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/petsc/src/tao/tutorials/output/
H A Dex4_0.out1 J(xhat): 24.5106, predicted: 0.851231, diff 23.6594
2 J(xhat): 6.76613, predicted: 0.851288, diff 5.91484
3 J(xhat): 2.33003, predicted: 0.851317, diff 1.47871
4 J(xhat): 1.22101, predicted: 0.851331, diff 0.369677
5 J(xhat): 0.943758, predicted: 0.851338, diff 0.0924194
6 J(xhat): 0.874447, predicted: 0.851342, diff 0.0231048
7 J(xhat): 0.85712, predicted: 0.851344, diff 0.00577621
8 J(xhat): 0.852789, predicted: 0.851344, diff 0.00144405
9 J(xhat): 0.851706, predicted: 0.851345, diff 0.000361013
10 J(xhat): 0.851435, predicted: 0.851345, diff 9.02533e-05
H A Dex4_hessian_2.out4 J(xhat): 98.3926, predicted: 4.22724, diff 94.1653
5 J(xhat): 27.7686, predicted: 4.22724, diff 23.5413
6 J(xhat): 10.1126, predicted: 4.22724, diff 5.88533
7 J(xhat): 5.69858, predicted: 4.22724, diff 1.47133
8 J(xhat): 4.59508, predicted: 4.22724, diff 0.367834
9 J(xhat): 4.3192, predicted: 4.22724, diff 0.0919585
10 J(xhat): 4.25023, predicted: 4.22724, diff 0.0229897
11 J(xhat): 4.23299, predicted: 4.22724, diff 0.00574732
12 J(xhat): 4.22868, predicted: 4.22724, diff 0.00143671
13 J(xhat): 4.2276, predicted: 4.22724, diff 0.000359058
H A Dex4_lmvm_admm_2.out8 J(xhat): 98.3926, predicted: 4.22724, diff 94.1653
9 J(xhat): 27.7686, predicted: 4.22724, diff 23.5413
10 J(xhat): 10.1126, predicted: 4.22724, diff 5.88533
11 J(xhat): 5.69858, predicted: 4.22724, diff 1.47133
12 J(xhat): 4.59508, predicted: 4.22724, diff 0.367833
13 J(xhat): 4.3192, predicted: 4.22724, diff 0.0919583
14 J(xhat): 4.25023, predicted: 4.22724, diff 0.0229896
15 J(xhat): 4.23299, predicted: 4.22724, diff 0.0057474
16 J(xhat): 4.22868, predicted: 4.22724, diff 0.00143685
17 J(xhat): 4.2276, predicted: 4.22724, diff 0.000359212
H A Dex4_hessian_admm_2.out8 J(xhat): 98.3926, predicted: 4.22724, diff 94.1653
9 J(xhat): 27.7686, predicted: 4.22724, diff 23.5413
10 J(xhat): 10.1126, predicted: 4.22724, diff 5.88533
11 J(xhat): 5.69858, predicted: 4.22724, diff 1.47133
12 J(xhat): 4.59508, predicted: 4.22724, diff 0.367833
13 J(xhat): 4.3192, predicted: 4.22724, diff 0.0919583
14 J(xhat): 4.25023, predicted: 4.22724, diff 0.0229896
15 J(xhat): 4.23299, predicted: 4.22724, diff 0.0057474
16 J(xhat): 4.22868, predicted: 4.22724, diff 0.00143685
17 J(xhat): 4.2276, predicted: 4.22724, diff 0.000359212
H A Dex4_nm_admm_2.out8 J(xhat): 98.3842, predicted: 4.21886, diff 94.1653
9 J(xhat): 27.7644, predicted: 4.22306, diff 23.5413
10 J(xhat): 10.1105, predicted: 4.22516, diff 5.88533
11 J(xhat): 5.69755, predicted: 4.22621, diff 1.47133
12 J(xhat): 4.59457, predicted: 4.22674, diff 0.367833
13 J(xhat): 4.31896, predicted: 4.227, diff 0.0919583
14 J(xhat): 4.25012, predicted: 4.22713, diff 0.0229896
15 J(xhat): 4.23295, predicted: 4.2272, diff 0.0057474
16 J(xhat): 4.22867, predicted: 4.22723, diff 0.00143685
17 J(xhat): 4.22761, predicted: 4.22725, diff 0.000359212
H A Dex4_l1_1.out67 J(xhat): 97.3893, predicted: 7.1005, diff 90.2888
68 J(xhat): 33.1988, predicted: 7.14707, diff 26.0517
69 J(xhat): 15.423, predicted: 7.17035, diff 8.25269
70 J(xhat): 10.1151, predicted: 7.182, diff 2.93305
71 J(xhat): 8.35602, predicted: 7.18782, diff 1.1682
72 J(xhat): 7.70025, predicted: 7.19073, diff 0.509521
73 J(xhat): 7.4283, predicted: 7.19218, diff 0.236116
74 J(xhat): 7.30631, predicted: 7.19291, diff 0.113396
75 J(xhat): 7.24881, predicted: 7.19327, diff 0.0555329
76 J(xhat): 7.22093, predicted: 7.19346, diff 0.0274751
H A Dex4_nm_admm_1.out11 J(xhat): 112.879, predicted: 9.66734, diff 103.212
12 J(xhat): 41.9672, predicted: 10.4993, diff 31.4679
13 J(xhat): 21.4653, predicted: 10.9153, diff 10.55
14 J(xhat): 14.9669, predicted: 11.1233, diff 3.84363
15 J(xhat): 12.6557, predicted: 11.2273, diff 1.42842
16 J(xhat): 11.7559, predicted: 11.2793, diff 0.476597
17 J(xhat): 11.4357, predicted: 11.3053, diff 0.130448
18 J(xhat): 11.3475, predicted: 11.3183, diff 0.0292416
19 J(xhat): 11.3309, predicted: 11.3248, diff 0.00615894
20 J(xhat): 11.3306, predicted: 11.328, diff 0.00255596
H A Dex4_hessian_admm_1.out11 J(xhat): 108.714, predicted: 20.6301, diff 88.084
12 J(xhat): 40.4056, predicted: 16.3031, diff 24.1026
13 J(xhat): 21.2033, predicted: 14.1395, diff 7.06373
14 J(xhat): 15.3401, predicted: 13.0578, diff 2.28228
15 J(xhat): 13.343, predicted: 12.5169, diff 0.826056
16 J(xhat): 12.578, predicted: 12.2465, diff 0.331564
17 J(xhat): 12.254, predicted: 12.1112, diff 0.142725
18 J(xhat): 12.1065, predicted: 12.0436, diff 0.0629062
19 J(xhat): 12.0365, predicted: 12.0098, diff 0.0266843
20 J(xhat): 12.004, predicted: 11.9929, diff 0.011123
H A Dex4_soft_threshold_admm_1.out11 J(xhat): 113.626, predicted: 16.5257, diff 97.1007
12 J(xhat): 42.3779, predicted: 13.8019, diff 28.576
13 J(xhat): 21.7055, predicted: 12.44, diff 9.26546
14 J(xhat): 15.1072, predicted: 11.759, diff 3.34818
15 J(xhat): 12.7449, predicted: 11.4186, diff 1.32637
16 J(xhat): 11.801, predicted: 11.2483, diff 0.55267
17 J(xhat): 11.3905, predicted: 11.1632, diff 0.227268
18 J(xhat): 11.2058, predicted: 11.1206, diff 0.0851946
19 J(xhat): 11.1289, predicted: 11.0994, diff 0.0295115
20 J(xhat): 11.1013, predicted: 11.0887, diff 0.0125992
H A Dex4_lmvm_admm_1.out11 J(xhat): 113.776, predicted: 9.65716, diff 104.119
12 J(xhat): 42.424, predicted: 10.6285, diff 31.7955
13 J(xhat): 21.7109, predicted: 11.1142, diff 10.5968
14 J(xhat): 15.0924, predicted: 11.357, diff 3.73537
15 J(xhat): 12.7926, predicted: 11.4784, diff 1.3142
16 J(xhat): 11.9717, predicted: 11.5391, diff 0.432627
17 J(xhat): 11.7068, predicted: 11.5695, diff 0.137322
18 J(xhat): 11.6271, predicted: 11.5846, diff 0.0424309
19 J(xhat): 11.6049, predicted: 11.5922, diff 0.0127121
20 J(xhat): 11.5994, predicted: 11.596, diff 0.00334437
H A Dex4_lmvm_2.out17 J(xhat): 98.3927, predicted: 4.22739, diff 94.1653
18 J(xhat): 27.7687, predicted: 4.22732, diff 23.5413
19 J(xhat): 10.1126, predicted: 4.22728, diff 5.88533
20 J(xhat): 5.6986, predicted: 4.22726, diff 1.47133
21 J(xhat): 4.59509, predicted: 4.22725, diff 0.367833
22 J(xhat): 4.31921, predicted: 4.22725, diff 0.0919583
23 J(xhat): 4.25024, predicted: 4.22725, diff 0.0229896
24 J(xhat): 4.23299, predicted: 4.22724, diff 0.0057474
25 J(xhat): 4.22868, predicted: 4.22724, diff 0.00143685
26 J(xhat): 4.2276, predicted: 4.22724, diff 0.000359212
H A Dex4_hessian_2_alt.out20 J(xhat): 98.3926, predicted: 4.22725, diff 94.1653
21 J(xhat): 27.7686, predicted: 4.22724, diff 23.5413
22 J(xhat): 10.1126, predicted: 4.22724, diff 5.88533
23 J(xhat): 5.69858, predicted: 4.22724, diff 1.47133
24 J(xhat): 4.59508, predicted: 4.22724, diff 0.367834
25 J(xhat): 4.3192, predicted: 4.22724, diff 0.091959
26 J(xhat): 4.25023, predicted: 4.22724, diff 0.0229907
27 J(xhat): 4.23299, predicted: 4.22724, diff 0.0057478
28 J(xhat): 4.22868, predicted: 4.22724, diff 0.00143766
29 J(xhat): 4.2276, predicted: 4.22724, diff 0.000360012
H A Dex4_lmvm_1.out42 J(xhat): 112.439, predicted: 10.6288, diff 101.81
43 J(xhat): 41.665, predicted: 10.6959, diff 30.9691
44 J(xhat): 21.23, predicted: 10.7295, diff 10.5005
45 J(xhat): 14.7504, predicted: 10.7462, diff 4.00416
46 J(xhat): 12.4451, predicted: 10.7546, diff 1.69048
47 J(xhat): 11.5261, predicted: 10.7588, diff 0.767267
48 J(xhat): 11.125, predicted: 10.7609, diff 0.364065
49 J(xhat): 10.939, predicted: 10.762, diff 0.177065
50 J(xhat): 10.8497, predicted: 10.7625, diff 0.0872158
51 J(xhat): 10.8059, predicted: 10.7627, diff 0.0432037
H A Dex4_hessian_1.out53 J(xhat): 112.152, predicted: 10.1847, diff 101.967
54 J(xhat): 41.5412, predicted: 10.4944, diff 31.0468
55 J(xhat): 21.1877, predicted: 10.6493, diff 10.5384
56 J(xhat): 14.7489, predicted: 10.7267, diff 4.02222
57 J(xhat): 12.464, predicted: 10.7654, diff 1.69861
58 J(xhat): 11.5552, predicted: 10.7848, diff 0.770423
59 J(xhat): 11.1592, predicted: 10.7945, diff 0.364736
60 J(xhat): 10.9758, predicted: 10.7993, diff 0.176495
61 J(xhat): 10.8878, predicted: 10.8017, diff 0.0860243
62 J(xhat): 10.8446, predicted: 10.8029, diff 0.0417013
H A Dex4_nm_2.out51 J(xhat): 63.4419, predicted: -30.7234, diff 94.1653
52 J(xhat): 14.4411, predicted: -9.10021, diff 23.5413
53 J(xhat): 7.59672, predicted: 1.71139, diff 5.88533
54 J(xhat): 8.58853, predicted: 7.11719, diff 1.47133
55 J(xhat): 10.1879, predicted: 9.82009, diff 0.367833
56 J(xhat): 11.2635, predicted: 11.1715, diff 0.0919583
57 J(xhat): 11.8703, predicted: 11.8473, diff 0.0229896
58 J(xhat): 12.1909, predicted: 12.1851, diff 0.0057474
59 J(xhat): 12.3555, predicted: 12.3541, diff 0.00143685
60 J(xhat): 12.4389, predicted: 12.4385, diff 0.000359212
H A Dex4_nm_1.out51 J(xhat): 94.821, predicted: -30.6357, diff 125.457
52 J(xhat): 34.3972, predicted: -8.39532, diff 42.7925
53 J(xhat): 19.1371, predicted: 2.72486, diff 16.4123
54 J(xhat): 15.2451, predicted: 8.28495, diff 6.96015
55 J(xhat): 14.2336, predicted: 11.065, diff 3.16858
56 J(xhat): 13.9614, predicted: 12.455, diff 1.50641
57 J(xhat): 13.8838, predicted: 13.15, diff 0.733739
58 J(xhat): 13.8595, predicted: 13.4975, diff 0.362002
59 J(xhat): 13.8511, predicted: 13.6713, diff 0.179784
60 J(xhat): 13.8478, predicted: 13.7582, diff 0.089588
/petsc/src/sys/utils/
H A Dmathclose.c19 PetscReal diff; in PetscIsCloseAtTol() local
30 diff = PetscAbsReal(b - a); in PetscIsCloseAtTol()
31 …return ((diff <= PetscAbsReal(rtol * b)) || (diff <= PetscAbsReal(rtol * a)) || (diff <= atol)) ? … in PetscIsCloseAtTol()
/petsc/src/mat/tests/
H A Dex88.c52 Vec W1, W2, W3, diff; in TestMatrix() local
92 PetscCall(VecCreateSeqWithArray(PETSC_COMM_SELF, 1, 2, multadd, &diff)); in TestMatrix()
96 PetscCall(VecAXPY(W2, -1.0, diff)); in TestMatrix()
105 PetscCall(VecAXPY(W2, -1.0, diff)); in TestMatrix()
110 PetscCall(VecDestroy(&diff)); in TestMatrix()
113 PetscCall(VecCreateSeqWithArray(PETSC_COMM_SELF, 1, 2, multtadd, &diff)); in TestMatrix()
118 PetscCall(VecAXPY(W2, -1.0, diff)); in TestMatrix()
127 PetscCall(VecAXPY(W2, -1.0, diff)); in TestMatrix()
132 PetscCall(VecDestroy(&diff)); in TestMatrix()
135 PetscCall(VecCreateSeqWithArray(PETSC_COMM_SELF, 1, 2, multtadd, &diff)); in TestMatrix()
[all …]
H A Dex246.cxx9 PetscReal diff = 0.0, *coords = (PetscReal *)(ctx); in GenEntries() local
14 diff = 0.0; in GenEntries()
15 …for (d = 0; d < sdim; d++) diff += (coords[J[j] * sdim + d] - coords[K[k] * sdim + d]) * (coords[J… in GenEntries()
16 ptr[j + M * k] = 1.0 / (1.0e-2 + PetscSqrtReal(diff)); in GenEntries()
31 PetscReal diff = 0.0; in copy_submatrix() local
36 diff = 0.0; in copy_submatrix()
37 …for (PetscInt d = 0; d < sdim; d++) diff += (coords[J[j] * sdim + d] - coords[K[k] * sdim + d]) * … in copy_submatrix()
38 ptr[j + M * k] = 1.0 / (1.0e-2 + PetscSqrtReal(diff)); in copy_submatrix()
/petsc/src/ksp/pc/impls/mat/tests/
H A Dex1.c7 Vec diff; in TestVecEquality() local
11 PetscCall(VecDuplicate(x, &diff)); in TestVecEquality()
12 PetscCall(VecCopy(x, diff)); in TestVecEquality()
13 PetscCall(VecAXPY(diff, -1.0, y)); in TestVecEquality()
14 PetscCall(VecNorm(diff, NORM_INFINITY, &err)); in TestVecEquality()
17 PetscCall(VecDestroy(&diff)); in TestVecEquality()
23 Mat diff; in TestMatEquality() local
29 PetscCall(MatDuplicate(x, MAT_COPY_VALUES, &diff)); in TestMatEquality()
30 PetscCall(MatAXPY(diff, -1.0, y, SAME_NONZERO_PATTERN)); in TestMatEquality()
31 PetscCall(MatNorm(diff, NORM_FROBENIUS, &err)); in TestMatEquality()
[all …]
/petsc/src/dm/dt/tests/
H A Dex7.c10 PetscReal diff, diffMat, normMat; in CheckPullback() local
76 diff = PetscAbsReal(wLx - Lstarwx); in CheckPullback()
77 …PetscCheck(diff <= 10. * PETSC_SMALL * (PetscAbsReal(wLx) + PetscAbsReal(Lstarwx)), PETSC_COMM_WOR… in CheckPullback()
192 PetscReal diff; in main() local
195 diff = PetscSqrtReal(PetscSqr(wvcheck - wv)); in main()
196 …PetscCheck(diff < PETSC_SMALL * (PetscAbsReal(wv) + PetscAbsReal(wvcheck)), PETSC_COMM_WORLD, PETS… in main()
199 PetscReal det, wvcheck, diff; in main() local
221 diff = PetscSqrtReal(PetscSqr(wvcheck - wv)); in main()
222 …diff < PETSC_SMALL * (PetscAbsReal(wv) + PetscAbsReal(wvcheck)), PETSC_COMM_WORLD, PETSC_ERR_PLIB,… in main()
227 PetscReal diff; in main() local
[all …]
/petsc/src/snes/tutorials/output/
H A Dex3_4.out7 Altering entry 0: x=0., x_last=0., diff=2., x_new=0.
8 Altering entry 1: x=0.0155991, x_last=0.0013819, diff=1.08859, x_new=0.00710858
11 Altering entry 0: x=0., x_last=0., diff=2., x_new=0.
14 Altering entry 0: x=0., x_last=0., diff=2., x_new=0.
/petsc/src/ksp/ksp/utils/lmvm/blas_cyclic/cupm/
H A Dblas_cyclic_cupm_impl.hpp70 cupmBlasInt_t diff = i_next - i_oldest; in axpby() local
72 …PetscCall(axpby_dispatch(handle, diff, alpha, &x[i_oldest], beta, &y[i_oldest * y_stride], y_strid… in axpby()
74 cupmBlasInt_t diff = m - i_oldest; in axpby() local
77 …if (diff) PetscCall(axpby_dispatch(handle, diff, alpha, &x[i_oldest], beta, &y[i_oldest * y_stride… in axpby()
112 cupmBlasInt_t diff = i_next - i_oldest; in dmv() local
114 …PetscCallCUPMBLAS(cupmBlasXgbmv(handle, trans, diff, diff, 0, 0, calpha, &A_[i_oldest], 1, &x_[i_o… in dmv()
116 cupmBlasInt_t diff = m - i_oldest; in dmv() local
119 …if (diff) PetscCallCUPMBLAS(cupmBlasXgbmv(handle, trans, diff, diff, 0, 0, calpha, &A_[i_oldest], … in dmv()
153 cupmBlasInt_t diff = i_next - i_oldest; in dsv() local
155 …if (x != y) PetscCall(PetscCUPMMemcpyAsync(&y[i_oldest], &x[i_oldest], diff, cupmMemcpyDeviceToDev… in dsv()
[all …]
/petsc/src/dm/impls/forest/tests/
H A Dex1.c14 PetscReal diff; in main() local
59 PetscCall(VecNorm(g2, NORM_INFINITY, &diff)); in main()
60 …if (diff > PETSC_MACHINE_EPSILON) PetscCall(PetscPrintf(PETSC_COMM_WORLD, "Check failed: %g\n", (d… in main()
/petsc/src/ts/utils/dmplexlandau/
H A Dland_tensors.h132 PetscReal fact, u1u2, diff[3], udiff2, u12, u22, wsq, rsq, tt; in LandauTensor3DRelativistic() local
141 diff[i] = x1[i] - x2[i]; in LandauTensor3DRelativistic()
142 udiff2 += diff[i] * diff[i]; in LandauTensor3DRelativistic()
153 …for (j = 0; j < 3; ++j) U[i][j] = fact * (-diff[i] * diff[j] / wsq + (PetscSqrtReal(rsq) - 1.) * (… in LandauTensor3DRelativistic()

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