xref: /petsc/src/dm/field/tutorials/output/ex1_ds.out (revision a69119a591a03a9d906b29c0a4e9802e4d7c9795) 
1DMField Object: field 1 MPI process
2  type: ds
3  2 components
4  VERTEX continuity
5  DM Object: mesh 1 MPI process
6    type: plex
7  mesh in 2 dimensions:
8    Number of 0-cells per rank:   16
9    Number of 1-cells per rank:   33
10    Number of 2-cells per rank:   18
11  Labels:
12    celltype: 3 strata with value/size (0 (16), 3 (18), 1 (33))
13    depth: 3 strata with value/size (0 (16), 1 (33), 2 (18))
14    marker: 1 strata with value/size (1 (24))
15    Face Sets: 1 strata with value/size (1 (12))
16  Field MyPetscFE:
17    adjacency FEM
18  PetscDS field 0
19    PetscFE Object: MyPetscFE 1 MPI process
20      type: basic
21      Basic Finite Element in 2 dimensions with 2 components
22      PetscSpace Object: MyPetscFE 1 MPI process
23        type: sum
24        Space in 2 variables with 2 components, size 12
25        Sum space of 2 concatenated subspaces (all identical)
26          PetscSpace Object: sum component (sumcomp_) 1 MPI process
27            type: poly
28            Space in 2 variables with 1 components, size 6
29            Polynomial space of degree 2
30      PetscDualSpace Object: MyPetscFE 1 MPI process
31        type: lagrange
32        Dual space with 2 components, size 12
33        Continuous Lagrange dual space
34        Quadrature of order 5 on 9 points (dim 2)
35    Vec Object: 1 MPI process
36      type: seq
37    0.
38    0.
39    0.111111
40    0.222222
41    0.444444
42    0.888889
43    1.
44    2.
45    0.111111
46    0.222222
47    0.222222
48    0.444444
49    0.555556
50    1.11111
51    1.11111
52    2.22222
53    0.444444
54    0.888889
55    0.555556
56    1.11111
57    0.888889
58    1.77778
59    1.44444
60    2.88889
61    1.
62    2.
63    1.11111
64    2.22222
65    1.44444
66    2.88889
67    2.
68    4.
69    0.0277778
70    0.0555556
71    0.0277778
72    0.0555556
73    0.0555556
74    0.111111
75    0.138889
76    0.277778
77    0.138889
78    0.277778
79    0.25
80    0.5
81    0.277778
82    0.555556
83    0.361111
84    0.722222
85    0.277778
86    0.555556
87    0.694444
88    1.38889
89    0.472222
90    0.944444
91    0.722222
92    1.44444
93    0.805556
94    1.61111
95    1.02778
96    2.05556
97    0.694444
98    1.38889
99    0.944444
100    1.88889
101    0.25
102    0.5
103    0.361111
104    0.722222
105    0.5
106    1.
107    0.472222
108    0.944444
109    0.694444
110    1.38889
111    0.722222
112    1.44444
113    1.02778
114    2.05556
115    0.805556
116    1.61111
117    1.25
118    2.5
119    0.944444
120    1.88889
121    1.13889
122    2.27778
123    1.25
124    2.5
125    1.13889
126    2.27778
127    1.38889
128    2.77778
129    1.69444
130    3.38889
131    1.69444
132    3.38889
133    0.694444
134    1.38889
135Vec Object: Test Points 1 MPI process
136  type: mpi
137Process [0]
1380.720032
1390.061794
1400.0100223
1410.144639
142B:
143 0:   5.2226e-01   1.0445e+00   2.1021e-02
144 3:   4.2042e-02
145D:
146 0:   1.4401e+00   1.2359e-01   2.8801e+00
147 3:   2.4718e-01   2.0045e-02   2.8928e-01
148 6:   4.0089e-02   5.7856e-01
149H:
150 0:   2.0000e+00   6.8834e-15   6.9944e-15
151 3:   2.0000e+00   4.0000e+00   1.3767e-14
152 6:   1.3989e-14   4.0000e+00   2.0000e+00
153 9:   1.3323e-15   9.9920e-16   2.0000e+00
15412:   4.0000e+00   2.6645e-15   1.9984e-15
15515:   4.0000e+00
156rB:
157 0:   5.2226e-01   1.0445e+00   2.1021e-02   4.2042e-02
158rD:
159 0:   1.4401e+00   1.2359e-01   2.8801e+00   2.4718e-01   2.0045e-02
160 5:   2.8928e-01   4.0089e-02   5.7856e-01
161rH:
162 0:   2.0000e+00   6.8834e-15   6.9944e-15   2.0000e+00   4.0000e+00
163 5:   1.3767e-14   1.3989e-14   4.0000e+00   2.0000e+00   1.3323e-15
16410:   9.9920e-16   2.0000e+00   4.0000e+00   2.6645e-15   1.9984e-15
16515:   4.0000e+00
166  Quadrature of order 1 on 1 points (dim 2)
167IS Object: FE Test Cells 1 MPI process
168  type: general
169Number of indices in set 2
1700 7
1711 1
172B:
173 0:   3.2099e-01   6.4198e-01   9.8765e-02
174 3:   1.9753e-01
175D:
176 0:  -1.8519e-01   3.7037e-02  -3.7037e-01
177 3:   7.4074e-02   7.4074e-02   6.9389e-18
178 6:   1.4815e-01   1.3878e-17
179H:
180 0:   5.5556e-02  -8.3248e-17  -8.3248e-17
181 3:   5.5556e-02   1.1111e-01  -1.6650e-16
182 6:  -1.6650e-16   1.1111e-01   5.5556e-02
183 9:   5.5556e-02   5.5556e-02   1.1111e-01
18412:   1.1111e-01   1.1111e-01   1.1111e-01
18515:   2.2222e-01
186rB:
187 0:   3.2099e-01   6.4198e-01   9.8765e-02   1.9753e-01
188rD:
189 0:  -1.8519e-01   3.7037e-02  -3.7037e-01   7.4074e-02   7.4074e-02
190 5:   6.9389e-18   1.4815e-01   1.3878e-17
191rH:
192 0:   5.5556e-02  -8.3248e-17  -8.3248e-17   5.5556e-02   1.1111e-01
193 5:  -1.6650e-16  -1.6650e-16   1.1111e-01   5.5556e-02   5.5556e-02
19410:   5.5556e-02   1.1111e-01   1.1111e-01   1.1111e-01   1.1111e-01
19515:   2.2222e-01
196IS Object: FV Test Cells 1 MPI process
197  type: general
198Number of indices in set 2
1990 1
2001 4
201B:
202 0:   1.1111e-01   2.2222e-01   6.2963e-01
203 3:   1.2593e+00
204D:
205 0:   4.4444e-01   4.4444e-01   8.8889e-01
206 3:   8.8889e-01   2.2222e-01   1.5556e+00
207 6:   4.4444e-01   3.1111e+00
208H:
209 0:   2.0000e+00   3.7748e-15   3.7748e-15
210 3:   2.0000e+00   4.0000e+00   7.5495e-15
211 6:   7.5495e-15   4.0000e+00   2.0000e+00
212 9:   1.6431e-14   1.6431e-14   2.0000e+00
21312:   4.0000e+00   3.2863e-14   3.2863e-14
21415:   4.0000e+00
215rB:
216 0:   1.1111e-01   2.2222e-01   6.2963e-01   1.2593e+00
217rD:
218 0:   4.4444e-01   4.4444e-01   8.8889e-01   8.8889e-01   2.2222e-01
219 5:   1.5556e+00   4.4444e-01   3.1111e+00
220rH:
221 0:   2.0000e+00   3.7748e-15   3.7748e-15   2.0000e+00   4.0000e+00
222 5:   7.5495e-15   7.5495e-15   4.0000e+00   2.0000e+00   1.6431e-14
22310:   1.6431e-14   2.0000e+00   4.0000e+00   3.2863e-14   3.2863e-14
22415:   4.0000e+00
225