| /petsc/src/ksp/ksp/tests/output/ |
| H A D | ex87.out | 2 Block-structured matrix, n=24
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| /petsc/src/dm/impls/moab/tests/output/ |
| H A D | ex1_1.out | 2 Created structured 5x5x5 mesh.
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| H A D | ex2_1.out | 2 Creating a 2-dimensional structured regular mesh of 5x5x5 in memory and creating a DM object.
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| H A D | ex3_1.out | 1 Creating a 2-dimensional structured simplex mesh of 2x2x2 in memory and creating a DM object.
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| H A D | ex3_1_1.out | 1 Creating a 2-dimensional structured simplex mesh of 2x2x2 in memory and creating a DM object.
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| H A D | ex3_2_1.out | 1 Creating a 3-dimensional structured regular mesh of 2x2x2 in memory and creating a DM object.
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| H A D | ex3_1_2.out | 1 Creating a 3-dimensional structured regular mesh of 2x2x2 in memory and creating a DM object.
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| /petsc/doc/changes/ |
| H A D | 21.md | 10 - Simpler interface for structured grids, see 101 - Simpler interface for structured grids, see 104 nonlinear problems on structured grids. See
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| H A D | 314.md | 300 Please use `.vtr` or `.vts` for structured grids (DMDA) and
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| /petsc/doc/manualpages/MANSECHeaders/ |
| H A D | Characteristic | 3 …anage parallel Semi-Lagrangian methods (method of characteristics) for structured mesh (`DMDA`) pr…
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| H A D | DMStag | 3 The `DMSTAG` subclass of `DM` encapsulates a Cartesian structured mesh, with "staggered" data livin…
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| H A D | DMDA | 3 The `DMDA` subclass of `DM` encapsulates a Cartesian structured mesh, with interfaces for both topo…
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| H A D | DM | 4 in PDE-based (or other) simulations. See, for structured grids `DMDA`, for staggered grids `DMSTAG`…
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| H A D | DMForest | 4 It is capable of parallel structured adaptive mesh refinement and coarsening and parallel redistrib…
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| /petsc/doc/overview/ |
| H A D | discrete_table.md | 21 * - Staggered structured grids
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| H A D | nutshell.md | 44 - Simple structured grids, `DMDA`.
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| /petsc/doc/manual/ |
| H A D | dmcommonality.md | 18 ## DMDA simple structured grids 20 For structured grids, {any}`sec_struct`, the indexing is trivial, the points are represented as tup… 28 For finite difference methods on structured grids using a stencil formula, the "connectivity inform… 35 A staggered grid, {any}`ch_stag`, extends the idea of a simple structured grid by allowing not only… 38 numerical values. As with simple structured grids, each cell can be represented as a $(i, j, k)$ tu… 48 For finite difference methods on staggered structured grids using a stencil formula the "connectivi…
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| H A D | dmstag.md | 5 For structured (aka "regular") grids with staggered data (degrees of freedom potentially living on … 24 a very regular complex, consisting of a structured grid of $d$-dimensional cells, with $d \in \{1,2… 41 The structured grid, is like with `DMDA`, decomposed via a Cartesian product of decompositions in e…
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| H A D | dmbase.md | 13 classes `DM` currently supports are PDEs on structured and staggered grids with finite difference m…
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| H A D | vec.md | 44 as structured grids, staggered grids, unstructured grids, networks, and particles. 84 For applications running in parallel that involve multi-dimensional structured grids, unstructured … 91 …any}`sec_stag`, and {any}`ch_unstructured` for more details on `DM` for structured grids, staggered 92 structured grids, and for unstructured grids, 103 ### DMDA - Creating vectors for structured grids 106 are intended for use with *logically structured rectangular grids* 118 ghost points for the seventh process of a two-dimensional, structured 214 For structured grids with staggered data (living on elements, faces, edges, 613 For structured grids with staggered data (living on elements, faces, edges,
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| /petsc/doc/tutorials/ |
| H A D | handson.md | 15 - Handling a simple structured grid 77 - Handling a simple structured grid 135 ## Nonlinear PDE on a structured grid 139 - Handling a 2d structured grid
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| /petsc/include/petsc/private/ |
| H A D | characteristicimpl.h | 42 PetscBool structured; /* Flag for mesh type */ member
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| /petsc/src/ts/characteristic/impls/da/ |
| H A D | slda.c | 39 if (c->structured) PetscCall(PetscMPIIntCast(dim, &c->numIds)); in CharacteristicSetUp_DA()
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| /petsc/doc/community/bofs/ |
| H A D | 2026_Feb_CASS.md | 59 …icity problems arising from HHO methods, which naturally lead to block-structured systems separati…
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| /petsc/doc/community/meetings/2023/ |
| H A D | index.md | 328 AMReX is a C++ block-structured framework for adaptive mesh refinement, 339 required for each element; using a structured grid avoids both this 403 model on a 3D structured mesh. The MFD spatial discretization is coupled
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