Arcane  v3.16.2.0
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CartesianMeshTestUtils.cc
1// -*- tab-width: 2; indent-tabs-mode: nil; coding: utf-8-with-signature -*-
2//-----------------------------------------------------------------------------
3// Copyright 2000-2024 CEA (www.cea.fr) IFPEN (www.ifpenergiesnouvelles.com)
4// See the top-level COPYRIGHT file for details.
5// SPDX-License-Identifier: Apache-2.0
6//-----------------------------------------------------------------------------
7/*---------------------------------------------------------------------------*/
8/* CartesianMeshTestUtils.cc (C) 2000-2024 */
9/* */
10/* Fonctions utilitaires pour les tests de 'CartesianMesh'. */
11/*---------------------------------------------------------------------------*/
12/*---------------------------------------------------------------------------*/
13
14#include "arcane/tests/CartesianMeshTestUtils.h"
15
16#include "arcane/utils/CheckedConvert.h"
17#include "arcane/utils/PlatformUtils.h"
18#include "arcane/utils/Real2.h"
19#include "arcane/utils/ValueChecker.h"
20
21#include "arcane/core/MeshUtils.h"
22
23#include "arcane/core/IMesh.h"
24#include "arcane/core/IItemFamily.h"
25#include "arcane/core/ItemPrinter.h"
26#include "arcane/core/IParallelMng.h"
27#include "arcane/core/IMeshModifier.h"
28#include "arcane/core/IMeshUtilities.h"
29#include "arcane/core/SimpleSVGMeshExporter.h"
30#include "arcane/core/UnstructuredMeshConnectivity.h"
31
32#if defined(ARCANE_HAS_ACCELERATOR_API)
33#include "arcane/accelerator/Runner.h"
34#include "arcane/accelerator/RunCommandEnumerate.h"
35#include "arcane/accelerator/VariableViews.h"
36#endif
37#include "arcane/accelerator/core/IAcceleratorMng.h"
38
39#include "arcane/cartesianmesh/ICartesianMesh.h"
40#include "arcane/cartesianmesh/CellDirectionMng.h"
41#include "arcane/cartesianmesh/FaceDirectionMng.h"
42#include "arcane/cartesianmesh/NodeDirectionMng.h"
43#include "arcane/cartesianmesh/CartesianConnectivity.h"
44
45/*---------------------------------------------------------------------------*/
46/*---------------------------------------------------------------------------*/
47
48namespace ArcaneTest
49{
50
51using namespace Arcane;
52using namespace Arcane::Accelerator;
53
54/*---------------------------------------------------------------------------*/
55/*---------------------------------------------------------------------------*/
56
57CartesianMeshTestUtils::
58CartesianMeshTestUtils(ICartesianMesh* cm, IAcceleratorMng* am)
59: TraceAccessor(cm->traceMng())
60, m_cartesian_mesh(cm)
61, m_mesh(cm->mesh())
62, m_accelerator_mng(am)
63, m_cell_center(VariableBuildInfo(m_mesh, "CellCenter"))
64, m_face_center(VariableBuildInfo(m_mesh, "FaceCenter"))
65, m_node_density(VariableBuildInfo(m_mesh, "NodeDensity"))
66{
67}
68
69/*---------------------------------------------------------------------------*/
70/*---------------------------------------------------------------------------*/
71
72CartesianMeshTestUtils::
73~CartesianMeshTestUtils()
74{
75}
76
77/*---------------------------------------------------------------------------*/
78/*---------------------------------------------------------------------------*/
79
80void CartesianMeshTestUtils::
81testAll(bool is_amr)
82{
83 m_is_amr = is_amr;
84 _testDirCell();
85 _testDirCellAccelerator();
86 _testDirFace();
87 _testDirFaceAccelerator();
88 _testDirNode();
89 _testDirNodeAccelerator();
90 _testDirCellNode();
91 _testDirCellNodeAccelerator();
92 _testDirCellFace();
93 _testDirCellFaceAccelerator();
94 if (m_mesh->dimension() == 3) {
95 _testNodeToCellConnectivity3D();
96 _testNodeToCellConnectivity3DAccelerator();
97 _testCellToNodeConnectivity3D();
98 _testCellToNodeConnectivity3DAccelerator();
99 }
100 else {
101 _testNodeToCellConnectivity2D();
102 _testCellToNodeConnectivity2D();
103 _saveSVG();
104 }
105 _testConnectivityByDirection();
106}
107
108/*---------------------------------------------------------------------------*/
109/*---------------------------------------------------------------------------*/
110
111void CartesianMeshTestUtils::
112_computeCenters()
113{
114 IMesh* mesh = m_mesh;
115
116 // Calcule le centre des mailles
117 {
118 VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
119 ENUMERATE_CELL (icell, m_mesh->allCells()) {
120 Cell cell = *icell;
121 Real3 center;
122 for (NodeLocalId inode : cell.nodeIds() )
123 center += nodes_coord[inode];
124 center /= cell.nbNode();
125 m_cell_center[icell] = center;
126 }
127 }
128
129 // Calcule le centre des faces
130 {
131 VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
132 ENUMERATE_FACE (iface, m_mesh->allFaces()) {
133 Face face = *iface;
134 Real3 center;
135 for (NodeLocalId inode : face.nodeIds() )
136 center += nodes_coord[inode];
137 center /= face.nbNode();
138 m_face_center[iface] = center;
139 }
140 }
141}
142
143/*---------------------------------------------------------------------------*/
144/*---------------------------------------------------------------------------*/
145
146void CartesianMeshTestUtils::
147_checkSameId(FaceLocalId item, FaceLocalId local_id)
148{
149 if (item != local_id)
150 ARCANE_FATAL("Bad FaceLocalId item={0} local_id={1}", item, local_id);
151}
152
153void CartesianMeshTestUtils::
154_checkSameId(CellLocalId item, CellLocalId local_id)
155{
156 if (item != local_id)
157 ARCANE_FATAL("Bad CellLocalId item={0} local_id={1}", item, local_id);
158}
159
160void CartesianMeshTestUtils::
161_checkSameId(NodeLocalId item, NodeLocalId local_id)
162{
163 if (item.localId() != local_id)
164 ARCANE_FATAL("Bad NodeLocalId item={0} local_id={1}", item, local_id);
165}
166
167/*---------------------------------------------------------------------------*/
168/*---------------------------------------------------------------------------*/
169
170void CartesianMeshTestUtils::
171_checkItemGroupIsSorted(const ItemGroup& group)
172{
173 if (!group.checkIsSorted())
174 ARCANE_FATAL("Node direction group '{0}' is not sorted", group.name());
175}
176
177/*---------------------------------------------------------------------------*/
178/*---------------------------------------------------------------------------*/
179
180void CartesianMeshTestUtils::
181_testDirCell()
182{
183 info() << "TEST_DIR_CELL";
184
185 IMesh* mesh = m_mesh;
186 Integer nb_dir = mesh->dimension();
187 Integer nb_print = m_nb_print;
188 CellDirectionMng cdm2;
189 CellDirectionMng cdm3;
190 for (Integer idir = 0; idir < nb_dir; ++idir) {
191 CellDirectionMng cdm(m_cartesian_mesh->cellDirection(idir));
192 cdm2 = m_cartesian_mesh->cellDirection(idir);
193 cdm3 = cdm;
194 eMeshDirection md = cdm.direction();
195 Integer iprint = 0;
196 info() << "DIRECTION=" << idir << " Cells=" << cdm.allCells().name();
197 _checkItemGroupIsSorted(cdm.allCells());
198 ENUMERATE_CELL (icell, cdm.allCells()) {
199 Cell cell = *icell;
200 DirCell dir_cell(cdm[icell]);
201 Cell prev_cell = dir_cell.previous();
202 Cell next_cell = dir_cell.next();
203 // AH: Désactivation de ce if : bloquant s'il n'y a qu'une seule couche de mailles.
204 // if (prev_cell.null() && next_cell.null())
205 // ARCANE_FATAL("Null previous and next cell");
206 DirCell dir_cell2(cdm2[icell]);
207 Cell prev_cell2 = dir_cell2.previous();
208 Cell next_cell2 = dir_cell2.next();
209 DirCell dir_cell3(cdm3[icell]);
210 Cell prev_cell3 = dir_cell3.previous();
211 Cell next_cell3 = dir_cell3.next();
212 _checkSameId(prev_cell, prev_cell2);
213 _checkSameId(next_cell, next_cell2);
214 _checkSameId(prev_cell, prev_cell3);
215 _checkSameId(next_cell, next_cell3);
216 if (nb_print < 0 || iprint < nb_print) {
217 ++iprint;
218 if (!prev_cell.null() && !next_cell.null()) {
219 info() << "Cell uid=" << ItemPrinter(cell) << " dir=" << md
220 << " prev=" << ItemPrinter(prev_cell) << " xyz=" << m_cell_center[prev_cell]
221 << " next=" << ItemPrinter(next_cell) << " xyz=" << m_cell_center[next_cell];
222 }
223 else {
224 info() << "Cell uid=" << ItemPrinter(cell) << " dir=" << md;
225 if (!prev_cell.null())
226 info() << " prev=" << ItemPrinter(prev_cell) << " xyz=" << m_cell_center[prev_cell];
227 if (!next_cell.null())
228 info() << " next=" << ItemPrinter(next_cell) << " xyz=" << m_cell_center[next_cell];
229 }
230 }
231 }
232 }
233}
234
235/*---------------------------------------------------------------------------*/
236/*---------------------------------------------------------------------------*/
237
238void CartesianMeshTestUtils::
239_testDirCellAccelerator()
240{
241#if defined(ARCANE_HAS_ACCELERATOR_API)
242 info() << "TEST_DIR_CELL_ACCELERATOR";
243
244 IMesh* mesh = m_mesh;
245 Integer nb_dir = mesh->dimension();
246 CellDirectionMng cdm2;
247 CellDirectionMng cdm3;
248
249 auto queue = m_accelerator_mng->queue();
250
251 VariableCellInt32 dummy_var(VariableBuildInfo(mesh, "DummyCellVariable"));
252 dummy_var.fill(0);
253
254 for (Integer idir = 0; idir < nb_dir; ++idir) {
255 CellDirectionMng cdm(m_cartesian_mesh->cellDirection(idir));
256 cdm2 = m_cartesian_mesh->cellDirection(idir);
257 cdm3 = cdm;
258 info() << "ACCELERATOR_DIRECTION=" << idir << " Cells=" << cdm.allCells().name();
259 _checkItemGroupIsSorted(cdm.allCells());
260 auto command = makeCommand(queue);
261 auto inout_dummy_var = viewInOut(command, dummy_var);
262 command << RUNCOMMAND_ENUMERATE(Cell, icell, cdm.allCells())
263 {
264 DirCellLocalId dir_cell(cdm.dirCellId(icell));
265 CellLocalId prev_cell = dir_cell.previous();
266 CellLocalId next_cell = dir_cell.next();
267 // AH: Désactivation de ce if : bloquant s'il n'y a qu'une seule couche de mailles.
268 // if (prev_cell.isNull() && next_cell.isNull()) {
269 // inout_dummy_var[icell] = -5;
270 // return;
271 // }
272
273 DirCellLocalId dir_cell2(cdm2.dirCellId(icell));
274 CellLocalId prev_cell2 = dir_cell2.previous();
275 CellLocalId next_cell2 = dir_cell2.next();
276 DirCellLocalId dir_cell3(cdm3.dirCellId(icell));
277 CellLocalId prev_cell3 = dir_cell3.previous();
278 CellLocalId next_cell3 = dir_cell3.next();
279 if (prev_cell != prev_cell2)
280 inout_dummy_var[icell] = -10;
281 if (next_cell != next_cell2)
282 inout_dummy_var[icell] = -11;
283 if (prev_cell != prev_cell3)
284 inout_dummy_var[icell] = -12;
285 if (next_cell != next_cell3)
286 inout_dummy_var[icell] = -13;
287
288 if (!prev_cell.isNull() && !next_cell.isNull()) {
289 inout_dummy_var[icell] = 2;
290 }
291 else {
292 if (!prev_cell.isNull())
293 inout_dummy_var[icell] = inout_dummy_var[icell] + 1;
294 if (!next_cell.isNull())
295 inout_dummy_var[icell] = inout_dummy_var[icell] + 1;
296 }
297 };
298 ENUMERATE_ (Cell, icell, cdm.allCells()) {
299 if (dummy_var[icell] < 0)
300 ARCANE_FATAL("Bad value for dummy_var id={0} v={1}", ItemPrinter(*icell), dummy_var[icell]);
301 }
302 }
303#endif
304}
305
306/*---------------------------------------------------------------------------*/
307/*---------------------------------------------------------------------------*/
308
309void CartesianMeshTestUtils::
310_testDirFace()
311{
312 IMesh* mesh = m_mesh;
313 Integer nb_dir = mesh->dimension();
314 for (Integer idir = 0; idir < nb_dir; ++idir)
315 _testDirFace(idir);
316}
317
318/*---------------------------------------------------------------------------*/
319/*---------------------------------------------------------------------------*/
320
321void CartesianMeshTestUtils::
322_testDirFaceAccelerator()
323{
324 IMesh* mesh = m_mesh;
325 Integer nb_dir = mesh->dimension();
326 for (Integer idir = 0; idir < nb_dir; ++idir)
327 _testDirFaceAccelerator(idir);
328}
329
330/*---------------------------------------------------------------------------*/
331/*---------------------------------------------------------------------------*/
332
333void CartesianMeshTestUtils::
334_testDirFace(int idir)
335{
336 // Teste l'utilisation de DirFace et vérifie que
337 // les valeurs sont correctes: pour une face donnée,
338 // il faut que selon la direction choisie, la coordonnée du centre
339 // de la maille avant (previousCell()) soit inférieure à celle
340 // de la maille après (nextCell()) et aussi celle de la maille avant
341 // soit inférieure à ce
342 Integer nb_print = m_nb_print;
343 Integer nb_error = 0;
344 Integer iprint = 0;
345
346 FaceDirectionMng fdm2;
347 FaceDirectionMng fdm(m_cartesian_mesh->faceDirection(idir));
348 fdm2 = fdm;
349 eMeshDirection md = fdm.direction();
350 info() << "TEST_DIR_FACE for direction=" << idir << " -> " << (eMeshDirection)idir;
351 _checkItemGroupIsSorted(fdm.allFaces());
352 ENUMERATE_FACE (iface, fdm.allFaces()) {
353 Face face = *iface;
354 DirFace dir_face(fdm[iface]);
355 DirFace dir_face2(fdm2[iface]);
356 //Integer nb_node = cell.nbNode();
357 Cell prev_cell = dir_face.previousCell();
358 Cell next_cell = dir_face.nextCell();
359 Cell prev_cell2 = dir_face2.previousCell();
360 Cell next_cell2 = dir_face2.nextCell();
361 _checkSameId(prev_cell, prev_cell2);
362 _checkSameId(next_cell, next_cell2);
363 _checkSameId(prev_cell, dir_face.previousCellId());
364 _checkSameId(next_cell, dir_face.nextCellId());
365 bool is_print = (nb_print < 0 || iprint < nb_print);
366 ++iprint;
367 Real face_coord = m_face_center[iface][idir];
368 if (!prev_cell.null() && !next_cell.null()) {
369 Real next_coord = m_cell_center[next_cell][idir];
370 Real prev_coord = m_cell_center[prev_cell][idir];
371 if (next_coord < prev_coord) {
372 info() << "Bad ordering for face";
373 is_print = true;
374 ++nb_error;
375 }
376 if (is_print)
377 info() << "Face uid=" << ItemPrinter(face) << " dir=" << md << " xyz=" << m_face_center[iface]
378 << " prev=" << prev_cell.uniqueId() << " xyz=" << m_cell_center[prev_cell]
379 << " next=" << next_cell.uniqueId() << " xyz=" << m_cell_center[next_cell];
380 }
381 else {
382 if (!prev_cell.null()) {
383 Real prev_coord = m_cell_center[prev_cell][idir];
384 if (face_coord < prev_coord) {
385 info() << "Bad ordering for face";
386 is_print = true;
387 ++nb_error;
388 }
389 if (is_print)
390 info() << "Face uid=" << ItemPrinter(face) << " dir=" << md << " xyz=" << m_face_center[iface]
391 << " prev=" << prev_cell.uniqueId() << " xyz=" << m_cell_center[prev_cell];
392 }
393 if (!next_cell.null()) {
394 Real next_coord = m_cell_center[next_cell][idir];
395 if (next_coord < face_coord) {
396 info() << "Bad ordering for face";
397 is_print = true;
398 ++nb_error;
399 }
400 if (is_print)
401 info() << "Face uid=" << ItemPrinter(face) << " dir=" << md << " xyz=" << m_face_center[iface]
402 << " next=" << next_cell.uniqueId() << " xyz=" << m_cell_center[next_cell];
403 }
404 }
405 }
406 if (nb_error != 0)
407 ARCANE_FATAL("Bad connectivity for DirFace nb_error={0}", nb_error);
408}
409
410/*---------------------------------------------------------------------------*/
411/*---------------------------------------------------------------------------*/
412
413void CartesianMeshTestUtils::
414_testDirFaceAccelerator(int idir)
415{
416#if defined(ARCANE_HAS_ACCELERATOR_API)
417 // Teste l'utilisation de DirFace et vérifie que
418 // les valeurs sont correctes: pour une face donnée,
419 // il faut que selon la direction choisie, la coordonnée du centre
420 // de la maille avant (previousCell()) soit inférieure à celle
421 // de la maille après (nextCell()) et aussi celle de la maille avant
422 // soit inférieure à ce
423
424 FaceDirectionMng fdm2;
425 FaceDirectionMng fdm(m_cartesian_mesh->faceDirection(idir));
426 fdm2 = fdm;
427 info() << "TEST_DIR_FACE_ACCELERATOR for direction=" << idir << " -> " << (eMeshDirection)idir;
428
429 auto queue = m_accelerator_mng->defaultQueue();
430 auto command = makeCommand(*queue);
431
432 VariableFaceInt32 dummy_var(VariableBuildInfo(m_mesh, "DummyFaceVariable"));
433 dummy_var.fill(0);
434 auto inout_dummy_var = viewInOut(command, dummy_var);
435 auto in_face_center = viewIn(command, m_face_center);
436 auto in_cell_center = viewIn(command, m_cell_center);
437
438 command << RUNCOMMAND_ENUMERATE(Face, iface, fdm.allFaces())
439 {
440 DirFaceLocalId dir_face(fdm.dirFaceId(iface));
441 DirFaceLocalId dir_face2(fdm2.dirFaceId(iface));
442 //Integer nb_node = cell.nbNode();
443 CellLocalId prev_cell = dir_face.previousCell();
444 CellLocalId next_cell = dir_face.nextCell();
445 CellLocalId prev_cell2 = dir_face2.previousCell();
446 CellLocalId next_cell2 = dir_face2.nextCell();
447 if (prev_cell != prev_cell2)
448 inout_dummy_var[iface] = -10;
449 if (next_cell != next_cell2)
450 inout_dummy_var[iface] = -11;
451 if (prev_cell != dir_face.previousCellId())
452 inout_dummy_var[iface] = -12;
453 if (next_cell != dir_face.nextCellId())
454 inout_dummy_var[iface] = -13;
455 if (inout_dummy_var[iface] < 0)
456 return;
457
458 Real face_coord = in_face_center[iface][idir];
459 if (!prev_cell.isNull() && !next_cell.isNull()) {
460 Real next_coord = in_cell_center[next_cell][idir];
461 Real prev_coord = in_cell_center[prev_cell][idir];
462 if (next_coord < prev_coord) {
463 inout_dummy_var[iface] = -20;
464 return;
465 }
466 }
467 else {
468 if (!prev_cell.isNull()) {
469 Real prev_coord = in_cell_center[prev_cell][idir];
470 if (face_coord < prev_coord) {
471 inout_dummy_var[iface] = -21;
472 return;
473 }
474 }
475 if (!next_cell.isNull()) {
476 Real next_coord = in_cell_center[next_cell][idir];
477 if (next_coord < face_coord) {
478 inout_dummy_var[iface] = -22;
479 return;
480 }
481 }
482 }
483 };
484
485 ENUMERATE_ (Face, iface, fdm.allFaces()) {
486 if (dummy_var[iface] < 0)
487 ARCANE_FATAL("Bad value for dummy_var id={0} v={1}", ItemPrinter(*iface), dummy_var[iface]);
488 }
489#endif
490}
491
492/*---------------------------------------------------------------------------*/
493/*---------------------------------------------------------------------------*/
494
495void CartesianMeshTestUtils::
496_testDirNode()
497{
498 info() << "TEST_DIR_NODE";
499 m_node_density.fill(0.0);
500
501 IMesh* mesh = m_mesh;
502 Integer nb_dir = mesh->dimension();
503 Integer nb_print = m_nb_print;
504 Integer nb_error = 0;
505 VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
506 // Pour tester l'opérateur 'operator='
507 NodeDirectionMng node_dm2;
508 NodeDirectionMng node_dm3;
509 for (Integer idir = 0; idir < nb_dir; ++idir) {
510 NodeDirectionMng node_dm(m_cartesian_mesh->nodeDirection(idir));
511 node_dm2 = m_cartesian_mesh->nodeDirection(idir);
512 node_dm3 = node_dm;
513 eMeshDirection md = node_dm.direction();
514 Integer iprint = 0;
515 info() << "DIRECTION=" << idir;
516 NodeGroup dm_all_nodes = node_dm.allNodes();
517 _checkItemGroupIsSorted(dm_all_nodes);
518 ENUMERATE_NODE (inode, dm_all_nodes) {
519 Node node = *inode;
520 m_node_density[inode] += 1.0;
521 DirNode dir_node(node_dm[inode]);
522 DirNode dir_node2(node_dm2[inode]);
523 DirNode dir_node3(node_dm3[inode]);
524 Node prev_node = dir_node.previous();
525 Node next_node = dir_node.next();
526 Node prev_node2 = dir_node2.previous();
527 Node next_node2 = dir_node2.next();
528 Node prev_node3 = dir_node3.previous();
529 Node next_node3 = dir_node3.next();
530 _checkSameId(prev_node, prev_node2);
531 _checkSameId(next_node, next_node2);
532 _checkSameId(prev_node, prev_node3);
533 _checkSameId(next_node, next_node3);
534 _checkSameId(prev_node, dir_node.previousId());
535 _checkSameId(next_node, dir_node.nextId());
536 Real my_coord = nodes_coord[inode][idir];
537 bool is_print = (nb_print < 0 || iprint < nb_print);
538 ++iprint;
539 if (is_print) {
540 Int32 node_nb_cell = node.nbCell();
541 info() << "DirNode node= " << ItemPrinter(node) << " nb_cell=" << node_nb_cell << " pos=" << nodes_coord[node];
542 for (Integer k = 0; k < node_nb_cell; ++k) {
543 Real3 cell_pos = m_cell_center[node.cell(k)];
544 info() << "Node k=" << k << " cell_pos=" << cell_pos << " cell=" << ItemPrinter(node.cell(k));
545 }
546 for (Integer k = 0; k < 8; ++k) {
547 Int32 cell_index = dir_node.cellIndex(k);
548 Real3 cell_pos;
549 if (cell_index != (-1)) {
550 if ((1 + cell_index) > node_nb_cell)
551 ARCANE_FATAL("Bad value for cell_index '{0}' node_nb_cell={1}", cell_index, node_nb_cell);
552 cell_pos = m_cell_center[node.cell(cell_index)];
553 }
554 info() << "DirNode cellIndex k=" << k << " index=" << cell_index << " pos=" << cell_pos
555 << " cell_lid=" << dir_node.cellId(k)
556 << " cell=" << dir_node.cell(k);
557 }
558 info() << "DirNode direct "
559 << " " << dir_node.nextLeftCellId()
560 << " " << dir_node.nextRightCellId()
561 << " " << dir_node.previousRightCellId()
562 << " " << dir_node.previousLeftCellId()
563 << " " << dir_node.topNextLeftCellId()
564 << " " << dir_node.topNextRightCellId()
565 << " " << dir_node.topPreviousRightCellId()
566 << " " << dir_node.topPreviousLeftCellId();
567 info() << "DirNode direct "
568 << " " << ItemPrinter(dir_node.nextLeftCell())
569 << " " << ItemPrinter(dir_node.nextRightCell())
570 << " " << ItemPrinter(dir_node.previousRightCell())
571 << " " << ItemPrinter(dir_node.previousLeftCell())
572 << " " << ItemPrinter(dir_node.topNextLeftCell())
573 << " " << ItemPrinter(dir_node.topNextRightCell())
574 << " " << ItemPrinter(dir_node.topPreviousRightCell())
575 << " " << ItemPrinter(dir_node.topPreviousLeftCell());
576 }
577 if (prev_node.null() && next_node.null())
578 ARCANE_FATAL("Null previous and next node for node {0}", ItemPrinter(node));
579 //TODO: Vérifier que les coordonnées autres que celle de idir sont bien les mêmes pour next,prev et my_coord.
580 if (!prev_node.null() && !next_node.null()) {
581 Real next_coord = nodes_coord[next_node][idir];
582 Real prev_coord = nodes_coord[prev_node][idir];
583 if (next_coord < prev_coord) {
584 info() << "Bad ordering for node";
585 is_print = true;
586 ++nb_error;
587 }
588 if (is_print)
589 info() << "Node uid=" << ItemPrinter(node) << " dir=" << md
590 << " prev=" << ItemPrinter(prev_node) << " xyz=" << prev_coord
591 << " next=" << ItemPrinter(next_node) << " xyz=" << next_coord;
592 }
593 else {
594 if (!prev_node.null()) {
595 Real prev_coord = nodes_coord[prev_node][idir];
596 if (my_coord < prev_coord) {
597 info() << "Bad ordering for node";
598 is_print = true;
599 ++nb_error;
600 }
601 if (is_print)
602 info() << "Node uid=" << ItemPrinter(node) << " dir=" << md
603 << " prev=" << ItemPrinter(prev_node) << " xyz=" << nodes_coord[prev_node];
604 }
605 if (!next_node.null()) {
606 Real next_coord = nodes_coord[next_node][idir];
607 if (next_coord < my_coord) {
608 info() << "Bad ordering for node";
609 is_print = true;
610 ++nb_error;
611 }
612 if (is_print)
613 info() << "Node uid=" << ItemPrinter(node) << " dir=" << md
614 << " next=" << ItemPrinter(next_node) << " xyz=" << nodes_coord[next_node];
615 }
616 }
617 }
618 }
619
620 if (nb_error != 0)
621 ARCANE_FATAL("Bad connectivity for DirNode");
622
623 // Vérifie qu'on a parcouru tous les noeuds
624 ENUMERATE_NODE (inode, m_mesh->allNodes()) {
625 Node node = *inode;
626 if (node.cell(0).level() != 0)
627 continue;
628 if (m_node_density[inode] == 0.0) {
629 ++nb_error;
630 info() << "Bad value for node " << ItemPrinter(node);
631 }
632 }
633 if (nb_error != 0)
634 ARCANE_FATAL("Bad values for DirNode");
635}
636
637/*---------------------------------------------------------------------------*/
638/*---------------------------------------------------------------------------*/
639
640void CartesianMeshTestUtils::
641_testDirNodeAccelerator()
642{
643#if defined(ARCANE_HAS_ACCELERATOR_API)
644 info() << "TEST_DIR_NODE Accelerator";
645 m_node_density.fill(0.0);
646
647 IMesh* mesh = m_mesh;
648 Integer nb_dir = mesh->dimension();
649 VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
650 // Pour tester l'opérateur 'operator='
651 NodeDirectionMng node_dm2;
652 NodeDirectionMng node_dm3;
653
654 //auto in_face_center = viewIn(command, m_face_center);
655 //auto in_cell_center = viewIn(command, m_cell_center);
656
657 VariableNodeInt32 dummy_var(VariableBuildInfo(m_mesh, "DummyNodeVariable"));
658
659 UnstructuredMeshConnectivityView m_connectivity_view;
660 m_connectivity_view.setMesh(mesh);
661 auto cnc = m_connectivity_view.nodeCell();
662
663 for (Integer idir = 0; idir < nb_dir; ++idir) {
664 NodeDirectionMng node_dm(m_cartesian_mesh->nodeDirection(idir));
665 node_dm2 = m_cartesian_mesh->nodeDirection(idir);
666 node_dm3 = node_dm;
667 info() << "DIRECTION=" << idir;
668 NodeGroup dm_all_nodes = node_dm.allNodes();
669 _checkItemGroupIsSorted(dm_all_nodes);
670
671 auto queue = m_accelerator_mng->defaultQueue();
672 auto command = makeCommand(*queue);
673
674 dummy_var.fill(0);
675 auto inout_dummy_var = viewInOut(command, dummy_var);
676 auto in_nodes_coord = viewInOut(command, nodes_coord);
677
678 command << RUNCOMMAND_ENUMERATE(Node, node, dm_all_nodes)
679 {
680 DirNodeLocalId dir_node(node_dm.dirNodeId(node));
681 DirNodeLocalId dir_node2(node_dm2.dirNodeId(node));
682 DirNodeLocalId dir_node3(node_dm3.dirNodeId(node));
683 NodeLocalId prev_node = dir_node.previous();
684 NodeLocalId next_node = dir_node.next();
685 NodeLocalId prev_node2 = dir_node2.previous();
686 NodeLocalId next_node2 = dir_node2.next();
687 NodeLocalId prev_node3 = dir_node3.previous();
688 NodeLocalId next_node3 = dir_node3.next();
689 Int32 vx = 0;
690 if (prev_node != prev_node2)
691 vx = -10;
692 if (next_node != next_node2)
693 vx = -11;
694 if (prev_node != prev_node3)
695 vx = -12;
696 if (next_node != next_node3)
697 vx = -13;
698 if (prev_node != dir_node.previousId())
699 vx = -14;
700 if (next_node != dir_node.nextId())
701 vx = -15;
702 inout_dummy_var[node] = vx;
703 if (vx < 0)
704 return;
705 Real my_coord = in_nodes_coord[node][idir];
706 {
707 Int32 node_nb_cell = cnc.nbCell(node);
708 for (Integer k = 0; k < 8; ++k) {
709 Int32 cell_index = dir_node.cellIndex(k);
710 if (cell_index != (-1)) {
711 if ((1 + cell_index) > node_nb_cell) {
712 inout_dummy_var[node] = -40 - k;
713 return;
714 }
715 }
716 }
717 Int32 sum_id = 20 + dir_node.nextLeftCellId() +
718 dir_node.nextRightCellId() +
719 dir_node.previousRightCellId() +
720 dir_node.previousLeftCellId() +
721 dir_node.topNextLeftCellId() +
722 dir_node.topNextRightCellId() +
723 dir_node.topPreviousRightCellId() +
724 dir_node.topPreviousLeftCellId();
725 inout_dummy_var[node] = sum_id;
726 }
727 if (prev_node.isNull() && next_node.isNull()) {
728 inout_dummy_var[node] = -20;
729 return;
730 }
731 //TODO: Vérifier que les coordonnées autres que celle de idir sont bien les mêmes pour next,prev et my_coord.
732 if (!prev_node.isNull() && !next_node.isNull()) {
733 Real next_coord = in_nodes_coord[next_node][idir];
734 Real prev_coord = in_nodes_coord[prev_node][idir];
735 if (next_coord < prev_coord) {
736 inout_dummy_var[node] = -30;
737 return;
738 }
739 }
740 else {
741 if (!prev_node.isNull()) {
742 Real prev_coord = in_nodes_coord[prev_node][idir];
743 if (my_coord < prev_coord) {
744 inout_dummy_var[node] = -31;
745 return;
746 }
747 }
748 if (!next_node.isNull()) {
749 Real next_coord = in_nodes_coord[next_node][idir];
750 if (next_coord < my_coord) {
751 inout_dummy_var[node] = -32;
752 return;
753 }
754 }
755 }
756 };
757
758 ENUMERATE_ (Node, inode, node_dm.allNodes()) {
759 if (dummy_var[inode] < 0)
760 ARCANE_FATAL("Bad value for dummy_var id={0} v={1}", ItemPrinter(*inode), dummy_var[inode]);
761 }
762 }
763#endif
764}
765
766/*---------------------------------------------------------------------------*/
767/*---------------------------------------------------------------------------*/
768
769void CartesianMeshTestUtils::
770_testDirCellNode()
771{
772 IMesh* mesh = m_mesh;
773 VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
774 Integer nb_dir = mesh->dimension();
775
776 Integer nb_print = m_nb_print;
777 for (Integer idir = 0; idir < nb_dir; ++idir) {
778 CellDirectionMng cdm(m_cartesian_mesh->cellDirection(idir));
779 eMeshDirection md = cdm.direction();
780 info() << "DIRECTION=" << idir;
781 Integer iprint = 0;
782 ENUMERATE_CELL (icell, cdm.allCells()) {
783 Cell cell = *icell;
784 CellLocalId cell_id(cell.localId());
785 DirCellNode cn(cdm.cellNode(cell));
786 DirCellNode cn2(cdm.cellNode(cell_id));
787 if (cn.cellId() != cn2.cellId())
788 ARCANE_FATAL("Bad DirCellNode");
789 bool is_print = (nb_print < 0 || iprint < nb_print);
790 ++iprint;
791 if (is_print) {
792 info() << "Cell uid=" << ItemPrinter(cell) << " dir=" << md;
793 info() << "Cell nextLeft =" << ItemPrinter(cn.nextLeft()) << " xyz=" << nodes_coord[cn.nextLeft()];
794 info() << "Cell nextRight=" << ItemPrinter(cn.nextRight()) << " xyz=" << nodes_coord[cn.nextRight()];
795 info() << "Cell prevRight=" << ItemPrinter(cn.previousRight()) << " xyz=" << nodes_coord[cn.previousRight()];
796 info() << "Cell prevLeft =" << ItemPrinter(cn.previousLeft()) << " xyz=" << nodes_coord[cn.previousLeft()];
797 if (nb_dir == 3) {
798 info() << "Cell topNextLeft =" << ItemPrinter(cn.topNextLeft()) << " xyz=" << nodes_coord[cn.topNextLeft()];
799 info() << "Cell topNextRight=" << ItemPrinter(cn.topNextRight()) << " xyz=" << nodes_coord[cn.topNextRight()];
800 info() << "Cell topPrevRight=" << ItemPrinter(cn.topPreviousRight()) << " xyz=" << nodes_coord[cn.topPreviousRight()];
801 info() << "Cell topPrevLeft =" << ItemPrinter(cn.topPreviousLeft()) << " xyz=" << nodes_coord[cn.topPreviousLeft()];
802 }
803 }
804 }
805 }
806}
807
808/*---------------------------------------------------------------------------*/
809/*---------------------------------------------------------------------------*/
810
811void CartesianMeshTestUtils::
812_testDirCellNodeAccelerator()
813{
814#if defined(ARCANE_HAS_ACCELERATOR_API)
815 IMesh* mesh = m_mesh;
816 VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
817 Integer nb_dir = mesh->dimension();
818
819 VariableCellInt32 dummy_var(VariableBuildInfo(mesh, "DummyCellVariable"));
820 VariableCellReal3 computed_center(VariableBuildInfo(mesh, "CellComputedCenter"));
821
822 for (Integer idir = 0; idir < nb_dir; ++idir) {
823 CellDirectionMng cdm(m_cartesian_mesh->cellDirection(idir));
824 info() << "TEST_DIR_CELL_NODE_ACCELERATOR_DIRECTION=" << idir;
825
826 auto queue = m_accelerator_mng->defaultQueue();
827 auto command = makeCommand(*queue);
828
829 auto inout_dummy_var = viewInOut(command, dummy_var);
830 auto in_nodes_coord = viewIn(command, nodes_coord);
831 auto out_computed_center = viewOut(command, computed_center);
832 command << RUNCOMMAND_ENUMERATE(Cell, cell, cdm.allCells())
833 {
834 inout_dummy_var[cell] = 0;
835 DirCellNodeLocalId cn(cdm.dirCellNodeId(cell));
836 DirCellNodeLocalId cn2(cdm.dirCellNodeId(cell));
837 if (cn.cellId() != cn2.cellId()) {
838 inout_dummy_var[cell] = -10;
839 return;
840 }
841
842 Real3 n1 = in_nodes_coord[cn.nextLeftId()];
843 Real3 n2 = in_nodes_coord[cn.nextRightId()];
844 Real3 n3 = in_nodes_coord[cn.previousRightId()];
845 Real3 n4 = in_nodes_coord[cn.previousLeftId()];
846 Real3 center = n1 + n2 + n3 + n4;
847 if (nb_dir == 3) {
848 Real3 n5 = in_nodes_coord[cn.topNextLeftId()];
849 Real3 n6 = in_nodes_coord[cn.topNextRightId()];
850 Real3 n7 = in_nodes_coord[cn.topPreviousRightId()];
851 Real3 n8 = in_nodes_coord[cn.topPreviousLeftId()];
852 center += n5 + n6 + n7 + n8;
853 center /= 8.0;
854 }
855 else
856 center /= 4.0;
857 out_computed_center[cell] = center;
858 };
859 ENUMERATE_ (Cell, icell, cdm.allCells()) {
860 if (dummy_var[icell] < 0) {
861 ARCANE_FATAL("Bad value for dummy_var id={0} v={1}", ItemPrinter(*icell), dummy_var[icell]);
862 }
863 Real3 c1 = m_cell_center[icell];
864 Real3 c2 = computed_center[icell];
865 bool is_nearly_equal = math::isNearlyEqual(c1.x, c2.x) && math::isNearlyEqual(c1.y, c2.y) && math::isNearlyEqual(c1.z, c2.z);
866 if (!is_nearly_equal)
867 ARCANE_FATAL("Bad value for computed center id={0} center={1} computed={2}",
868 ItemPrinter(*icell), c1, c2);
869 }
870 }
871#endif
872}
873
874/*---------------------------------------------------------------------------*/
875/*---------------------------------------------------------------------------*/
876
877void CartesianMeshTestUtils::
878_testDirCellFace()
879{
880 IMesh* mesh = m_mesh;
881 //VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
882 Integer nb_dir = mesh->dimension();
883 Integer nb_print = m_nb_print;
884 for (Integer idir = 0; idir < nb_dir; ++idir) {
885 CellDirectionMng cdm(m_cartesian_mesh->cellDirection(idir));
886 eMeshDirection md = cdm.direction();
887 info() << "DIRECTION=" << idir;
888 Integer iprint = 0;
889 ENUMERATE_CELL (icell, cdm.allCells()) {
890 Cell cell = *icell;
891 CellLocalId cell_id(cell.localId());
892 DirCellFace cf(cdm.cellFace(cell));
893 DirCellFace cf2(cdm.cellFace(cell_id));
894 if (cf.cellId() != cf2.cellId())
895 ARCANE_FATAL("Bad DirCellFace");
896 bool is_print = (nb_print < 0 || iprint < nb_print);
897 ++iprint;
898 if (is_print) {
899 info() << "CellFace uid=" << ItemPrinter(cell) << " dir=" << md;
900 info() << "CellFace nextFace =" << ItemPrinter(cf.next()) << " xyz=" << m_face_center[cf.next()];
901 info() << "CellFace prevFace=" << ItemPrinter(cf.previous()) << " xyz=" << m_face_center[cf.previous()];
902 }
903 }
904 }
905}
906
907/*---------------------------------------------------------------------------*/
908/*---------------------------------------------------------------------------*/
909
910void CartesianMeshTestUtils::
911_testDirCellFaceAccelerator()
912{
913#if defined(ARCANE_HAS_ACCELERATOR_API)
914 IMesh* mesh = m_mesh;
915 //VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
916 Integer nb_dir = mesh->dimension();
917
918 UnstructuredMeshConnectivityView m_connectivity_view;
919 m_connectivity_view.setMesh(mesh);
920 auto cfc = m_connectivity_view.cellFace();
921
922 VariableCellInt32 dummy_var(VariableBuildInfo(mesh, "DummyCellVariable"));
923
924 for (Integer idir = 0; idir < nb_dir; ++idir) {
925 CellDirectionMng cdm(m_cartesian_mesh->cellDirection(idir));
926
927 auto queue = m_accelerator_mng->defaultQueue();
928 auto command = makeCommand(*queue);
929
930 auto inout_dummy_var = viewInOut(command, dummy_var);
931
932 info() << "DIRECTION=" << idir;
933
934 command << RUNCOMMAND_ENUMERATE(Cell, cell, cdm.allCells())
935 {
936 inout_dummy_var[cell] = 0;
937
938 CellLocalId cell_id(cell.localId());
939 DirCellFaceLocalId cf(cdm.dirCellFaceId(cell));
940 DirCellFaceLocalId cf2(cdm.dirCellFaceId(cell_id));
941 if (cf.cellId() != cf2.cellId()) {
942 inout_dummy_var[cell] = -10;
943 return;
944 }
945
946 Int32 next_index = cf.nextLocalIndex();
947 Int32 previous_index = cf.previousLocalIndex();
948
949 FaceLocalId next_face1 = cf.nextId();
950 FaceLocalId next_face2 = cfc.faceId(cell, next_index);
951 if (next_face1 != next_face2)
952 inout_dummy_var[cell] = -11;
953
954 FaceLocalId previous_face1 = cf.previousId();
955 FaceLocalId previous_face2 = cfc.faceId(cell, previous_index);
956 if (previous_face1 != previous_face2)
957 inout_dummy_var[cell] = -12;
958 };
959 ENUMERATE_ (Cell, icell, cdm.allCells()) {
960 if (dummy_var[icell] < 0) {
961 ARCANE_FATAL("Bad value for dummy_var id={0} v={1}", ItemPrinter(*icell), dummy_var[icell]);
962 }
963 }
964 }
965#endif
966}
967
968/*---------------------------------------------------------------------------*/
969/*---------------------------------------------------------------------------*/
970
971void CartesianMeshTestUtils::
972_testNodeToCellConnectivity3D()
973{
974 info() << "Test NodeToCell Connectivity3D";
975 IMesh* mesh = m_mesh;
976 VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
977 CartesianConnectivity cc = m_cartesian_mesh->connectivity();
978 ENUMERATE_NODE (inode, m_mesh->allNodes()) {
979 Node node = *inode;
980 Real3 node_coord = nodes_coord[inode];
981 info(4) << "node_uid=" << node.uniqueId()
982 << " UL=" << cc.upperLeftId(inode)
983 << " UR=" << cc.upperRightId(inode)
984 << " LR=" << cc.lowerRightId(inode)
985 << " LL=" << cc.lowerLeftId(inode)
986 << " TUL=" << cc.topZUpperLeftId(inode)
987 << " TUR=" << cc.topZUpperRightId(inode)
988 << " TLR=" << cc.topZLowerRightId(inode)
989 << " TLL=" << cc.topZLowerLeftId(inode);
990 {
991 Cell upper_left = cc.upperLeft(node);
992 if (!upper_left.null()) {
993 Real3 c = m_cell_center[upper_left];
994 if (c.y <= node_coord.y || c.x >= node_coord.x || c.z >= node_coord.z)
995 ARCANE_FATAL("Bad upperLeft cell for node={0} c={1} n={2}", ItemPrinter(node), c, node_coord);
996 }
997 }
998 {
999 Cell upper_right = cc.upperRight(node);
1000 if (!upper_right.null()) {
1001 Real3 c = m_cell_center[upper_right];
1002 if (c.y <= node_coord.y || c.x <= node_coord.x || c.z >= node_coord.z)
1003 ARCANE_FATAL("Bad upperRight cell for node={0} c={1} n={2}", ItemPrinter(node), c, node_coord);
1004 }
1005 }
1006 {
1007 Cell lower_right = cc.lowerRight(node);
1008 if (!lower_right.null()) {
1009 Real3 c = m_cell_center[lower_right];
1010 if (c.y >= node_coord.y || c.x <= node_coord.x || c.z >= node_coord.z)
1011 ARCANE_FATAL("Bad lowerRight cell for node={0} c={1} n={2}", ItemPrinter(node), c, node_coord);
1012 }
1013 }
1014 {
1015 Cell lower_left = cc.lowerLeft(node);
1016 if (!lower_left.null()) {
1017 Real3 c = m_cell_center[lower_left];
1018 if (c.y >= node_coord.y || c.x >= node_coord.x || c.z >= node_coord.z)
1019 ARCANE_FATAL("Bad lowerLeft cell for node={0} c={1} n={2}", ItemPrinter(node), c, node_coord);
1020 }
1021 }
1022 {
1023 Cell top_upper_left = cc.topZUpperLeft(node);
1024 if (!top_upper_left.null()) {
1025 Real3 c = m_cell_center[top_upper_left];
1026 if (c.y <= node_coord.y || c.x >= node_coord.x || c.z <= node_coord.z)
1027 ARCANE_FATAL("Bad topZUpperLeft cell for node={0} c={1} n={2}", ItemPrinter(node), c, node_coord);
1028 }
1029 }
1030 {
1031 Cell top_upper_right = cc.topZUpperRight(node);
1032 if (!top_upper_right.null()) {
1033 Real3 c = m_cell_center[top_upper_right];
1034 if (c.y <= node_coord.y || c.x <= node_coord.x || c.z <= node_coord.z)
1035 ARCANE_FATAL("Bad topZUpperRight cell for node={0} c={1} n={2}", ItemPrinter(node), c, node_coord);
1036 }
1037 }
1038 {
1039 Cell top_lower_right = cc.topZLowerRight(node);
1040 if (!top_lower_right.null()) {
1041 Real3 c = m_cell_center[top_lower_right];
1042 if (c.y >= node_coord.y || c.x <= node_coord.x || c.z <= node_coord.z)
1043 ARCANE_FATAL("Bad topZLowerRight cell for node={0} c={1} n={2}", ItemPrinter(node), c, node_coord);
1044 }
1045 }
1046 {
1047 Cell top_lower_left = cc.topZLowerLeft(node);
1048 if (!top_lower_left.null()) {
1049 Real3 c = m_cell_center[top_lower_left];
1050 if (c.y >= node_coord.y || c.x >= node_coord.x || c.z <= node_coord.z)
1051 ARCANE_FATAL("Bad topZLowerLeft cell for node={0} c={1} n={2}", ItemPrinter(node), c, node_coord);
1052 }
1053 }
1054 }
1055}
1056
1057/*---------------------------------------------------------------------------*/
1058/*---------------------------------------------------------------------------*/
1059
1060void CartesianMeshTestUtils::
1061_testNodeToCellConnectivity3DAccelerator()
1062{
1063#if defined(ARCANE_HAS_ACCELERATOR_API)
1064 info() << "Test NodeToCell Connectivity3D";
1065 IMesh* mesh = m_mesh;
1066 VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
1067 VariableNodeInt32 dummy_var(VariableBuildInfo(mesh, "DummyNodeVariable"));
1068 CartesianConnectivityLocalId cc = m_cartesian_mesh->connectivity();
1069
1070 auto queue = m_accelerator_mng->defaultQueue();
1071 auto command = makeCommand(*queue);
1072
1073 auto in_cell_center = viewIn(command, m_cell_center);
1074 auto in_node_coord = viewIn(command, nodes_coord);
1075 auto inout_dummy_var = viewInOut(command, dummy_var);
1076 command << RUNCOMMAND_ENUMERATE(Node, node, m_mesh->allNodes())
1077 {
1078 Real3 node_coord = in_node_coord[node];
1079 {
1080 CellLocalId upper_left = cc.upperLeftId(node);
1081 if (!upper_left.isNull()) {
1082 Real3 c = in_cell_center[upper_left];
1083 if (c.y <= node_coord.y || c.x >= node_coord.x || c.z >= node_coord.z)
1084 inout_dummy_var[node] = -10;
1085 }
1086 }
1087 {
1088 CellLocalId upper_right = cc.upperRightId(node);
1089 if (!upper_right.isNull()) {
1090 Real3 c = in_cell_center[upper_right];
1091 if (c.y <= node_coord.y || c.x <= node_coord.x || c.z >= node_coord.z)
1092 inout_dummy_var[node] = -11;
1093 }
1094 }
1095 {
1096 CellLocalId lower_right = cc.lowerRightId(node);
1097 if (!lower_right.isNull()) {
1098 Real3 c = in_cell_center[lower_right];
1099 if (c.y >= node_coord.y || c.x <= node_coord.x || c.z >= node_coord.z)
1100 inout_dummy_var[node] = -12;
1101 }
1102 }
1103 {
1104 CellLocalId lower_left = cc.lowerLeftId(node);
1105 if (!lower_left.isNull()) {
1106 Real3 c = in_cell_center[lower_left];
1107 if (c.y >= node_coord.y || c.x >= node_coord.x || c.z >= node_coord.z)
1108 inout_dummy_var[node] = -13;
1109 }
1110 }
1111 {
1112 CellLocalId top_upper_left = cc.topZUpperLeftId(node);
1113 if (!top_upper_left.isNull()) {
1114 Real3 c = in_cell_center[top_upper_left];
1115 if (c.y <= node_coord.y || c.x >= node_coord.x || c.z <= node_coord.z)
1116 inout_dummy_var[node] = -14;
1117 }
1118 }
1119 {
1120 CellLocalId top_upper_right = cc.topZUpperRightId(node);
1121 if (!top_upper_right.isNull()) {
1122 Real3 c = in_cell_center[top_upper_right];
1123 if (c.y <= node_coord.y || c.x <= node_coord.x || c.z <= node_coord.z)
1124 inout_dummy_var[node] = -15;
1125 }
1126 }
1127 {
1128 CellLocalId top_lower_right = cc.topZLowerRightId(node);
1129 if (!top_lower_right.isNull()) {
1130 Real3 c = in_cell_center[top_lower_right];
1131 if (c.y >= node_coord.y || c.x <= node_coord.x || c.z <= node_coord.z)
1132 inout_dummy_var[node] = -16;
1133 }
1134 }
1135 {
1136 CellLocalId top_lower_left = cc.topZLowerLeftId(node);
1137 if (!top_lower_left.isNull()) {
1138 Real3 c = in_cell_center[top_lower_left];
1139 if (c.y >= node_coord.y || c.x >= node_coord.x || c.z <= node_coord.z)
1140 inout_dummy_var[node] = -17;
1141 }
1142 }
1143 };
1144 ENUMERATE_ (Node, inode, m_mesh->allNodes()) {
1145 if (dummy_var[inode] < 0) {
1146 ARCANE_FATAL("Bad value for dummy_var id={0} v={1}", ItemPrinter(*inode), dummy_var[inode]);
1147 }
1148 }
1149#endif
1150}
1151
1152/*---------------------------------------------------------------------------*/
1153/*---------------------------------------------------------------------------*/
1154
1155void CartesianMeshTestUtils::
1156_testNodeToCellConnectivity2D()
1157{
1158 info() << "Test NodeToCell Connectivity 2D";
1159 IMesh* mesh = m_mesh;
1160 VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
1161 CartesianConnectivity cc = m_cartesian_mesh->connectivity();
1162 ENUMERATE_NODE (inode, mesh->allNodes()) {
1163 Node node = *inode;
1164 Real3 node_coord = nodes_coord[inode];
1165 info(4) << "node_uid=" << node.uniqueId()
1166 << " UL=" << cc.upperLeftId(inode)
1167 << " UR=" << cc.upperRightId(inode)
1168 << " LR=" << cc.lowerRightId(inode)
1169 << " LL=" << cc.lowerLeftId(inode);
1170 {
1171 Cell upper_left = cc.upperLeft(node);
1172 if (!upper_left.null()) {
1173 Real3 c = m_cell_center[upper_left];
1174 if (c.y <= node_coord.y || c.x >= node_coord.x)
1175 ARCANE_FATAL("Bad upperLeft cell for node={0} c={1} n={2}", ItemPrinter(node), c, node_coord);
1176 }
1177 }
1178 {
1179 Cell upper_right = cc.upperRight(node);
1180 if (!upper_right.null()) {
1181 Real3 c = m_cell_center[upper_right];
1182 if (c.y <= node_coord.y || c.x <= node_coord.x)
1183 ARCANE_FATAL("Bad upperRight cell for node={0} c={1} n={2}", ItemPrinter(node), c, node_coord);
1184 }
1185 }
1186 {
1187 Cell lower_right = cc.lowerRight(node);
1188 if (!lower_right.null()) {
1189 Real3 c = m_cell_center[lower_right];
1190 if (c.y >= node_coord.y || c.x <= node_coord.x)
1191 ARCANE_FATAL("Bad lowerRight cell for node={0} c={1} n={2}", ItemPrinter(node), c, node_coord);
1192 }
1193 }
1194 {
1195 Cell lower_left = cc.lowerLeft(node);
1196 if (!lower_left.null()) {
1197 Real3 c = m_cell_center[lower_left];
1198 if (c.y >= node_coord.y || c.x >= node_coord.x)
1199 ARCANE_FATAL("Bad lowerLeft cell for node={0} c={1} n={2}", ItemPrinter(node), c, node_coord);
1200 }
1201 }
1202 }
1203}
1204
1205/*---------------------------------------------------------------------------*/
1206/*---------------------------------------------------------------------------*/
1207
1208void CartesianMeshTestUtils::
1209_testCellToNodeConnectivity3D()
1210{
1211 info() << "Test CellToNode Connectivity3D";
1212 IMesh* mesh = m_mesh;
1213 VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
1214 CartesianConnectivity cc = m_cartesian_mesh->connectivity();
1215 const bool is_not_amr = !m_is_amr;
1216 ENUMERATE_CELL (icell, m_mesh->allCells()) {
1217 Cell cell = *icell;
1218 Real3 cell_coord = m_cell_center[icell];
1219 info(4) << "cell_uid=" << cell.uniqueId()
1220 << " UL=" << cc.upperLeftId(icell)
1221 << " UR=" << cc.upperRightId(icell)
1222 << " LR=" << cc.lowerRightId(icell)
1223 << " LL=" << cc.lowerLeftId(icell)
1224 << " TUL=" << cc.topZUpperLeftId(icell)
1225 << " TUR=" << cc.topZUpperRightId(icell)
1226 << " TLR=" << cc.topZLowerRightId(icell)
1227 << " TLL=" << cc.topZLowerLeftId(icell);
1228 {
1229 Node upper_left = cc.upperLeft(cell);
1230 Cell ccell = cc.topZLowerRight(upper_left);
1231 Real3 n = nodes_coord[upper_left];
1232 if (n.y <= cell_coord.y || n.x >= cell_coord.x || n.z >= cell_coord.z)
1233 ARCANE_FATAL("Bad upperLeft node for cell={0}", ItemPrinter(cell));
1234 if (cell != ccell && is_not_amr)
1235 ARCANE_FATAL("Bad correspondance UL -> TLR cell={0} corresponding_cell={1}", ItemPrinter(cell), ccell);
1236 }
1237 {
1238 Node upper_right = cc.upperRight(cell);
1239 Cell ccell = cc.topZLowerLeft(upper_right);
1240 Real3 n = nodes_coord[upper_right];
1241 if (n.y <= cell_coord.y || n.x <= cell_coord.x || n.z >= cell_coord.z)
1242 ARCANE_FATAL("Bad upperRight node for cell={0}", ItemPrinter(cell));
1243 if (cell != ccell && is_not_amr)
1244 ARCANE_FATAL("Bad correspondance UR -> TLL cell={0} corresponding_cell={1}", ItemPrinter(cell), ccell);
1245 }
1246 {
1247 Node lower_right = cc.lowerRight(cell);
1248 Cell ccell = cc.topZUpperLeft(lower_right);
1249 Real3 n = nodes_coord[lower_right];
1250 if (n.y >= cell_coord.y || n.x <= cell_coord.x || n.z >= cell_coord.z)
1251 ARCANE_FATAL("Bad lowerRight node for cell={0}", ItemPrinter(cell));
1252 if (cell != ccell && is_not_amr)
1253 ARCANE_FATAL("Bad correspondance LR -> TUL cell={0} corresponding_cell={1}", ItemPrinter(cell), ccell);
1254 }
1255 {
1256 Node lower_left = cc.lowerLeft(cell);
1257 Cell ccell = cc.topZUpperRight(lower_left);
1258 Real3 n = nodes_coord[lower_left];
1259 if (n.y >= cell_coord.y || n.x >= cell_coord.x || n.z >= cell_coord.z)
1260 ARCANE_FATAL("Bad lowerLeft node for cell={0}", ItemPrinter(cell));
1261 if (cell != ccell && is_not_amr)
1262 ARCANE_FATAL("Bad correspondance LL -> TUR cell={0} corresponding_cell={1}", ItemPrinter(cell), ccell);
1263 }
1264 {
1265 Node top_upper_left = cc.topZUpperLeft(cell);
1266 Cell ccell = cc.lowerRight(top_upper_left);
1267 Real3 n = nodes_coord[top_upper_left];
1268 if (n.y <= cell_coord.y || n.x >= cell_coord.x || n.z <= cell_coord.z)
1269 ARCANE_FATAL("Bad topZUpperLeft node for cell={0}", ItemPrinter(cell));
1270 if (cell != ccell && is_not_amr)
1271 ARCANE_FATAL("Bad correspondance TUL -> LR cell={0} corresponding_cell={1}", ItemPrinter(cell), ccell);
1272 }
1273 {
1274 Node top_upper_right = cc.topZUpperRight(cell);
1275 Cell ccell = cc.lowerLeft(top_upper_right);
1276 Real3 n = nodes_coord[top_upper_right];
1277 if (n.y <= cell_coord.y || n.x <= cell_coord.x || n.z <= cell_coord.z)
1278 ARCANE_FATAL("Bad topZUpperRight node for cell={0}", ItemPrinter(cell));
1279 if (cell != ccell && is_not_amr)
1280 ARCANE_FATAL("Bad correspondance TUR -> LL cell={0} corresponding_cell={1}", ItemPrinter(cell), ccell);
1281 }
1282 {
1283 Node top_lower_right = cc.topZLowerRight(cell);
1284 Cell ccell = cc.upperLeft(top_lower_right);
1285 Real3 n = nodes_coord[top_lower_right];
1286 if (n.y >= cell_coord.y || n.x <= cell_coord.x || n.z <= cell_coord.z)
1287 ARCANE_FATAL("Bad topZLowerRight node for cell={0}", ItemPrinter(cell));
1288 if (cell != ccell && is_not_amr)
1289 ARCANE_FATAL("Bad correspondance TLR -> UL cell={0} corresponding_cell={1}", ItemPrinter(cell), ccell);
1290 }
1291 {
1292 Node top_lower_left = cc.topZLowerLeft(cell);
1293 Cell ccell = cc.upperRight(top_lower_left);
1294 Real3 n = nodes_coord[top_lower_left];
1295 if (n.y >= cell_coord.y || n.x >= cell_coord.x || n.z <= cell_coord.z)
1296 ARCANE_FATAL("Bad topZLowerLeft node for cell={0}", ItemPrinter(cell));
1297 if (cell != ccell && is_not_amr)
1298 ARCANE_FATAL("Bad correspondance TLL -> UR cell={0} corresponding_cell={1}", ItemPrinter(cell), ccell);
1299 }
1300 }
1301}
1302
1303/*---------------------------------------------------------------------------*/
1304/*---------------------------------------------------------------------------*/
1305
1306void CartesianMeshTestUtils::
1307_testCellToNodeConnectivity3DAccelerator()
1308{
1309#if defined(ARCANE_HAS_ACCELERATOR_API)
1310 info() << "Test CellToNode Connectivity3D Accelerator";
1311 IMesh* mesh = m_mesh;
1312 VariableCellInt32 dummy_var(VariableBuildInfo(mesh, "DummyCellVariable"));
1313 VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
1314 CartesianConnectivityLocalId cc = m_cartesian_mesh->connectivity();
1315 const bool is_not_amr = !m_is_amr;
1316
1317 auto queue = m_accelerator_mng->defaultQueue();
1318 auto command = makeCommand(*queue);
1319
1320 auto in_cell_center = viewIn(command, m_cell_center);
1321 auto in_node_coord = viewIn(command, nodes_coord);
1322 auto inout_dummy_var = viewInOut(command, dummy_var);
1323
1324 command << RUNCOMMAND_ENUMERATE(Cell, cell, m_mesh->allCells())
1325 {
1326 Real3 cell_coord = in_cell_center[cell];
1327 inout_dummy_var[cell] = 0;
1328 {
1329 NodeLocalId upper_left = cc.upperLeftId(cell);
1330 CellLocalId ccell = cc.topZLowerRightId(upper_left);
1331 Real3 n = in_node_coord[upper_left];
1332 if (n.y <= cell_coord.y || n.x >= cell_coord.x || n.z >= cell_coord.z)
1333 inout_dummy_var[cell] = -10;
1334 if (cell != ccell && is_not_amr)
1335 inout_dummy_var[cell] = -20;
1336 }
1337 {
1338 NodeLocalId upper_right = cc.upperRightId(cell);
1339 CellLocalId ccell = cc.topZLowerLeftId(upper_right);
1340 Real3 n = in_node_coord[upper_right];
1341 if (n.y <= cell_coord.y || n.x <= cell_coord.x || n.z >= cell_coord.z)
1342 inout_dummy_var[cell] = -11;
1343 if (cell != ccell && is_not_amr)
1344 inout_dummy_var[cell] = -21;
1345 }
1346 {
1347 NodeLocalId lower_right = cc.lowerRightId(cell);
1348 CellLocalId ccell = cc.topZUpperLeftId(lower_right);
1349 Real3 n = in_node_coord[lower_right];
1350 if (n.y >= cell_coord.y || n.x <= cell_coord.x || n.z >= cell_coord.z)
1351 inout_dummy_var[cell] = -12;
1352 if (cell != ccell && is_not_amr)
1353 inout_dummy_var[cell] = -22;
1354 }
1355 {
1356 NodeLocalId lower_left = cc.lowerLeftId(cell);
1357 CellLocalId ccell = cc.topZUpperRightId(lower_left);
1358 Real3 n = in_node_coord[lower_left];
1359 if (n.y >= cell_coord.y || n.x >= cell_coord.x || n.z >= cell_coord.z)
1360 inout_dummy_var[cell] = -13;
1361 if (cell != ccell && is_not_amr)
1362 inout_dummy_var[cell] = -23;
1363 }
1364 {
1365 NodeLocalId top_upper_left = cc.topZUpperLeftId(cell);
1366 CellLocalId ccell = cc.lowerRightId(top_upper_left);
1367 Real3 n = in_node_coord[top_upper_left];
1368 if (n.y <= cell_coord.y || n.x >= cell_coord.x || n.z <= cell_coord.z)
1369 inout_dummy_var[cell] = -14;
1370 if (cell != ccell && is_not_amr)
1371 inout_dummy_var[cell] = -24;
1372 }
1373 {
1374 NodeLocalId top_upper_right = cc.topZUpperRightId(cell);
1375 CellLocalId ccell = cc.lowerLeftId(top_upper_right);
1376 Real3 n = in_node_coord[top_upper_right];
1377 if (n.y <= cell_coord.y || n.x <= cell_coord.x || n.z <= cell_coord.z)
1378 inout_dummy_var[cell] = -15;
1379 if (cell != ccell && is_not_amr)
1380 inout_dummy_var[cell] = -25;
1381 }
1382 {
1383 NodeLocalId top_lower_right = cc.topZLowerRightId(cell);
1384 CellLocalId ccell = cc.upperLeftId(top_lower_right);
1385 Real3 n = in_node_coord[top_lower_right];
1386 if (n.y >= cell_coord.y || n.x <= cell_coord.x || n.z <= cell_coord.z)
1387 inout_dummy_var[cell] = -16;
1388 if (cell != ccell && is_not_amr)
1389 inout_dummy_var[cell] = -26;
1390 }
1391 {
1392 NodeLocalId top_lower_left = cc.topZLowerLeftId(cell);
1393 CellLocalId ccell = cc.upperRightId(top_lower_left);
1394 Real3 n = in_node_coord[top_lower_left];
1395 if (n.y >= cell_coord.y || n.x >= cell_coord.x || n.z <= cell_coord.z)
1396 inout_dummy_var[cell] = -17;
1397 if (cell != ccell && is_not_amr)
1398 inout_dummy_var[cell] = -27;
1399 }
1400 };
1401 ENUMERATE_ (Cell, icell, m_mesh->allCells()) {
1402 if (dummy_var[icell] < 0) {
1403 ARCANE_FATAL("Bad value for dummy_var id={0} v={1}", ItemPrinter(*icell), dummy_var[icell]);
1404 }
1405 }
1406#endif
1407}
1408
1409/*---------------------------------------------------------------------------*/
1410/*---------------------------------------------------------------------------*/
1411
1412void CartesianMeshTestUtils::
1413_testCellToNodeConnectivity2D()
1414{
1415 info() << "Test CellToNode Connectivity 2D";
1416 IMesh* mesh = m_mesh;
1417 VariableNodeReal3& nodes_coord = mesh->nodesCoordinates();
1418 CartesianConnectivity cc = m_cartesian_mesh->connectivity();
1419 const bool is_not_amr = !m_is_amr;
1420 ENUMERATE_CELL (icell, mesh->allCells()) {
1421 Cell cell = *icell;
1422 Real3 cell_coord = m_cell_center[icell];
1423 info(4) << "cell_uid=" << cell.uniqueId()
1424 << " UL=" << cc.upperLeftId(icell)
1425 << " UR=" << cc.upperRightId(icell)
1426 << " LR=" << cc.lowerRightId(icell)
1427 << " LL=" << cc.lowerLeftId(icell);
1428 {
1429 Node upper_left = cc.upperLeft(cell);
1430 Cell ccell = cc.lowerRight(upper_left);
1431 Real3 n = nodes_coord[upper_left];
1432 if (n.y <= cell_coord.y || n.x >= cell_coord.x)
1433 ARCANE_FATAL("Bad upperLeft node for cell={0} c={1} n={2}", ItemPrinter(cell), cell_coord, n);
1434 if (cell != ccell && is_not_amr)
1435 ARCANE_FATAL("Bad correspondance UL -> LR cell={0} corresponding_cell={1}", ItemPrinter(cell), ccell);
1436 }
1437 {
1438 Node upper_right = cc.upperRight(cell);
1439 Cell ccell = cc.lowerLeft(upper_right);
1440 Real3 n = nodes_coord[upper_right];
1441 if (n.y <= cell_coord.y || n.x <= cell_coord.x)
1442 ARCANE_FATAL("Bad upperRight node for cell={0} c={1} n={2}", ItemPrinter(cell), cell_coord, n);
1443 if (cell != ccell && is_not_amr)
1444 ARCANE_FATAL("Bad correspondance UR -> LF cell={0} corresponding_cell={1}", ItemPrinter(cell), ccell);
1445 }
1446 {
1447 Node lower_right = cc.lowerRight(cell);
1448 Cell ccell = cc.upperLeft(lower_right);
1449 Real3 n = nodes_coord[lower_right];
1450 if (n.y >= cell_coord.y || n.x <= cell_coord.x)
1451 ARCANE_FATAL("Bad lowerRight node for cell={0} c={1} n={2}", ItemPrinter(cell), cell_coord, n);
1452 if (cell != ccell && is_not_amr)
1453 ARCANE_FATAL("Bad correspondance UL -> LR cell={0} corresponding_cell={1}", ItemPrinter(cell), ccell);
1454 }
1455 {
1456 Node lower_left = cc.lowerLeft(cell);
1457 Cell ccell = cc.upperRight(lower_left);
1458 Real3 n = nodes_coord[lower_left];
1459 if (n.y >= cell_coord.y || n.x >= cell_coord.x)
1460 ARCANE_FATAL("Bad lowerLeft node for cell={0} c={1} n={2}", ItemPrinter(cell), cell_coord, n);
1461 if (cell != ccell && is_not_amr)
1462 ARCANE_FATAL("Bad correspondance LL -> UR cell={0} corresponding_cell={1}", ItemPrinter(cell), ccell);
1463 }
1464 }
1465}
1466
1467/*---------------------------------------------------------------------------*/
1468/*---------------------------------------------------------------------------*/
1469
1470template<typename ItemType> void CartesianMeshTestUtils::
1471_testConnectivityByDirectionHelper(const ItemGroup& group)
1472{
1473 ValueChecker vc(A_FUNCINFO);
1474 Int32 nb_dim = m_mesh->dimension();
1475
1476 info() << "Test ConnectivityByDirection 2D";
1477 CartesianConnectivity cc = m_cartesian_mesh->connectivity();
1478 ENUMERATE_ (ItemType, iitem, group) {
1479 vc.areEqual(cc.upperLeftId(iitem),cc.upperLeftId(iitem,0),"Item0 dir0");
1480 vc.areEqual(cc.upperRightId(iitem),cc.upperRightId(iitem,0),"Item1 dir0");
1481 vc.areEqual(cc.lowerRightId(iitem),cc.lowerRightId(iitem,0),"Item2 dir0");
1482 vc.areEqual(cc.lowerLeftId(iitem),cc.lowerLeftId(iitem,0),"Item3 dir0");
1483
1484 if (nb_dim>1){
1485 vc.areEqual(cc.lowerLeftId(iitem),cc.upperLeftId(iitem,1),"Item0 dir1");
1486 vc.areEqual(cc.upperLeftId(iitem),cc.upperRightId(iitem,1),"Item1 dir1");
1487 vc.areEqual(cc.upperRightId(iitem),cc.lowerRightId(iitem,1),"Item2 dir1");
1488 vc.areEqual(cc.lowerRightId(iitem),cc.lowerLeftId(iitem,1),"Item3 dir1");
1489 }
1490
1491 if (nb_dim>2){
1492 vc.areEqual(cc.upperRightId(iitem),cc.upperLeftId(iitem,2),"Item0 dir2");
1493 vc.areEqual(cc.topZUpperRightId(iitem),cc.upperRightId(iitem,2),"Item1 dir2");
1494 vc.areEqual(cc.topZLowerRightId(iitem),cc.lowerRightId(iitem,2),"Item2 dir2");
1495 vc.areEqual(cc.lowerRightId(iitem),cc.lowerLeftId(iitem,2),"Item3 dir2");
1496
1497 vc.areEqual(cc.upperLeftId(iitem),cc.topZUpperLeftId(iitem,2),"Item4 dir2");
1498 vc.areEqual(cc.topZUpperLeftId(iitem),cc.topZUpperRightId(iitem,2),"Item5 dir2");
1499 vc.areEqual(cc.topZLowerLeftId(iitem),cc.topZLowerRightId(iitem,2),"Item6 dir2");
1500 vc.areEqual(cc.lowerLeftId(iitem),cc.topZLowerLeftId(iitem,2),"Item7 dir2");
1501 }
1502 }
1503}
1504
1505/*---------------------------------------------------------------------------*/
1506/*---------------------------------------------------------------------------*/
1507
1508void CartesianMeshTestUtils::
1509_testConnectivityByDirection()
1510{
1511 info() << "Test Node ConnectivityByDirection";
1512 _testConnectivityByDirectionHelper<Node>(m_mesh->allNodes());
1513 info() << "Test Cell ConnectivityByDirection";
1514 _testConnectivityByDirectionHelper<Cell>(m_mesh->allCells());
1515}
1516
1517/*---------------------------------------------------------------------------*/
1518/*---------------------------------------------------------------------------*/
1519
1520void CartesianMeshTestUtils::
1521_sample(ICartesianMesh* cartesian_mesh)
1522{
1524 CartesianConnectivity cc = cartesian_mesh->connectivity();
1525 ENUMERATE_NODE (inode, m_mesh->allNodes()) {
1526 Node n = *inode;
1527 Cell c1 = cc.upperLeft(n); // Maille en haut à gauche
1528 Cell c2 = cc.upperRight(n); // Maille en haut à droite
1529 Cell c3 = cc.lowerRight(n); // Maille en bas à droite
1530 Cell c4 = cc.lowerLeft(n); // Maille en bas à gauche
1531 info(6) << " C1=" << ItemPrinter(c1) << " C2=" << ItemPrinter(c2)
1532 << " C3=" << ItemPrinter(c3) << " C4=" << ItemPrinter(c4);
1533 }
1535}
1536
1537/*---------------------------------------------------------------------------*/
1538/*---------------------------------------------------------------------------*/
1539
1540void CartesianMeshTestUtils::
1541_saveSVG()
1542{
1543 ICartesianMesh* cm = m_cartesian_mesh;
1544 IMesh* mesh = cm->mesh();
1545 info() << "Saving mesh to SVG format";
1546 std::ofstream ofile("toto.svg");
1547 SimpleSVGMeshExporter writer(ofile);
1548 writer.write(mesh->allCells());
1549}
1550
1551/*---------------------------------------------------------------------------*/
1552/*---------------------------------------------------------------------------*/
1553
1554} // End namespace ArcaneTest
1555
1556/*---------------------------------------------------------------------------*/
1557/*---------------------------------------------------------------------------*/
ARCANE_FATAL
#define ARCANE_FATAL(...)
Macro envoyant une exception FatalErrorException.
Definition ArcaneGlobal.h:764
ENUMERATE_FACE
#define ENUMERATE_FACE(name, group)
Enumérateur générique d'un groupe de faces.
Definition ItemEnumerator.h:424
ENUMERATE_
#define ENUMERATE_(type, name, group)
Enumérateur générique d'un groupe d'entité
Definition ItemEnumerator.h:407
ENUMERATE_CELL
#define ENUMERATE_CELL(name, group)
Enumérateur générique d'un groupe de mailles.
Definition ItemEnumerator.h:427
ENUMERATE_NODE
#define ENUMERATE_NODE(name, group)
Enumérateur générique d'un groupe de noeuds.
Definition ItemEnumerator.h:418
MeshUtils.h
Fonctions utilitaires sur le maillage.
RunCommandEnumerate.h
Types et macros pour gérer les énumérations des entités sur les accélérateurs.
RUNCOMMAND_ENUMERATE
#define RUNCOMMAND_ENUMERATE(ItemTypeName, iter_name, item_group,...)
Macro pour itérer sur accélérateur sur un groupe d'entités.
Definition RunCommandEnumerate.h:461
Arcane::Accelerator::IAcceleratorMng
Interface du gestionnaire des accélérateurs.
Definition IAcceleratorMng.h:38
Arcane::CartesianConnectivityLocalId
Classe d'accès aux connectivités cartésiennes.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:280
Arcane::CartesianConnectivity
Informations de connectivité d'un maillage cartésien.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:57
Arcane::CartesianConnectivity::lowerRight
Cell lowerRight(Node n) const
Maille en bas à droite du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:117
Arcane::CartesianConnectivity::topZUpperLeftId
__host__ __device__ CellLocalId topZUpperLeftId(NodeLocalId n) const
En 3D, maille en haut à gauche du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:149
Arcane::CartesianConnectivity::upperLeft
Cell upperLeft(Node n) const
Maille en haut à gauche du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:113
Arcane::CartesianConnectivity::topZUpperRight
Cell topZUpperRight(Node n) const
En 3D, maille en haut à droite du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:142
Arcane::CartesianConnectivity::topZUpperRightId
__host__ __device__ CellLocalId topZUpperRightId(NodeLocalId n) const
En 3D, maille en haut à droite du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:151
Arcane::CartesianConnectivity::lowerLeftId
__host__ __device__ CellLocalId lowerLeftId(NodeLocalId n) const
Maille en bas à gauche du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:128
Arcane::CartesianConnectivity::upperRightId
__host__ __device__ CellLocalId upperRightId(NodeLocalId n) const
Maille en haut à droite du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:124
Arcane::CartesianConnectivity::lowerRightId
__host__ __device__ CellLocalId lowerRightId(NodeLocalId n) const
Maille en bas à droite du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:126
Arcane::CartesianConnectivity::lowerLeft
Cell lowerLeft(Node n) const
Maille en bas à gauche du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:119
Arcane::CartesianConnectivity::topZLowerRight
Cell topZLowerRight(Node n) const
En 3D, maille en bas à droite du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:144
Arcane::CartesianConnectivity::topZLowerLeft
Cell topZLowerLeft(Node n) const
En 3D, maille en bas à gauche du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:146
Arcane::CartesianConnectivity::upperRight
Cell upperRight(Node n) const
Maille en haut à droite du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:115
Arcane::CartesianConnectivity::topZUpperLeft
Cell topZUpperLeft(Node n) const
En 3D, maille en haut à gauche du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:140
Arcane::CartesianConnectivity::topZLowerRightId
__host__ __device__ CellLocalId topZLowerRightId(NodeLocalId n) const
En 3D, maille en bas à droite du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:153
Arcane::CartesianConnectivity::topZLowerLeftId
__host__ __device__ CellLocalId topZLowerLeftId(NodeLocalId n) const
En 3D, maille en bas à gauche du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:155
Arcane::CartesianConnectivity::upperLeftId
__host__ __device__ CellLocalId upperLeftId(NodeLocalId n) const
Maille en haut à gauche du noeud n.
Definition src/arcane/cartesianmesh/CartesianConnectivity.h:122
Arcane::CellDirectionMng
Infos sur les mailles d'une direction spécifique X,Y ou Z d'un maillage structuré.
Definition src/arcane/cartesianmesh/CellDirectionMng.h:362
Arcane::CellDirectionMng::allCells
CellGroup allCells() const
Groupe de toutes les mailles dans la direction.
Definition CellDirectionMng.cc:140
Arcane::CellDirectionMng::dirCellId
__host__ __device__ DirCellLocalId dirCellId(CellLocalId c) const
Maille direction correspondant à la maille c.
Definition src/arcane/cartesianmesh/CellDirectionMng.h:400
Arcane::Cell
Maille d'un maillage.
Definition Item.h:1199
Arcane::Cell::level
Int32 level() const
Definition Item.h:1350
Arcane::DirCellFaceLocalId
Maille avec info directionnelle des faces.
Definition src/arcane/cartesianmesh/CellDirectionMng.h:286
Arcane::DirCellFace
Maille avec info directionnelle des faces.
Definition src/arcane/cartesianmesh/CellDirectionMng.h:234
Arcane::DirCellLocalId
Maille avant et après une maille suivant une direction.
Definition src/arcane/cartesianmesh/CellDirectionMng.h:77
Arcane::DirCellLocalId::next
constexpr __host__ __device__ CellLocalId next() const
Maille après.
Definition src/arcane/cartesianmesh/CellDirectionMng.h:92
Arcane::DirCellLocalId::previous
constexpr __host__ __device__ CellLocalId previous() const
Maille avant.
Definition src/arcane/cartesianmesh/CellDirectionMng.h:88
Arcane::DirCellNodeLocalId
Maille avec info directionnelle des noeuds.
Definition src/arcane/cartesianmesh/CellDirectionMng.h:182
Arcane::DirCellNode
Maille avec info directionnelle des noeuds.
Definition src/arcane/cartesianmesh/CellDirectionMng.h:112
Arcane::DirCell
Maille avant et après une maille suivant une direction.
Definition src/arcane/cartesianmesh/CellDirectionMng.h:42
Arcane::DirFaceLocalId
Infos sur maille avant et après une face suivant une direction.
Definition src/arcane/cartesianmesh/FaceDirectionMng.h:75
Arcane::DirFace
Infos sur maille avant et après une face suivant une direction.
Definition src/arcane/cartesianmesh/FaceDirectionMng.h:41
Arcane::DirNodeLocalId
Noeud avant et après un noeud suivant une direction.
Definition src/arcane/cartesianmesh/NodeDirectionMng.h:170
Arcane::DirNode
Noeud avant et après un noeud suivant une direction.
Definition src/arcane/cartesianmesh/NodeDirectionMng.h:41
Arcane::FaceDirectionMng
Infos sur les face d'une direction spécifique X,Y ou Z d'un maillage structuré.
Definition src/arcane/cartesianmesh/FaceDirectionMng.h:110
Arcane::FaceDirectionMng::dirFaceId
__host__ __device__ DirFaceLocalId dirFaceId(FaceLocalId f) const
Face direction correspondant à la face f.
Definition src/arcane/cartesianmesh/FaceDirectionMng.h:142
Arcane::Face
Face d'une maille.
Definition Item.h:952
Arcane::ICartesianMesh
Interface d'un maillage cartésien.
Definition src/arcane/cartesianmesh/ICartesianMesh.h:36
Arcane::ICartesianMesh::connectivity
virtual CartesianConnectivity connectivity()=0
Informations sur la connectivité
Arcane::ICartesianMesh::mesh
virtual IMesh * mesh() const =0
Maillage associé à ce maillage cartésien.
Arcane::ItemGroup
Groupe d'entités de maillage.
Definition ItemGroup.h:49
Arcane::ItemGroup::checkIsSorted
bool checkIsSorted() const
Vérifie et retourne si le groupe est trié par uniqueId() croissants.
Definition ItemGroup.cc:655
Arcane::ItemGroup::name
const String & name() const
Nom du groupe.
Definition ItemGroup.h:76
Arcane::ItemPrinter
Classe utilitaire pour imprimer les infos sur une entité.
Definition ItemPrinter.h:35
Arcane::ItemWithNodes::nbNode
Int32 nbNode() const
Nombre de noeuds de l'entité
Definition Item.h:779
Arcane::ItemWithNodes::nodeIds
NodeLocalIdView nodeIds() const
Liste des noeuds de l'entité
Definition Item.h:788
Arcane::Item::localId
constexpr Int32 localId() const
Identifiant local de l'entité dans le sous-domaine du processeur.
Definition Item.h:219
Arcane::Item::uniqueId
ItemUniqueId uniqueId() const
Identifiant unique sur tous les domaines.
Definition Item.h:225
Arcane::Item::null
constexpr bool null() const
true si l'entité est nul (i.e. non connecté au maillage)
Definition Item.h:216
Arcane::NodeDirectionMng
Infos sur les noeuds d'une direction spécifique X,Y ou Z d'un maillage structuré.
Definition src/arcane/cartesianmesh/NodeDirectionMng.h:256
Arcane::NodeDirectionMng::dirNodeId
__host__ __device__ DirNodeLocalId dirNodeId(NodeLocalId n) const
Noeud direction correspondant au noeud n.
Definition src/arcane/cartesianmesh/NodeDirectionMng.h:327
Arcane::Node
Noeud d'un maillage.
Definition Item.h:576
Arcane::Node::cell
Cell cell(Int32 i) const
i-ème maille du noeud
Definition Item.h:1592
Arcane::Node::nbCell
Int32 nbCell() const
Nombre de mailles connectées au noeud.
Definition Item.h:656
Arcane::Real3
Classe gérant un vecteur de réel de dimension 3.
Definition Real3.h:132
Arcane::SimpleSVGMeshExporter
Exportation d'un maillage au format SVG.
Definition SimpleSVGMeshExporter.h:38
Arcane::TraceAccessor::info
TraceMessage info() const
Flot pour un message d'information.
Definition TraceAccessor.cc:101
Arcane::UnstructuredMeshConnectivityView
Vue sur les connectivités standards d'un maillage non structuré.
Definition UnstructuredMeshConnectivity.h:34
Arcane::ValueChecker
Vérification de la validité de certaines valeurs.
Definition ValueChecker.h:41
Arcane::VariableBuildInfo
Paramètres nécessaires à la construction d'une variable.
Definition VariableBuildInfo.h:43
Arcane::NodeGroup
ItemGroupT< Node > NodeGroup
Groupe de noeuds.
Definition ItemTypes.h:167
Arcane::VariableFaceInt32
MeshVariableScalarRefT< Face, Int32 > VariableFaceInt32
Grandeur aux faces de type entier 32 bits.
Definition VariableTypedef.h:581
Arcane::VariableCellReal3
MeshVariableScalarRefT< Cell, Real3 > VariableCellReal3
Grandeur au centre des mailles de type coordonnées.
Definition VariableTypedef.h:377
Arcane::VariableNodeInt32
MeshVariableScalarRefT< Node, Int32 > VariableNodeInt32
Grandeur au noeud de type entier 32 bits.
Definition VariableTypedef.h:569
Arcane::VariableNodeReal3
MeshVariableScalarRefT< Node, Real3 > VariableNodeReal3
Grandeur au noeud de type coordonnées.
Definition VariableTypedef.h:359
Arcane::VariableCellInt32
MeshVariableScalarRefT< Cell, Int32 > VariableCellInt32
Grandeur au centre des mailles de type entier 32 bits.
Definition VariableTypedef.h:587
Arcane::Accelerator
Espace de nom pour l'utilisation des accélérateurs.
Definition AcceleratorGlobal.h:36
Arcane::Accelerator::makeCommand
RunCommand makeCommand(const RunQueue &run_queue)
Créé une commande associée à la file run_queue.
Definition core/RunQueue.h:283
Arcane::Accelerator::viewInOut
auto viewInOut(const ViewBuildInfo &vbi, CellMaterialVariableScalarRef< DataType > &var)
Vue en lecture/écriture pour les variables materiaux scalaire.
Definition MaterialVariableViews.h:203
Arcane::Accelerator::viewOut
auto viewOut(const ViewBuildInfo &vbi, CellMaterialVariableScalarRef< DataType > &var)
Vue en écriture pour les variables materiaux scalaire.
Definition MaterialVariableViews.h:179
Arcane::Accelerator::viewIn
auto viewIn(const ViewBuildInfo &vbi, const CellMaterialVariableScalarRef< DataType > &var)
Vue en lecture pour les variables materiaux scalaire.
Definition MaterialVariableViews.h:228
Arcane::math::isNearlyEqual
constexpr __host__ __device__ bool isNearlyEqual(const _Type &a, const _Type &b)
Teste si deux valeurs sont à un peu près égales. Pour les types entiers, cette fonction est équivalen...
Definition Numeric.h:212
Arcane::Integer
Int32 Integer
Type représentant un entier.
Definition ArccoreGlobal.h:240
Arcane::eMeshDirection
eMeshDirection
Type de la direction pour un maillage structuré
Definition ArcaneTypes.h:346
Arcane::Real3POD::y
Real y
deuxième composante du triplet
Definition Real3.h:36
Arcane::Real3POD::z
Real z
troisième composante du triplet
Definition Real3.h:37
Arcane::Real3POD::x
Real x
première composante du triplet
Definition Real3.h:35