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/petsc/src/dm/dt/dualspace/impls/lagrange/tests/output/
H A Dex1_3_simplex_discontinuous_full.out9 Interior data is the same as all data
18 Interior data is the same as all data
25 Interior data is the same as all data
34 Interior data is the same as all data
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68 Interior data is the same as all data
86 Interior data is the same as all data
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H A Dex1_3_wedge_discontinuous_full.out9 Interior data is the same as all data
18 Interior data is the same as all data
25 Interior data is the same as all data
34 Interior data is the same as all data
43 Interior data is the same as all data
50 Interior data is the same as all data
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98 Interior data is the same as all data
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H A Dex1_3_wedge_discontinuous_trimmed.out11 Interior data is the same as all data
26 Interior data is the same as all data
38 Interior data is the same as all data
53 Interior data is the same as all data
64 Interior data is the same as all data
71 Interior data is the same as all data
102 Interior data is the same as all data
144 Interior data is the same as all data
168 Interior data is the same as all data
210 Interior data is the same as all data
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H A Dex1_3_tensor_discontinuous_full.out9 Interior data is the same as all data
18 Interior data is the same as all data
25 Interior data is the same as all data
34 Interior data is the same as all data
43 Interior data is the same as all data
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80 Interior data is the same as all data
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H A Dex1_3_simplex_discontinuous_trimmed.out10 Interior data is the same as all data
22 Interior data is the same as all data
32 Interior data is the same as all data
44 Interior data is the same as all data
54 Interior data is the same as all data
61 Interior data is the same as all data
82 Interior data is the same as all data
108 Interior data is the same as all data
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H A Dex1_3_tensor_discontinuous_trimmed.out12 Interior data is the same as all data
30 Interior data is the same as all data
44 Interior data is the same as all data
62 Interior data is the same as all data
74 Interior data is the same as all data
81 Interior data is the same as all data
123 Interior data is the same as all data
183 Interior data is the same as all data
216 Interior data is the same as all data
276 Interior data is the same as all data
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H A Dex1_1_discontinuous_full.out7 Interior data is the same as all data
22 Interior data is the same as all data
38 Interior data is the same as all data
56 Interior data is the same as all data
75 Interior data is the same as all data
96 Interior data is the same as all data
118 Interior data is the same as all data
142 Interior data is the same as all data
H A Dex1_1_discontinuous_trimmed.out8 Interior data is the same as all data
25 Interior data is the same as all data
42 Interior data is the same as all data
62 Interior data is the same as all data
82 Interior data is the same as all data
105 Interior data is the same as all data
H A Dex1_3_tensor_continuous_full.out9 Interior data is the same as all data
18 Interior data is the same as all data
25 Interior data is the same as all data
34 Interior data is the same as all data
43 Interior data is the same as all data
50 Interior data is the same as all data
193 Interior data is the same as all data
617 Interior data is the same as all data
1559 Interior data is the same as all data
H A Dex1_3_wedge_continuous_full.out9 Interior data is the same as all data
18 Interior data is the same as all data
25 Interior data is the same as all data
34 Interior data is the same as all data
43 Interior data is the same as all data
50 Interior data is the same as all data
165 Interior data is the same as all data
460 Interior data is the same as all data
1066 Interior data is the same as all data
2162 Interior data is the same as all data
H A Dex1_3_simplex_continuous_full.out9 Interior data is the same as all data
18 Interior data is the same as all data
25 Interior data is the same as all data
34 Interior data is the same as all data
43 Interior data is the same as all data
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137 Interior data is the same as all data
314 Interior data is the same as all data
637 Interior data is the same as all data
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H A Dex1_1_continuous_full.out7 Interior data is the same as all data
22 Interior data is the same as all data
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/petsc/src/snes/tutorials/
H A Dex18.c138 …PetscScalar t0, tn, ts, te, tw, an, as, ae, aw, dn, ds, de, dw, fn = 0.0, fs = 0.0, fe = 0.0, fw… in FormFunction() local
182 as = 0.5 * (t0 + ts); in FormFunction()
183 ds = PetscPowScalar(as, beta); in FormFunction()
205 as = 0.5 * (t0 + ts); in FormFunction()
206 ds = PetscPowScalar(as, beta); in FormFunction()
231 as = 0.5 * (t0 + ts); in FormFunction()
232 ds = PetscPowScalar(as, beta); in FormFunction()
275 as = 0.5 * (t0 + ts); in FormFunction()
276 ds = PetscPowScalar(as, beta); in FormFunction()
297 PetscScalar dn, ds, de, dw, an, as, ae, aw, bn, bs, be, bw, gn, gs, ge, gw; in FormJacobian() local
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H A Dex70.c385 PetscScalar as = s->hx / s->hy, asb = s->hx / (s->hy / 2); in StokesStencilLaplacian() local
400 vals[0] = as; in StokesStencilLaplacian()
402 vals[1] = -(ae + awb + as + anb); in StokesStencilLaplacian()
416 vals[0] = as; in StokesStencilLaplacian()
420 vals[2] = -(aeb + aw + as + anb); in StokesStencilLaplacian()
424 vals[0] = as; in StokesStencilLaplacian()
426 vals[1] = -(ae + awb + as + an); in StokesStencilLaplacian()
434 vals[0] = as; in StokesStencilLaplacian()
438 vals[2] = -(aeb + aw + as + an); in StokesStencilLaplacian()
454 vals[0] = as; in StokesStencilLaplacian()
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/petsc/src/sys/yaml/
H A DREADME.md6 are included in src/sys/objects/optionsyaml.c as static functions so they do not
12 as we are only interested in the input-related parts.
14 removed, as we do not need them.
15 * The constant `0` as been replaced by `NULL` in a few places to
16 silence `-Wzero-as-null-pointer-constant` when using C++ compilers.
/petsc/doc/manual/
H A Dfortran.md102 …d `PetscReal` are simply aliases for basic Fortran types and cannot be written as `type(tPetscInt)`
134 - One must use type specific `PETSC_NULL` arguments, such as `PETSC_NULL_INTEGER`, {any}`sec_nullpt…
140 make sure you have them marked as double precision (e.g., pass in `10.d0`
141 instead of `10.0` or declare them as PETSc variables, e.g.
142 `PetscScalar one = 1.0`). Otherwise, the compiler interprets the input as a single
151 In the Fortran version, each PETSc routine has as its final argument an
174 Many PETSc functions take arrays as arguments; in Fortran they must be passed as arrays even if the…
176 a single value one can use the Fortran [] notation to pass the scalar as an array, for example
213 When a PETSc function returns multiple arrays, such as `DMDAGetOwnershipRanges()` and the user does…
214 certain arrays they must pass `PETSC_NULL_XXX_POINTER` as the argument. For example,
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H A Ddmstag.md25 which are referred to as *elements*, $d-1$ dimensional cells defining boundaries between these elem…
27 all the way down to 0 dimensional cells referred to as *vertices*. In 2 dimensions, the 1-dimension…
28 element boundaries are referred to as *edges* or *faces*. In 3 dimensions, the 2-dimensional elemen…
29 are referred to as *faces* and the 1-dimensional boundaries between faces are referred to as *edges*
30 The set of cells of a given dimension is referred to as a *stratum* (which one can think of as a le…
33 In the description of any:`ch_unstructured` the cells at each level are referred to as *points*. Th…
38 The distinct unknowns associated with each point are referred to as *components*. For a `DMPLEX` th…
64 … invariant to this. Note that the face on the top right can be referred to as being to the left of…
68 This is useful for higher-level operations such as computing norms or developing physics-based solv…
69 (unlike `DMDA`), this implies that the global `Vec` do not have a natural block structure, as diffe…
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H A Dprofiling.md11 In addition, as described in
16 such as monitoring application codes and tips for accurate profiling.
26 and require little overhead; thus, `-log_view` is intended as the
55 as discussed in the following section.
58 one *flop* as one operation of any of the following types:
69 of the PETSc library, as shown in
118 routine such as `KSPSolve()` include all of the operations accumulated
125 operations are performed when using GMRES and ILU, as described above),
136 We next discuss performance summaries for parallel programs, as shown
152 computational rates, and message-passing activity (such as the number
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H A Dsection.md23 A **point** is a `PetscInt` that serves as an abstract "index" into arrays from iterable sets, such…
24 …able set examples can be as simple as the points of a finite difference grid, or cells of a finite…
67 …ec_petscsection_concept` were actually applied onto the **default field**, which is indexed as `0`.
68 The fields inherit the same chart as the "parent" `PetscSection`.
85 A `PetscSection` with one field and and offsets set in `PetscSectionSetUp()` may be thought of as d…
115 … Field-major ordering is provided mainly for compatibility with external packages, such as LibMesh.
120 This is most often used when creating a new `Vec` for a `PetscSection` such as:
151 `PetscSection` can also be applied to distributed problems as well.
163 …we use `PetscSectionCreateGlobalSection()`, which takes the `localSection` and `pointSF` as inputs.
166 The `globalSection` can be used to create global vectors, just as the local section is used to crea…
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/petsc/doc/manualpages/MANSECHeaders/
H A DTS3 The time-stepping (`TS`) component provides ODE and DAE integrators as well as
/petsc/src/mat/impls/h2opus/cuda/
H A Dmath2opusutils.cu44 PetscScalar *as; in VecSign() local
63 PetscCall(VecCUDAGetArrayWrite(s, &as)); in VecSign()
64 SignVector_Functor sign_vector(av, as); in VecSign()
66 PetscCall(VecCUDARestoreArrayWrite(s, &as)); in VecSign()
72 PetscCall(VecGetArrayWrite(s, &as)); in VecSign()
73 for (i = 0; i < n; i++) as[i] = PetscAbsScalar(av[i]) < 0 ? -1. : 1.; in VecSign()
74 PetscCall(VecRestoreArrayWrite(s, &as)); in VecSign()
/petsc/doc/changes/
H A D2016.md9 files (just as emacs users already can by using etags). See the
23 SNESMonitorSet() instead of only one as previously allowed.
36 KSPSetMonitor() instead of only one as previously allowed.
87 - You can now pass PETSC_DECIDE as the x and y arguments in
99 to print to stdout as one would expect. I.e., the output from
105 options in the specified file to be treated as if they were typed
H A D31.md65 - Added MAT_SHARE_NONZERO_PATTERN as option for MatDuplicate() this
70 MatNullSpace() as the first argument. Added Fortran interface for
71 this function as well.
88 - PCShell All user-provided functions now have PC as first argument
97 argument must be the same as when the matrix was preallocated.
137 - DAGetColoring() now takes a MatType as an additional argument,
178 as well]
H A D316.md54 taken as absolute, otherwise relative to the current group
142 - `PCShellGetContext()` now takes `void*` as return argument
148 - `KSPGetMonitorContext()` now takes `void*` as return argument
149 - `KSPGetConvergenceContext()` now takes `void*` as return argument
156 - `SNESShellGetContext()` now takes `void*` as return argument
172 - `TaoShellGetContext()` now takes `void*` as return argument
185 - `DMShellGetContext()` now takes `void*` as return argument
236 - Add `DMPlexMetricCreate` as a helper function for creating a (P1) Riemannian metric.
237 - Add `DMPlexMetricCreateUniform` as a helper function for creating a uniform metric.
238 - Add `DMPlexMetricCreateIsotropic` as a helper function for creating an isotropic metric.
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/petsc/src/snes/tests/
H A Dex20.c138 …PetscScalar t0, tn, ts, te, tw, an, as, ae, aw, dn, ds, de, dw, fn = 0.0, fs = 0.0, fe = 0.0, f… in FormFunction() local
185 as = 0.5 * (t0 + ts); in FormFunction()
186 ds = PetscPowScalar(as, beta); in FormFunction()
218 as = 0.5 * (t0 + ts); in FormFunction()
219 ds = PetscPowScalar(as, beta); in FormFunction()
266 as = 0.5 * (t0 + ts); in FormFunction()
267 ds = PetscPowScalar(as, beta); in FormFunction()
350 as = 0.5 * (t0 + ts); in FormFunction()
351 ds = PetscPowScalar(as, beta); in FormFunction()
387 as = 0.5 * (t0 + ts); in FormFunction()
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