_v<OldIndices> == ddc::type_seq_size_v<NewIndices>);
      -
      1050 using type = Tensor<
      -
      1051 ElementType,
      -
      1052 typename RelabelizeIndicesInType<Dom, OldIndices, NewIndices>::type,
      -
      1053 LayoutStridedPolicy,
      -
      1054 MemorySpace>;
      -
      1055};
      -
      1056
      -
      1057template <
      -
      1058 class OldIndices,
      -
      1059 class NewIndices,
      -
      1060 std::size_t I,
      -
      1061 class ElementType,
      -
      1062 class... DDim,
      -
      1063 class LayoutStridedPolicy,
      -
      1064 class MemorySpace>
      -
      1065constexpr auto RelabelizeIndicesOf(
      -
      1066 Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>
      -
      1067 old_tensor)
      -
      1068{
      -
      1069 static_assert(ddc::type_seq_size_v<OldIndices> == ddc::type_seq_size_v<NewIndices>);
      -
      1070 if constexpr (I != ddc::type_seq_size_v<OldIndices>) {
      -
      1071 return RelabelizeIndicesOf<
      -
      1072 ddc::type_seq_replace_t<
      -
      1073 OldIndices,
      -
      1074 ddc::detail::TypeSeq<ddc::type_seq_element_t<I, OldIndices>>,
      -
      1075 ddc::detail::TypeSeq<ddc::type_seq_element_t<I, NewIndices>>>,
      -
      1076 NewIndices,
      -
      1077 I + 1>(relabelize_index_of_t<
      -
      1078 Tensor<ElementType,
      -
      1079 ddc::DiscreteDomain<DDim...>,
      -
      1080 LayoutStridedPolicy,
      -
      1081 MemorySpace>,
      -
      1082 ddc::type_seq_element_t<I, OldIndices>,
      -
      1083 ddc::type_seq_element_t<I, NewIndices>>(
      -
      1084 old_tensor.data_handle(),
      -
      1085 typename detail::RelabelizeIndexInType<
      -
      1086 ddc::DiscreteDomain<DDim...>,
      -
      1087 ddc::type_seq_element_t<I, OldIndices>,
      -
      1088 ddc::type_seq_element_t<I, NewIndices>>::
      -
      1089 type(ddc::DiscreteDomain<typename detail::RelabelizeIndex<
      -
      1090 DDim,
      -
      1091 ddc::type_seq_element_t<I, OldIndices>,
      -
      1092 ddc::type_seq_element_t<I, NewIndices>>::type>(
      -
      1093 ddc::DiscreteElement<typename detail::RelabelizeIndex<
      -
      1094 DDim,
      -
      1095 ddc::type_seq_element_t<I, OldIndices>,
      -
      1096 ddc::type_seq_element_t<I, NewIndices>>::type>(
      -
      1097 old_tensor.domain().front().template uid<DDim>()),
      -
      1098 ddc::DiscreteVector<typename detail::RelabelizeIndex<
      -
      1099 DDim,
      -
      1100 ddc::type_seq_element_t<I, OldIndices>,
      -
      1101 ddc::type_seq_element_t<I, NewIndices>>::type>(
      -
      1102 static_cast<std::size_t>(
      -
      1103 old_tensor.template extent<DDim>())))...)));
      -
      1104 } else {
      -
      1105 return old_tensor;
      -
      1106 }
      -
      1107}
      -
      1108
      -
      1109} // namespace detail
      -
      1110
      -
      1111template <
      -
      1112 misc::Specialization<Tensor> TensorType,
      -
      1113 misc::Specialization<ddc::detail::TypeSeq> OldIndices,
      -
      1114 misc::Specialization<ddc::detail::TypeSeq> NewIndices>
      -
      1115using relabelize_indices_of_t
      -
      1116 = detail::RelabelizeIndicesOfType<TensorType, OldIndices, NewIndices>::type;
      -
      1117
      -
      1118template <
      -
      1119 misc::Specialization<ddc::detail::TypeSeq> OldIndices,
      -
      1120 misc::Specialization<ddc::detail::TypeSeq> NewIndices,
      -
      -
      1121 misc::Specialization<Tensor> Tensor>
      -
      1122constexpr relabelize_indices_of_t<Tensor, OldIndices, NewIndices> relabelize_indices_of(
      -
      1123 Tensor tensor)
      -
      1124{
      -
      1125 static_assert(ddc::type_seq_size_v<OldIndices> == ddc::type_seq_size_v<NewIndices>);
      -
      1126 return detail::RelabelizeIndicesOf<OldIndices, NewIndices, 0>(tensor);
      +
      921
      +
      922namespace detail {
      +
      923template <class IndexToRelabelize, class OldIndices, class NewIndices>
      +
      924struct RelabelizeIndices;
      +
      925
      +
      926template <class IndexToRelabelize>
      +
      927struct RelabelizeIndices<IndexToRelabelize, ddc::detail::TypeSeq<>, ddc::detail::TypeSeq<>>
      +
      928{
      +
      929 using type = IndexToRelabelize;
      +
      930};
      +
      931
      +
      932template <
      +
      933 class IndexToRelabelize,
      +
      934 class HeadOldIndex,
      +
      935 class... TailOldIndex,
      +
      936 class HeadNewIndex,
      +
      937 class... TailNewIndex>
      +
      938struct RelabelizeIndices<
      +
      939 IndexToRelabelize,
      +
      940 ddc::detail::TypeSeq<HeadOldIndex, TailOldIndex...>,
      +
      941 ddc::detail::TypeSeq<HeadNewIndex, TailNewIndex...>>
      +
      942{
      +
      943 static_assert(sizeof...(TailOldIndex) == sizeof...(TailNewIndex));
      +
      944 using type = std::conditional_t<
      +
      945 (sizeof...(TailOldIndex) > 0),
      +
      946 typename RelabelizeIndices<
      +
      947 typename RelabelizeIndex<IndexToRelabelize, HeadOldIndex, HeadNewIndex>::type,
      +
      948 ddc::detail::TypeSeq<TailOldIndex...>,
      +
      949 ddc::detail::TypeSeq<TailNewIndex...>>::type,
      +
      950 typename RelabelizeIndex<IndexToRelabelize, HeadOldIndex, HeadNewIndex>::type>;
      +
      951};
      +
      952
      +
      953template <class T, class OldIndices, class NewIndices>
      +
      954struct RelabelizeIndicesInType;
      +
      955
      +
      956template <class T>
      +
      957struct RelabelizeIndicesInType<T, ddc::detail::TypeSeq<>, ddc::detail::TypeSeq<>>
      +
      958{
      +
      959 using type = T;
      +
      960};
      +
      961
      +
      962template <
      +
      963 class T,
      +
      964 class HeadOldIndex,
      +
      965 class... TailOldIndex,
      +
      966 class HeadNewIndex,
      +
      967 class... TailNewIndex>
      +
      968struct RelabelizeIndicesInType<
      +
      969 T,
      +
      970 ddc::detail::TypeSeq<HeadOldIndex, TailOldIndex...>,
      +
      971 ddc::detail::TypeSeq<HeadNewIndex, TailNewIndex...>>
      +
      972{
      +
      973 static_assert(sizeof...(TailOldIndex) == sizeof...(TailNewIndex));
      +
      974 using type = typename RelabelizeIndicesInType<
      +
      975 relabelize_index_in_t<T, HeadOldIndex, HeadNewIndex>,
      +
      976 ddc::detail::TypeSeq<TailOldIndex...>,
      +
      977 ddc::detail::TypeSeq<TailNewIndex...>>::type;
      +
      978};
      +
      979
      +
      980} // namespace detail
      +
      981
      +
      982template <class T, class OldIndices, class NewIndices>
      +
      983using relabelize_indices_in_t =
      +
      984 typename detail::RelabelizeIndicesInType<T, OldIndices, NewIndices>::type;
      +
      985
      +
      986namespace detail {
      +
      987
      +
      988template <class OldIndices, class NewIndices, std::size_t I = 0>
      +
      989struct RelabelizeIndicesIn
      +
      990{
      +
      991 template <class... DDim>
      +
      992 static constexpr auto run(ddc::DiscreteElement<DDim...> elem)
      +
      993 {
      +
      994 if constexpr (I != ddc::type_seq_size_v<OldIndices>) {
      +
      995 return RelabelizeIndicesIn<OldIndices, NewIndices, I + 1>::run(
      +
      996 relabelize_index_in<
      +
      997 ddc::type_seq_element_t<I, OldIndices>,
      +
      998 ddc::type_seq_element_t<I, NewIndices>>(elem));
      +
      999 } else {
      +
      1000 return elem;
      +
      1001 }
      +
      1002 }
      +
      1003
      +
      1004 template <class... DDim>
      +
      1005 static constexpr auto run(ddc::DiscreteVector<DDim...> vect)
      +
      1006 {
      +
      1007 if constexpr (I != ddc::type_seq_size_v<OldIndices>) {
      +
      1008 return RelabelizeIndicesIn<OldIndices, NewIndices, I + 1>::run(
      +
      1009 relabelize_index_in<
      +
      1010 ddc::type_seq_element_t<I, OldIndices>,
      +
      1011 ddc::type_seq_element_t<I, NewIndices>>(vect));
      +
      1012 } else {
      +
      1013 return vect;
      +
      1014 }
      +
      1015 }
      +
      1016
      +
      1017 template <class... DDim>
      +
      1018 static constexpr auto run(ddc::DiscreteDomain<DDim...> dom)
      +
      1019 {
      +
      1020 if constexpr (I != ddc::type_seq_size_v<OldIndices>) {
      +
      1021 return RelabelizeIndicesIn<OldIndices, NewIndices, I + 1>::run(
      +
      1022 relabelize_index_in<
      +
      1023 ddc::type_seq_element_t<I, OldIndices>,
      +
      1024 ddc::type_seq_element_t<I, NewIndices>>(dom));
      +
      1025 } else {
      +
      1026 return dom;
      +
      1027 }
      +
      1028 }
      +
      1029};
      +
      1030
      +
      1031} // namespace detail
      +
      1032
      +
      1033template <class OldIndices, class NewIndices, class T>
      +
      +
      1034constexpr relabelize_indices_in_t<T, OldIndices, NewIndices> relabelize_indices_in(T t)
      +
      1035{
      +
      1036 static_assert(ddc::type_seq_size_v<OldIndices> == ddc::type_seq_size_v<NewIndices>);
      +
      1037 return detail::RelabelizeIndicesIn<OldIndices, NewIndices>::run(t);
      +
      1038}
      -
      1127}
      -
      1128
      -
      1129// Sum of tensors
      -
      1130template <
      -
      1131 class... DDim,
      -
      1132 class ElementType,
      -
      1133 class LayoutStridedPolicy,
      -
      1134 class MemorySpace,
      -
      -
      1135 misc::Specialization<Tensor>... TensorType>
      -
      1136Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace> tensor_sum(
      -
      1137 Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>
      -
      1138 sum_tensor,
      -
      1139 TensorType... tensor)
      -
      1140{
      -
      1141 ddc::for_each(sum_tensor.domain(), [=](ddc::DiscreteElement<DDim...> elem) {
      -
      1142 sum_tensor(elem) = (tensor(elem) + ...);
      -
      1143 });
      -
      1144 return sum_tensor;
      +
      1039
      +
      1040namespace detail {
      +
      1041
      +
      1042template <class TensorType, class OldIndex, class NewIndex>
      +
      1043struct RelabelizeIndicesOfType;
      +
      1044
      +
      1045template <
      +
      1046 class OldIndices,
      +
      1047 class NewIndices,
      +
      1048 class ElementType,
      +
      1049 class Dom,
      +
      1050 class LayoutStridedPolicy,
      +
      1051 class MemorySpace>
      +
      1052struct RelabelizeIndicesOfType<
      +
      1053 Tensor<ElementType, Dom, LayoutStridedPolicy, MemorySpace>,
      +
      1054 OldIndices,
      +
      1055 NewIndices>
      +
      1056{
      +
      1057 static_assert(ddc::type_seq_size_v<OldIndices> == ddc::type_seq_size_v<NewIndices>);
      +
      1058 using type = Tensor<
      +
      1059 ElementType,
      +
      1060 typename RelabelizeIndicesInType<Dom, OldIndices, NewIndices>::type,
      +
      1061 LayoutStridedPolicy,
      +
      1062 MemorySpace>;
      +
      1063};
      +
      1064
      +
      1065template <
      +
      1066 class OldIndices,
      +
      1067 class NewIndices,
      +
      1068 std::size_t I,
      +
      1069 class ElementType,
      +
      1070 class... DDim,
      +
      1071 class LayoutStridedPolicy,
      +
      1072 class MemorySpace>
      +
      1073constexpr auto RelabelizeIndicesOf(
      +
      1074 Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>
      +
      1075 old_tensor)
      +
      1076{
      +
      1077 static_assert(ddc::type_seq_size_v<OldIndices> == ddc::type_seq_size_v<NewIndices>);
      +
      1078 if constexpr (I != ddc::type_seq_size_v<OldIndices>) {
      +
      1079 return RelabelizeIndicesOf<
      +
      1080 ddc::type_seq_replace_t<
      +
      1081 OldIndices,
      +
      1082 ddc::detail::TypeSeq<ddc::type_seq_element_t<I, OldIndices>>,
      +
      1083 ddc::detail::TypeSeq<ddc::type_seq_element_t<I, NewIndices>>>,
      +
      1084 NewIndices,
      +
      1085 I + 1>(relabelize_index_of_t<
      +
      1086 Tensor<ElementType,
      +
      1087 ddc::DiscreteDomain<DDim...>,
      +
      1088 LayoutStridedPolicy,
      +
      1089 MemorySpace>,
      +
      1090 ddc::type_seq_element_t<I, OldIndices>,
      +
      1091 ddc::type_seq_element_t<I, NewIndices>>(
      +
      1092 old_tensor.data_handle(),
      +
      1093 typename detail::RelabelizeIndexInType<
      +
      1094 ddc::DiscreteDomain<DDim...>,
      +
      1095 ddc::type_seq_element_t<I, OldIndices>,
      +
      1096 ddc::type_seq_element_t<I, NewIndices>>::
      +
      1097 type(ddc::DiscreteDomain<typename detail::RelabelizeIndex<
      +
      1098 DDim,
      +
      1099 ddc::type_seq_element_t<I, OldIndices>,
      +
      1100 ddc::type_seq_element_t<I, NewIndices>>::type>(
      +
      1101 ddc::DiscreteElement<typename detail::RelabelizeIndex<
      +
      1102 DDim,
      +
      1103 ddc::type_seq_element_t<I, OldIndices>,
      +
      1104 ddc::type_seq_element_t<I, NewIndices>>::type>(
      +
      1105 old_tensor.domain().front().template uid<DDim>()),
      +
      1106 ddc::DiscreteVector<typename detail::RelabelizeIndex<
      +
      1107 DDim,
      +
      1108 ddc::type_seq_element_t<I, OldIndices>,
      +
      1109 ddc::type_seq_element_t<I, NewIndices>>::type>(
      +
      1110 static_cast<std::size_t>(
      +
      1111 old_tensor.template extent<DDim>())))...)));
      +
      1112 } else {
      +
      1113 return old_tensor;
      +
      1114 }
      +
      1115}
      +
      1116
      +
      1117} // namespace detail
      +
      1118
      +
      1119template <
      +
      1120 misc::Specialization<Tensor> TensorType,
      +
      1121 misc::Specialization<ddc::detail::TypeSeq> OldIndices,
      +
      1122 misc::Specialization<ddc::detail::TypeSeq> NewIndices>
      +
      1123using relabelize_indices_of_t
      +
      1124 = detail::RelabelizeIndicesOfType<TensorType, OldIndices, NewIndices>::type;
      +
      1125
      +
      1126template <
      +
      1127 misc::Specialization<ddc::detail::TypeSeq> OldIndices,
      +
      1128 misc::Specialization<ddc::detail::TypeSeq> NewIndices,
      +
      +
      1129 misc::Specialization<Tensor> Tensor>
      +
      1130constexpr relabelize_indices_of_t<Tensor, OldIndices, NewIndices> relabelize_indices_of(
      +
      1131 Tensor tensor)
      +
      1132{
      +
      1133 static_assert(ddc::type_seq_size_v<OldIndices> == ddc::type_seq_size_v<NewIndices>);
      +
      1134 return detail::RelabelizeIndicesOf<OldIndices, NewIndices, 0>(tensor);
      -
      1145}
      -
      1146
      -
      1147namespace detail {
      -
      1148
      -
      1149// Domain of a tensor result of product between two tensors
      -
      1150template <class Dom1, class Dom2>
      -
      1151struct NaturalTensorProdDomain;
      -
      1152
      -
      1153template <class... DDim1, class... DDim2>
      -
      1154struct NaturalTensorProdDomain<ddc::DiscreteDomain<DDim1...>, ddc::DiscreteDomain<DDim2...>>
      -
      1155{
      -
      1156 using type = ddc::detail::convert_type_seq_to_discrete_domain_t<ddc::type_seq_merge_t<
      -
      1157 ddc::type_seq_remove_t<ddc::detail::TypeSeq<DDim1...>, ddc::detail::TypeSeq<DDim2...>>,
      -
      1158 ddc::type_seq_remove_t<
      -
      1159 ddc::detail::TypeSeq<DDim2...>,
      -
      1160 ddc::detail::TypeSeq<DDim1...>>>>;
      -
      1161};
      -
      1162
      -
      1163} // namespace detail
      -
      1164
      -
      1165template <
      -
      1166 misc::Specialization<ddc::DiscreteDomain> Dom1,
      -
      1167 misc::Specialization<ddc::DiscreteDomain> Dom2>
      -
      1168using natural_tensor_prod_domain_t = detail::NaturalTensorProdDomain<Dom1, Dom2>::type;
      -
      1169
      -
      1170template <
      -
      1171 misc::Specialization<ddc::DiscreteDomain> Dom1,
      -
      -
      1172 misc::Specialization<ddc::DiscreteDomain> Dom2>
      -
      1173natural_tensor_prod_domain_t<Dom1, Dom2> natural_tensor_prod_domain(Dom1 dom1, Dom2 dom2)
      -
      1174{
      -
      1175 return natural_tensor_prod_domain_t<Dom1, Dom2>(dom1, dom2);
      +
      1135}
      +
      1136
      +
      1137// Sum of tensors
      +
      1138template <
      +
      1139 class... DDim,
      +
      1140 class ElementType,
      +
      1141 class LayoutStridedPolicy,
      +
      1142 class MemorySpace,
      +
      +
      1143 misc::Specialization<Tensor>... TensorType>
      +
      1144Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace> tensor_sum(
      +
      1145 Tensor<ElementType, ddc::DiscreteDomain<DDim...>, LayoutStridedPolicy, MemorySpace>
      +
      1146 sum_tensor,
      +
      1147 TensorType... tensor)
      +
      1148{
      +
      1149 ddc::for_each(sum_tensor.domain(), [=](ddc::DiscreteElement<DDim...> elem) {
      +
      1150 sum_tensor(elem) = (tensor(elem) + ...);
      +
      1151 });
      +
      1152 return sum_tensor;
      -
      1176}
      +
      1153}
      +
      1154
      +
      1155namespace detail {
      +
      1156
      +
      1157// Domain of a tensor result of product between two tensors
      +
      1158template <class Dom1, class Dom2>
      +
      1159struct NaturalTensorProdDomain;
      +
      1160
      +
      1161template <class... DDim1, class... DDim2>
      +
      1162struct NaturalTensorProdDomain<ddc::DiscreteDomain<DDim1...>, ddc::DiscreteDomain<DDim2...>>
      +
      1163{
      +
      1164 using type = ddc::detail::convert_type_seq_to_discrete_domain_t<ddc::type_seq_merge_t<
      +
      1165 ddc::type_seq_remove_t<ddc::detail::TypeSeq<DDim1...>, ddc::detail::TypeSeq<DDim2...>>,
      +
      1166 ddc::type_seq_remove_t<
      +
      1167 ddc::detail::TypeSeq<DDim2...>,
      +
      1168 ddc::detail::TypeSeq<DDim1...>>>>;
      +
      1169};
      +
      1170
      +
      1171} // namespace detail
      +
      1172
      +
      1173template <
      +
      1174 misc::Specialization<ddc::DiscreteDomain> Dom1,
      +
      1175 misc::Specialization<ddc::DiscreteDomain> Dom2>
      +
      1176using natural_tensor_prod_domain_t = detail::NaturalTensorProdDomain<Dom1, Dom2>::type;
      1177
      -
      1178namespace detail {
      -
      1179
      -
      1180// Product between two tensors naturally indexed.
      -
      1181template <class HeadDDim1TypeSeq, class ContractDDimTypeSeq, class TailDDim2TypeSeq>
      -
      1182struct NaturalTensorProd;
      -
      1183
      -
      1184template <class... HeadDDim1, class... ContractDDim, class... TailDDim2>
      -
      1185struct NaturalTensorProd<
      -
      1186 ddc::detail::TypeSeq<HeadDDim1...>,
      -
      1187 ddc::detail::TypeSeq<ContractDDim...>,
      -
      1188 ddc::detail::TypeSeq<TailDDim2...>>
      -
      1189{
      -
      1190 template <class ElementType, class LayoutStridedPolicy, class MemorySpace>
      -
      1191 static Tensor<
      -
      1192 ElementType,
      -
      1193 ddc::DiscreteDomain<HeadDDim1..., TailDDim2...>,
      -
      1194 LayoutStridedPolicy,
      -
      1195 MemorySpace>
      -
      1196 run(Tensor<ElementType,
      -
      1197 ddc::DiscreteDomain<HeadDDim1..., TailDDim2...>,
      -
      1198 LayoutStridedPolicy,
      -
      1199 Kokkos::DefaultHostExecutionSpace::memory_space> prod_tensor,
      -
      1200 Tensor<ElementType,
      -
      1201 ddc::DiscreteDomain<HeadDDim1..., ContractDDim...>,
      -
      1202 LayoutStridedPolicy,
      -
      1203 MemorySpace> tensor1,
      -
      1204 Tensor<ElementType,
      -
      1205 ddc::DiscreteDomain<ContractDDim..., TailDDim2...>,
      +
      1178template <
      +
      1179 misc::Specialization<ddc::DiscreteDomain> Dom1,
      + +
      1184}
      +
      1185
      +
      1186namespace detail {
      +
      1187
      +
      1188// Product between two tensors naturally indexed.
      +
      1189template <class HeadDDim1TypeSeq, class ContractDDimTypeSeq, class TailDDim2TypeSeq>
      +
      1190struct NaturalTensorProd;
      +
      1191
      +
      1192template <class... HeadDDim1, class... ContractDDim, class... TailDDim2>
      +
      1193struct NaturalTensorProd<
      +
      1194 ddc::detail::TypeSeq<HeadDDim1...>,
      +
      1195 ddc::detail::TypeSeq<ContractDDim...>,
      +
      1196 ddc::detail::TypeSeq<TailDDim2...>>
      +
      1197{
      +
      1198 template <class ElementType, class LayoutStridedPolicy, class MemorySpace>
      +
      1199 static Tensor<
      +
      1200 ElementType,
      +
      1201 ddc::DiscreteDomain<HeadDDim1..., TailDDim2...>,
      +
      1202 LayoutStridedPolicy,
      +
      1203 MemorySpace>
      +
      1204 run(Tensor<ElementType,
      +
      1205 ddc::DiscreteDomain<HeadDDim1..., TailDDim2...>,
      1206 LayoutStridedPolicy,
      -
      1207 MemorySpace> tensor2)
      -
      1208 {
      -
      1209 ddc::for_each(
      -
      1210 prod_tensor.domain(),
      -
      1211 [=](ddc::DiscreteElement<HeadDDim1..., TailDDim2...> elem) {
      -
      1212 prod_tensor(elem) = ddc::transform_reduce(
      -
      1213 tensor1.template domain<ContractDDim...>(),
      -
      1214 0.,
      -
      1215 ddc::reducer::sum<ElementType>(),
      -
      1216 [=](ddc::DiscreteElement<ContractDDim...> contract_elem) {
      -
      1217 return tensor1(ddc::select<HeadDDim1...>(elem), contract_elem)
      -
      1218 * tensor2(ddc::select<TailDDim2...>(elem), contract_elem);
      -
      1219 });
      -
      1220 });
      -
      1221 return prod_tensor;
      -
      1222 }
      -
      1223};
      -
      1224
      -
      1225} // namespace detail
      -
      1226
      -
      1227template <
      -
      1228 TensorNatIndex... ProdDDim,
      -
      1229 TensorNatIndex... DDim1,
      -
      1230 TensorNatIndex... DDim2,
      -
      1231 class ElementType,
      -
      1232 class LayoutStridedPolicy,
      -
      1233 class MemorySpace>
      -
      1234Tensor<ElementType,
      -
      1235 ddc::DiscreteDomain<ProdDDim...>,
      -
      1236 LayoutStridedPolicy,
      -
      -
      1237 Kokkos::DefaultHostExecutionSpace::memory_space>
      -
      1238tensor_prod(
      -
      1239 Tensor<ElementType,
      -
      1240 ddc::DiscreteDomain<ProdDDim...>,
      -
      1241 LayoutStridedPolicy,
      -
      1242 Kokkos::DefaultHostExecutionSpace::memory_space> prod_tensor,
      -
      1243 Tensor<ElementType, ddc::DiscreteDomain<DDim1...>, LayoutStridedPolicy, MemorySpace>
      -
      1244 tensor1,
      -
      1245 Tensor<ElementType, ddc::DiscreteDomain<DDim2...>, LayoutStridedPolicy, MemorySpace>
      -
      1246 tensor2)
      -
      1247{
      -
      1248 static_assert(std::is_same_v<
      -
      1249 ddc::type_seq_remove_t<
      -
      1250 ddc::detail::TypeSeq<DDim1...>,
      -
      1251 ddc::detail::TypeSeq<ProdDDim...>>,
      -
      1252 ddc::type_seq_remove_t<
      -
      1253 ddc::detail::TypeSeq<DDim2...>,
      -
      1254 ddc::detail::TypeSeq<ProdDDim...>>>);
      -
      1255 return detail::NaturalTensorProd<
      -
      1256 ddc::type_seq_remove_t<
      -
      1257 ddc::detail::TypeSeq<ProdDDim...>,
      -
      1258 ddc::detail::TypeSeq<DDim2...>>,
      -
      1259 ddc::type_seq_remove_t<
      -
      1260 ddc::detail::TypeSeq<DDim1...>,
      -
      1261 ddc::detail::TypeSeq<ProdDDim...>>,
      -
      1262 ddc::type_seq_remove_t<
      -
      1263 ddc::detail::TypeSeq<ProdDDim...>,
      -
      1264 ddc::detail::TypeSeq<DDim1...>>>::run(prod_tensor, tensor1, tensor2);
      +
      1207 Kokkos::DefaultHostExecutionSpace::memory_space> prod_tensor,
      +
      1208 Tensor<ElementType,
      +
      1209 ddc::DiscreteDomain<HeadDDim1..., ContractDDim...>,
      +
      1210 LayoutStridedPolicy,
      +
      1211 MemorySpace> tensor1,
      +
      1212 Tensor<ElementType,
      +
      1213 ddc::DiscreteDomain<ContractDDim..., TailDDim2...>,
      +
      1214 LayoutStridedPolicy,
      +
      1215 MemorySpace> tensor2)
      +
      1216 {
      +
      1217 ddc::for_each(
      +
      1218 prod_tensor.domain(),
      +
      1219 [=](ddc::DiscreteElement<HeadDDim1..., TailDDim2...> elem) {
      +
      1220 prod_tensor(elem) = ddc::transform_reduce(
      +
      1221 tensor1.template domain<ContractDDim...>(),
      +
      1222 0.,
      +
      1223 ddc::reducer::sum<ElementType>(),
      +
      1224 [=](ddc::DiscreteElement<ContractDDim...> contract_elem) {
      +
      1225 return tensor1(ddc::select<HeadDDim1...>(elem), contract_elem)
      +
      1226 * tensor2(ddc::select<TailDDim2...>(elem), contract_elem);
      +
      1227 });
      +
      1228 });
      +
      1229 return prod_tensor;
      +
      1230 }
      +
      1231};
      +
      1232
      +
      1233} // namespace detail
      +
      1234
      +
      1235template <
      +
      1236 TensorNatIndex... ProdDDim,
      +
      1237 TensorNatIndex... DDim1,
      +
      1238 TensorNatIndex... DDim2,
      +
      1239 class ElementType,
      +
      1240 class LayoutStridedPolicy,
      +
      1241 class MemorySpace>
      +
      1242Tensor<ElementType,
      +
      1243 ddc::DiscreteDomain<ProdDDim...>,
      +
      1244 LayoutStridedPolicy,
      +
      +
      1245 Kokkos::DefaultHostExecutionSpace::memory_space>
      +
      1246tensor_prod(
      +
      1247 Tensor<ElementType,
      +
      1248 ddc::DiscreteDomain<ProdDDim...>,
      +
      1249 LayoutStridedPolicy,
      +
      1250 Kokkos::DefaultHostExecutionSpace::memory_space> prod_tensor,
      +
      1251 Tensor<ElementType, ddc::DiscreteDomain<DDim1...>, LayoutStridedPolicy, MemorySpace>
      +
      1252 tensor1,
      +
      1253 Tensor<ElementType, ddc::DiscreteDomain<DDim2...>, LayoutStridedPolicy, MemorySpace>
      +
      1254 tensor2)
      +
      1255{
      +
      1256 static_assert(std::is_same_v<
      +
      1257 ddc::type_seq_remove_t<
      +
      1258 ddc::detail::TypeSeq<DDim1...>,
      +
      1259 ddc::detail::TypeSeq<ProdDDim...>>,
      +
      1260 ddc::type_seq_remove_t<
      +
      1261 ddc::detail::TypeSeq<DDim2...>,
      +
      1262 ddc::detail::TypeSeq<ProdDDim...>>>);
      +
      1263 return detail::NaturalTensorProd<
      +
      1264 ddc::type_seq_remove_t<
      +
      1265 ddc::detail::TypeSeq<ProdDDim...>,
      +
      1266 ddc::detail::TypeSeq<DDim2...>>,
      +
      1267 ddc::type_seq_remove_t<
      +
      1268 ddc::detail::TypeSeq<DDim1...>,
      +
      1269 ddc::detail::TypeSeq<ProdDDim...>>,
      +
      1270 ddc::type_seq_remove_t<
      +
      1271 ddc::detail::TypeSeq<ProdDDim...>,
      +
      1272 ddc::detail::TypeSeq<DDim1...>>>::run(prod_tensor, tensor1, tensor2);
      -
      1265}
      -
      1266
      -
      1267namespace detail {
      -
      1268
      -
      1269template <class HeadDom, class InterestDom, class TailDom>
      -
      1270struct PrintTensor;
      -
      1271
      -
      1272template <class... HeadDDim, class InterestDDim>
      -
      1273struct PrintTensor<
      -
      1274 ddc::DiscreteDomain<HeadDDim...>,
      -
      1275 ddc::DiscreteDomain<InterestDDim>,
      -
      1276 ddc::DiscreteDomain<>>
      -
      1277{
      -
      1278 template <class TensorType>
      -
      1279 static std::string run(
      -
      1280 std::string& str,
      -
      1281 TensorType const& tensor,
      -
      1282 ddc::DiscreteElement<HeadDDim...> i)
      -
      1283 {
      -
      1284 for (ddc::DiscreteElement<InterestDDim> elem :
      -
      1285 ddc::DiscreteDomain<InterestDDim>(tensor.natural_domain())) {
      -
      1286 str = str + " "
      -
      1287 + std::to_string(tensor.get(tensor.access_element(
      -
      1288 ddc::DiscreteElement<HeadDDim..., InterestDDim>(i, elem))));
      -
      1289 }
      -
      1290 str += "\n";
      -
      1291 return str;
      -
      1292 }
      -
      1293};
      -
      1294
      -
      1295template <class... HeadDDim, class InterestDDim, class HeadOfTailDDim, class... TailOfTailDDim>
      -
      1296struct PrintTensor<
      -
      1297 ddc::DiscreteDomain<HeadDDim...>,
      -
      1298 ddc::DiscreteDomain<InterestDDim>,
      -
      1299 ddc::DiscreteDomain<HeadOfTailDDim, TailOfTailDDim...>>
      -
      1300{
      -
      1301 template <class TensorType>
      -
      1302 static std::string run(
      -
      1303 std::string& str,
      -
      1304 TensorType const& tensor,
      -
      1305 ddc::DiscreteElement<HeadDDim...> i)
      -
      1306 {
      -
      1307 str += "[";
      -
      1308 for (ddc::DiscreteElement<InterestDDim> elem :
      -
      1309 ddc::DiscreteDomain<InterestDDim>(tensor.natural_domain())) {
      -
      1310 str = PrintTensor<
      -
      1311 ddc::DiscreteDomain<HeadDDim..., InterestDDim>,
      -
      1312 ddc::DiscreteDomain<HeadOfTailDDim>,
      -
      1313 ddc::DiscreteDomain<TailOfTailDDim...>>::
      -
      1314 run(str, tensor, ddc::DiscreteElement<HeadDDim..., InterestDDim>(i, elem));
      -
      1315 }
      -
      1316 str += "]\n";
      -
      1317 return str;
      -
      1318 }
      -
      1319};
      -
      1320
      -
      1321} // namespace detail
      -
      1322
      -
      -
      1323template <misc::Specialization<Tensor> TensorType>
      -
      1324std::ostream& operator<<(std::ostream& os, TensorType const& tensor)
      -
      1325{
      -
      1326 std::string str = "";
      -
      1327 os << detail::PrintTensor<
      -
      1328 ddc::DiscreteDomain<>,
      -
      1329 ddc::DiscreteDomain<ddc::type_seq_element_t<
      -
      1330 0,
      -
      1331 ddc::to_type_seq_t<typename TensorType::natural_domain_t>>>,
      -
      1332 ddc::detail::convert_type_seq_to_discrete_domain_t<ddc::type_seq_remove_t<
      -
      1333 ddc::to_type_seq_t<typename TensorType::natural_domain_t>,
      -
      1334 ddc::detail::TypeSeq<ddc::type_seq_element_t<
      -
      1335 0,
      -
      1336 ddc::to_type_seq_t<typename TensorType::natural_domain_t>>>>>>::
      -
      1337 run(str, tensor, ddc::DiscreteElement<>());
      -
      1338 return os;
      +
      1273}
      +
      1274
      +
      1275namespace detail {
      +
      1276
      +
      1277template <class HeadDom, class InterestDom, class TailDom>
      +
      1278struct PrintTensor;
      +
      1279
      +
      1280template <class... HeadDDim, class InterestDDim>
      +
      1281struct PrintTensor<
      +
      1282 ddc::DiscreteDomain<HeadDDim...>,
      +
      1283 ddc::DiscreteDomain<InterestDDim>,
      +
      1284 ddc::DiscreteDomain<>>
      +
      1285{
      +
      1286 template <class TensorType>
      +
      1287 static std::string run(
      +
      1288 std::string& str,
      +
      1289 TensorType const& tensor,
      +
      1290 ddc::DiscreteElement<HeadDDim...> i)
      +
      1291 {
      +
      1292 for (ddc::DiscreteElement<InterestDDim> elem :
      +
      1293 ddc::DiscreteDomain<InterestDDim>(tensor.natural_domain())) {
      +
      1294 str = str + " "
      +
      1295 + std::to_string(tensor.get(tensor.access_element(
      +
      1296 ddc::DiscreteElement<HeadDDim..., InterestDDim>(i, elem))));
      +
      1297 }
      +
      1298 str += "\n";
      +
      1299 return str;
      +
      1300 }
      +
      1301};
      +
      1302
      +
      1303template <class... HeadDDim, class InterestDDim, class HeadOfTailDDim, class... TailOfTailDDim>
      +
      1304struct PrintTensor<
      +
      1305 ddc::DiscreteDomain<HeadDDim...>,
      +
      1306 ddc::DiscreteDomain<InterestDDim>,
      +
      1307 ddc::DiscreteDomain<HeadOfTailDDim, TailOfTailDDim...>>
      +
      1308{
      +
      1309 template <class TensorType>
      +
      1310 static std::string run(
      +
      1311 std::string& str,
      +
      1312 TensorType const& tensor,
      +
      1313 ddc::DiscreteElement<HeadDDim...> i)
      +
      1314 {
      +
      1315 str += "[";
      +
      1316 for (ddc::DiscreteElement<InterestDDim> elem :
      +
      1317 ddc::DiscreteDomain<InterestDDim>(tensor.natural_domain())) {
      +
      1318 str = PrintTensor<
      +
      1319 ddc::DiscreteDomain<HeadDDim..., InterestDDim>,
      +
      1320 ddc::DiscreteDomain<HeadOfTailDDim>,
      +
      1321 ddc::DiscreteDomain<TailOfTailDDim...>>::
      +
      1322 run(str, tensor, ddc::DiscreteElement<HeadDDim..., InterestDDim>(i, elem));
      +
      1323 }
      +
      1324 str += "]\n";
      +
      1325 return str;
      +
      1326 }
      +
      1327};
      +
      1328
      +
      1329} // namespace detail
      +
      1330
      +
      +
      1331template <misc::Specialization<Tensor> TensorType>
      +
      1332std::ostream& operator<<(std::ostream& os, TensorType const& tensor)
      +
      1333{
      +
      1334 std::string str = "";
      +
      1335 os << detail::PrintTensor<
      +
      1336 ddc::DiscreteDomain<>,
      +
      1337 ddc::DiscreteDomain<ddc::type_seq_element_t<
      +
      1338 0,
      +
      1339 ddc::to_type_seq_t<typename TensorType::natural_domain_t>>>,
      +
      1340 ddc::detail::convert_type_seq_to_discrete_domain_t<ddc::type_seq_remove_t<
      +
      1341 ddc::to_type_seq_t<typename TensorType::natural_domain_t>,
      +
      1342 ddc::detail::TypeSeq<ddc::type_seq_element_t<
      +
      1343 0,
      +
      1344 ddc::to_type_seq_t<typename TensorType::natural_domain_t>>>>>>::
      +
      1345 run(str, tensor, ddc::DiscreteElement<>());
      +
      1346 return os;
      -
      1339}
      -
      1340
      -
      1341} // namespace tensor
      -
      1342
      -
      1343} // namespace sil
      - -
      sil::tensor::TensorAccessor::natural_domain_t
      ddc::cartesian_prod_t< std::conditional_t< TensorNatIndex< Index >, ddc::DiscreteDomain< Index >, typename Index::subindices_domain_t >... > natural_domain_t
      Definition tensor_impl.hpp:274
      - -
      sil::tensor::TensorAccessor::natural_domain
      static constexpr natural_domain_t natural_domain()
      Definition tensor_impl.hpp:345
      -
      sil::tensor::TensorAccessor::canonical_natural_element
      static constexpr natural_domain_t::discrete_element_type canonical_natural_element(ddc::DiscreteElement< MemIndex... > mem_elem)
      Definition tensor_impl.hpp:387
      -
      sil::tensor::TensorAccessor::access_element
      static constexpr discrete_element_type access_element()
      Definition tensor_impl.hpp:368
      -
      sil::tensor::TensorAccessor::access_domain
      static constexpr discrete_domain_type access_domain()
      Definition tensor_impl.hpp:359
      -
      sil::tensor::TensorAccessor::discrete_domain_type
      ddc::DiscreteDomain< Index... > discrete_domain_type
      Definition tensor_impl.hpp:270
      -
      sil::tensor::TensorAccessor::mem_domain
      static constexpr discrete_domain_type mem_domain()
      Definition tensor_impl.hpp:351
      -
      sil::tensor::TensorAccessor::discrete_element_type
      ddc::DiscreteElement< Index... > discrete_element_type
      Definition tensor_impl.hpp:272
      -
      sil::tensor::Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >::base_type
      ddc:: ChunkSpan< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace > base_type
      Definition tensor_impl.hpp:582
      - - -
      sil::tensor::Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >::natural_domain_t
      ddc::cartesian_prod_t< non_indices_domain_t, typename accessor_t::natural_domain_t > natural_domain_t
      Definition tensor_impl.hpp:629
      - -
      sil::tensor::Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >::non_indices_domain_t
      ddc::detail::convert_type_seq_to_discrete_domain_t< ddc::type_seq_remove_t< ddc::to_type_seq_t< discrete_domain_type >, ddc::to_type_seq_t< indices_domain_t > > > non_indices_domain_t
      Definition tensor_impl.hpp:615
      -
      sil::tensor::Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >::accessor_t
      tensor_accessor_for_domain_t< ddc::cartesian_prod_t< std::conditional_t< TensorIndex< DDim >, ddc::DiscreteDomain< DDim >, ddc::DiscreteDomain<> >... > > accessor_t
      Definition tensor_impl.hpp:603
      -
      sil::tensor::Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >::Tensor
      KOKKOS_FUNCTION constexpr Tensor(ddc::ChunkSpan< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace > other) noexcept
      Definition tensor_impl.hpp:594
      - - +
      1347}
      +
      1348
      +
      1349} // namespace tensor
      +
      1350
      +
      1351} // namespace sil
      + +
      sil::tensor::TensorAccessor::natural_domain_t
      ddc::cartesian_prod_t< std::conditional_t< TensorNatIndex< Index >, ddc::DiscreteDomain< Index >, typename Index::subindices_domain_t >... > natural_domain_t
      Definition tensor_impl.hpp:279
      + +
      sil::tensor::TensorAccessor::natural_domain
      static constexpr natural_domain_t natural_domain()
      Definition tensor_impl.hpp:350
      +
      sil::tensor::TensorAccessor::canonical_natural_element
      static constexpr natural_domain_t::discrete_element_type canonical_natural_element(ddc::DiscreteElement< MemIndex... > mem_elem)
      Definition tensor_impl.hpp:392
      +
      sil::tensor::TensorAccessor::access_element
      static constexpr discrete_element_type access_element()
      Definition tensor_impl.hpp:373
      +
      sil::tensor::TensorAccessor::access_domain
      static constexpr discrete_domain_type access_domain()
      Definition tensor_impl.hpp:364
      +
      sil::tensor::TensorAccessor::discrete_domain_type
      ddc::DiscreteDomain< Index... > discrete_domain_type
      Definition tensor_impl.hpp:275
      +
      sil::tensor::TensorAccessor::mem_domain
      static constexpr discrete_domain_type mem_domain()
      Definition tensor_impl.hpp:356
      +
      sil::tensor::TensorAccessor::discrete_element_type
      ddc::DiscreteElement< Index... > discrete_element_type
      Definition tensor_impl.hpp:277
      +
      sil::tensor::Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >::base_type
      ddc:: ChunkSpan< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace > base_type
      Definition tensor_impl.hpp:590
      + + +
      sil::tensor::Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >::natural_domain_t
      ddc::cartesian_prod_t< non_indices_domain_t, typename accessor_t::natural_domain_t > natural_domain_t
      Definition tensor_impl.hpp:637
      + +
      sil::tensor::Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >::non_indices_domain_t
      ddc::detail::convert_type_seq_to_discrete_domain_t< ddc::type_seq_remove_t< ddc::to_type_seq_t< discrete_domain_type >, ddc::to_type_seq_t< indices_domain_t > > > non_indices_domain_t
      Definition tensor_impl.hpp:623
      +
      sil::tensor::Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >::accessor_t
      tensor_accessor_for_domain_t< ddc::cartesian_prod_t< std::conditional_t< TensorIndex< DDim >, ddc::DiscreteDomain< DDim >, ddc::DiscreteDomain<> >... > > accessor_t
      Definition tensor_impl.hpp:611
      +
      sil::tensor::Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >::Tensor
      KOKKOS_FUNCTION constexpr Tensor(ddc::ChunkSpan< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace > other) noexcept
      Definition tensor_impl.hpp:602
      + +
      sil::tensor::Tensor
      Tensor(ddc::Chunk< ElementType, SupportType, Allocator >) -> Tensor< ElementType, SupportType, Kokkos::layout_right, typename Allocator::memory_space >
      -
      sil::tensor::relabelize_indices_of_t
      detail::RelabelizeIndicesOfType< TensorType, OldIndices, NewIndices >::type relabelize_indices_of_t
      Definition tensor_impl.hpp:1115
      -
      sil::tensor::tensor_sum
      Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace > tensor_sum(Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace > sum_tensor, TensorType... tensor)
      Definition tensor_impl.hpp:1135
      -
      sil::tensor::relabelize_indices_in
      constexpr relabelize_indices_in_t< T, OldIndices, NewIndices > relabelize_indices_in(T t)
      Definition tensor_impl.hpp:1026
      -
      sil::tensor::relabelize_index_in_t
      detail::RelabelizeIndexInType< T, OldIndex, NewIndex >::type relabelize_index_in_t
      Definition tensor_impl.hpp:811
      -
      sil::tensor::natural_tensor_prod_domain_t
      detail::NaturalTensorProdDomain< Dom1, Dom2 >::type natural_tensor_prod_domain_t
      Definition tensor_impl.hpp:1167
      -
      sil::tensor::relabelize_index_in
      constexpr relabelize_index_in_t< T, OldIndex, NewIndex > relabelize_index_in(T t)
      Definition tensor_impl.hpp:846
      -
      sil::tensor::relabelize_index_of_t
      detail::RelabelizeIndexOfType< TensorType, OldIndex, NewIndex >::type relabelize_index_of_t
      Definition tensor_impl.hpp:877
      -
      sil::tensor::relabelize_index_of
      constexpr relabelize_index_of_t< Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >, OldIndex, NewIndex > relabelize_index_of(Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace > old_tensor)
      Definition tensor_impl.hpp:890
      -
      sil::tensor::natural_tensor_prod_domain
      natural_tensor_prod_domain_t< Dom1, Dom2 > natural_tensor_prod_domain(Dom1 dom1, Dom2 dom2)
      Definition tensor_impl.hpp:1172
      -
      sil::tensor::relabelize_indices_of
      constexpr relabelize_indices_of_t< Tensor, OldIndices, NewIndices > relabelize_indices_of(Tensor tensor)
      Definition tensor_impl.hpp:1121
      -
      sil::tensor::natural_domain_t
      typename detail::NaturalDomainType< Index >::type natural_domain_t
      Definition tensor_impl.hpp:135
      -
      sil::tensor::tensor_accessor_for_domain_t
      detail::TensorAccessorForDomain< Dom >::type tensor_accessor_for_domain_t
      Definition tensor_impl.hpp:324
      -
      sil::tensor::relabelize_indices_in_t
      typename detail::RelabelizeIndicesInType< T, OldIndices, NewIndices >::type relabelize_indices_in_t
      Definition tensor_impl.hpp:975
      +
      sil::tensor::relabelize_indices_of_t
      detail::RelabelizeIndicesOfType< TensorType, OldIndices, NewIndices >::type relabelize_indices_of_t
      Definition tensor_impl.hpp:1123
      +
      sil::tensor::tensor_sum
      Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace > tensor_sum(Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace > sum_tensor, TensorType... tensor)
      Definition tensor_impl.hpp:1143
      +
      sil::tensor::relabelize_indices_in
      constexpr relabelize_indices_in_t< T, OldIndices, NewIndices > relabelize_indices_in(T t)
      Definition tensor_impl.hpp:1034
      +
      sil::tensor::relabelize_index_in_t
      detail::RelabelizeIndexInType< T, OldIndex, NewIndex >::type relabelize_index_in_t
      Definition tensor_impl.hpp:819
      +
      sil::tensor::natural_tensor_prod_domain_t
      detail::NaturalTensorProdDomain< Dom1, Dom2 >::type natural_tensor_prod_domain_t
      Definition tensor_impl.hpp:1175
      +
      sil::tensor::relabelize_index_in
      constexpr relabelize_index_in_t< T, OldIndex, NewIndex > relabelize_index_in(T t)
      Definition tensor_impl.hpp:854
      +
      sil::tensor::relabelize_index_of_t
      detail::RelabelizeIndexOfType< TensorType, OldIndex, NewIndex >::type relabelize_index_of_t
      Definition tensor_impl.hpp:885
      +
      sil::tensor::relabelize_index_of
      constexpr relabelize_index_of_t< Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace >, OldIndex, NewIndex > relabelize_index_of(Tensor< ElementType, ddc::DiscreteDomain< DDim... >, LayoutStridedPolicy, MemorySpace > old_tensor)
      Definition tensor_impl.hpp:898
      +
      sil::tensor::natural_tensor_prod_domain
      natural_tensor_prod_domain_t< Dom1, Dom2 > natural_tensor_prod_domain(Dom1 dom1, Dom2 dom2)
      Definition tensor_impl.hpp:1180
      +
      sil::tensor::relabelize_indices_of
      constexpr relabelize_indices_of_t< Tensor, OldIndices, NewIndices > relabelize_indices_of(Tensor tensor)
      Definition tensor_impl.hpp:1129
      +
      sil::tensor::natural_domain_t
      typename detail::NaturalDomainType< Index >::type natural_domain_t
      Definition tensor_impl.hpp:140
      +
      sil::tensor::tensor_accessor_for_domain_t
      detail::TensorAccessorForDomain< Dom >::type tensor_accessor_for_domain_t
      Definition tensor_impl.hpp:329
      +
      sil::tensor::relabelize_indices_in_t
      typename detail::RelabelizeIndicesInType< T, OldIndices, NewIndices >::type relabelize_indices_in_t
      Definition tensor_impl.hpp:983
      sil
      The top-level namespace of SimiLie.
      Definition csr.hpp:14
      +
      sil::tensor::TensorNaturalIndex::mem_id
      static KOKKOS_FUNCTION constexpr std::size_t mem_id(std::size_t const natural_id)
      Definition tensor_impl.hpp:67
      sil::tensor::TensorNaturalIndex::mem_id
      static KOKKOS_FUNCTION constexpr std::size_t mem_id()
      Definition tensor_impl.hpp:58
      diff --git a/tensor__prod_8hpp_source.html b/tensor__prod_8hpp_source.html index b5334251..0b3e97aa 100644 --- a/tensor__prod_8hpp_source.html +++ b/tensor__prod_8hpp_source.html @@ -678,8 +678,8 @@
      544} // namespace tensor
      545
      546} // namespace sil
      - -
      sil::tensor::TensorAccessor::natural_domain
      static constexpr natural_domain_t natural_domain()
      Definition tensor_impl.hpp:345
      + +
      sil::tensor::TensorAccessor::natural_domain
      static constexpr natural_domain_t natural_domain()
      Definition tensor_impl.hpp:350
      sil::csr::tensor_prod
      sil::tensor::Tensor< double, ddc::DiscreteDomain< TailTensorIndex... >, Kokkos::layout_right, Kokkos::DefaultHostExecutionSpace::memory_space > tensor_prod(sil::tensor::Tensor< double, ddc::DiscreteDomain< TailTensorIndex... >, Kokkos::layout_right, Kokkos::DefaultHostExecutionSpace::memory_space > prod, sil::tensor::Tensor< double, ddc::DiscreteDomain< HeadTensorIndex >, Kokkos::layout_right, Kokkos::DefaultHostExecutionSpace::memory_space > dense, Csr< N, HeadTensorIndex, TailTensorIndex... > csr)
      Definition csr.hpp:107
      sil::tensor::check_tensors_compatibility
      constexpr void check_tensors_compatibility()
      Definition tensor_prod.hpp:91
      sil::tensor::Tensor
      Tensor(ddc::Chunk< ElementType, SupportType, Allocator >) -> Tensor< ElementType, SupportType, Kokkos::layout_right, typename Allocator::memory_space >
      diff --git a/young__tableau_8hpp_source.html b/young__tableau_8hpp_source.html index 5f5bde2a..b762c519 100644 --- a/young__tableau_8hpp_source.html +++ b/young__tableau_8hpp_source.html @@ -1412,7 +1412,7 @@
      1285
      1286#endif
      sil::csr::operator<<
      std::ostream & operator<<(std::ostream &os, Csr< N, TensorIndex... > const &csr)
      Definition csr.hpp:185
      -
      sil::tensor::natural_tensor_prod_domain
      natural_tensor_prod_domain_t< Dom1, Dom2 > natural_tensor_prod_domain(Dom1 dom1, Dom2 dom2)
      Definition tensor_impl.hpp:1172
      +
      sil::tensor::natural_tensor_prod_domain
      natural_tensor_prod_domain_t< Dom1, Dom2 > natural_tensor_prod_domain(Dom1 dom1, Dom2 dom2)
      Definition tensor_impl.hpp:1180
      sil
      The top-level namespace of SimiLie.
      Definition csr.hpp:14

133 LaplacianDummyIndex2,