Debian CI

mumps [ testing/ppc64el ] — job 54407097 Download raw log Download test artifacts

Preparation
start run test bed setup apt-source
test mumps-examples-serial
preparing testbed test run test results
test mumps-examples-mpi
preparing testbed test run test results
test mumps64-examples-serial
preparing testbed test run test results
test mumps64-examples-mpi
preparing testbed test run test results
Closing
summary
▸ ▾ start run
1
0s autopkgtest [07:57:46]: starting date and time: 2024-11-17 07:57:46 0000
2
0s autopkgtest [07:57:46]: version 5.42
3
0s autopkgtest [07:57:46]: host ci-worker-ppc64el-05; command line: /usr/bin/autopkgtest --no-built-binaries '--setup-commands=echo '"'"'mumps testing/ppc64el'"'"' > /var/tmp/debci.pkg 2>&1 || true' '--setup-commands=echo '"'"'Acquire::Retries "10";'"'"' > /etc/apt/apt.conf.d/75retry 2>&1 || true' --timeout=30600 --user debci --apt-upgrade --pin-packages=unstable=src:mumps,src:openmpi '--add-apt-source=deb-src http://deb.debian.org/debian unstable main contrib non-free non-free-firmware
4
0s deb http://deb.debian.org/debian unstable main contrib non-free non-free-firmware' --output-dir /tmp/debci-worker-54407097-SV6jIPt9AE/autopkgtest-incoming/testing/ppc64el/m/mumps/54407097 mumps -- lxc --sudo --name ci-322-968146f8 autopkgtest-testing-ppc64el
5
7s autopkgtest [07:57:53]: testbed dpkg architecture: ppc64el
6
7s autopkgtest [07:57:53]: testbed apt version: 2.9.10
▸ ▾ test bed setup
7
7s autopkgtest [07:57:53]: @@@@@@@@@@@@@@@@@@@@ test bed setup
8
7s autopkgtest [07:57:53]: testbed release detected to be: None
9
7s autopkgtest [07:57:53]: updating testbed package index (apt update)
10
7s Hit:1 http://cvo.debian.osuosl.org/debian testing InRelease
11
7s Hit:2 http://deb.debian.org/debian-debug testing-debug InRelease
12
7s Get:3 http://deb.debian.org/debian unstable InRelease [202 kB]
13
8s Get:4 http://deb.debian.org/debian unstable/main Sources [10.9 MB]
14
8s Get:5 http://deb.debian.org/debian unstable/contrib Sources [62.2 kB]
15
8s Get:6 http://deb.debian.org/debian unstable/non-free Sources [83.7 kB]
16
8s Get:7 http://deb.debian.org/debian unstable/non-free-firmware Sources [6,824 B]
17
8s Get:8 http://deb.debian.org/debian unstable/contrib ppc64el Packages [52.3 kB]
18
8s Get:9 http://deb.debian.org/debian unstable/non-free-firmware ppc64el Packages [6,192 B]
19
8s Get:10 http://deb.debian.org/debian unstable/non-free ppc64el Packages [85.4 kB]
20
8s Get:11 http://deb.debian.org/debian unstable/main ppc64el Packages [9,852 kB]
21
10s Fetched 21.3 MB in 3s (6,231 kB/s)
22
12s Reading package lists...
23
12s autopkgtest [07:57:58]: upgrading testbed (apt dist-upgrade and autopurge)
24
12s Reading package lists...
25
12s Building dependency tree...
26
12s Reading state information...
27
12s Calculating upgrade...Starting pkgProblemResolver with broken count: 0
28
13s Starting 2 pkgProblemResolver with broken count: 0
29
13s Done
30
13s Entering ResolveByKeep
31
13s
32
14s 0 upgraded, 0 newly installed, 0 to remove and 0 not upgraded.
33
14s Reading package lists...
34
14s Building dependency tree...
35
14s Reading state information...
36
14s Starting pkgProblemResolver with broken count: 0
37
14s Starting 2 pkgProblemResolver with broken count: 0
38
14s Done
39
15s 0 upgraded, 0 newly installed, 0 to remove and 0 not upgraded.
40
15s autopkgtest [07:58:01]: testbed running kernel: Linux 6.1.0-26-powerpc64le #1 SMP Debian 6.1.112-1 (2024-09-30)
▸ ▾ apt-source
41
15s autopkgtest [07:58:01]: @@@@@@@@@@@@@@@@@@@@ apt-source mumps
42
30s Get:1 http://deb.debian.org/debian unstable/main mumps 5.7.3-3 (dsc) [3,449 B]
43
30s Get:2 http://deb.debian.org/debian unstable/main mumps 5.7.3-3 (tar) [4,543 kB]
44
30s Get:3 http://deb.debian.org/debian unstable/main mumps 5.7.3-3 (diff) [22.6 kB]
45
31s gpgv: Signature made Thu 31 Oct 2024 01:17:51 PM UTC
46
31s gpgv: using RSA key 1B5D04B1E507BBF03669E2B801F35FC33E73AF8C
47
31s gpgv: Can't check signature: No public key
48
31s dpkg-source: warning: cannot verify inline signature for ./mumps_5.7.3-3.dsc: no acceptable signature found
49
31s autopkgtest [07:58:17]: testing package mumps version 5.7.3-3
50
31s autopkgtest [07:58:17]: build not needed
51
31s autopkgtest [07:58:17]: test mumps-examples-serial: preparing testbed
52
31s Reading package lists...
53
31s Building dependency tree...
54
31s Reading state information...
55
32s Starting pkgProblemResolver with broken count: 0
56
32s Starting 2 pkgProblemResolver with broken count: 0
57
32s Done
58
32s The following NEW packages will be installed:
59
32s autoconf automake autopoint autotools-dev bsdextrautils build-essential cpp
60
32s cpp-14 cpp-14-powerpc64le-linux-gnu cpp-powerpc64le-linux-gnu debhelper
61
32s dh-autoreconf dh-strip-nondeterminism dwz file g g -14
62
32s g -14-powerpc64le-linux-gnu g -powerpc64le-linux-gnu gcc gcc-14
63
32s gcc-14-powerpc64le-linux-gnu gcc-powerpc64le-linux-gnu gettext gettext-base
64
32s gfortran gfortran-14 gfortran-14-powerpc64le-linux-gnu
65
32s gfortran-powerpc64le-linux-gnu groff-base ibverbs-providers intltool-debian
66
32s libamd-comgr2 libamdhip64-5 libarchive-zip-perl libasan8 libatomic1
67
32s libblas-dev libblas3 libc-dev-bin libc6-dev libcc1-0 libcrypt-dev
68
32s libdebhelper-perl libdrm-amdgpu1 libdrm-common libdrm2 libevent-2.1-7t64
69
32s libevent-core-2.1-7t64 libevent-dev libevent-extra-2.1-7t64
70
32s libevent-openssl-2.1-7t64 libevent-pthreads-2.1-7t64 libfabric1
71
32s libfile-stripnondeterminism-perl libgcc-14-dev libgfortran-14-dev
72
32s libgfortran5 libgomp1 libhsa-runtime64-1 libhsakmt1 libhwloc-dev
73
32s libhwloc-plugins libhwloc15 libibmad5 libibumad3 libibverbs-dev libibverbs1
74
32s libicu72 libisl23 libitm1 libjs-jquery libjs-jquery-ui liblapack-dev
75
32s liblapack3 libllvm17t64 liblsan0 libltdl-dev libltdl7 libmagic-mgc
76
32s libmagic1t64 libmpc3 libmpfr6 libmumps-5.7 libmumps-64pord-5.7
77
32s libmumps-64pord-ptscotch-5.7 libmumps-64pord-scotch-5.7
78
32s libmumps-64pord-seq-5.7 libmumps-dev libmumps-headers-dev
79
32s libmumps-ptscotch-5.7 libmumps-ptscotch-dev libmumps-scotch-5.7
80
32s libmumps-scotch-dev libmumps-seq-5.7 libmumps-seq-dev libmumps64-dev
81
32s libmumps64-ptscotch-dev libmumps64-scotch-dev libmumps64-seq-dev libmunge2
82
32s libnl-3-200 libnl-3-dev libnl-route-3-200 libnl-route-3-dev libnuma-dev
83
32s libnuma1 libopenmpi-dev libopenmpi3t64 libpciaccess0 libpipeline1
84
32s libpmix-dev libpmix2t64 libptscotch-7.0 libptscotch-dev libquadmath0
85
32s librdmacm1t64 libscalapack-mpi-dev libscalapack-openmpi-dev
86
32s libscalapack-openmpi2.2 libscotch-7.0 libscotch-dev libstdc -14-dev libtool
87
32s libtsan2 libubsan1 libuchardet0 libucx0 libx11-6 libx11-data libxau6 libxcb1
88
32s libxdmcp6 libxext6 libxml2 libxnvctrl0 libz3-4 linux-libc-dev m4 man-db
89
32s mpi-default-bin mpi-default-dev mumps-test ocl-icd-libopencl1 openmpi-bin
90
32s openmpi-common po-debconf rpcsvc-proto zlib1g-dev
91
33s 0 upgraded, 149 newly installed, 0 to remove and 0 not upgraded.
92
33s Need to get 200 MB of archives.
93
33s After this operation, 962 MB of additional disk space will be used.
94
33s Get:1 http://cvo.debian.osuosl.org/debian testing/main ppc64el libmagic-mgc ppc64el 1:5.45-3 b1 [314 kB]
95
33s Get:2 http://deb.debian.org/debian unstable/main ppc64el libopenmpi3t64 ppc64el 5.0.5-6 [2,039 kB]
96
33s Get:3 http://cvo.debian.osuosl.org/debian testing/main ppc64el libmagic1t64 ppc64el 1:5.45-3 b1 [115 kB]
97
33s Get:4 http://cvo.debian.osuosl.org/debian testing/main ppc64el file ppc64el 1:5.45-3 b1 [44.1 kB]
98
33s Get:5 http://cvo.debian.osuosl.org/debian testing/main ppc64el gettext-base ppc64el 0.22.5-2 [201 kB]
99
33s Get:6 http://cvo.debian.osuosl.org/debian testing/main ppc64el libuchardet0 ppc64el 0.0.8-1 b2 [71.3 kB]
100
33s Get:7 http://cvo.debian.osuosl.org/debian testing/main ppc64el groff-base ppc64el 1.23.0-5 [1,183 kB]
101
33s Get:8 http://cvo.debian.osuosl.org/debian testing/main ppc64el bsdextrautils ppc64el 2.40.2-11 [97.8 kB]
102
33s Get:9 http://cvo.debian.osuosl.org/debian testing/main ppc64el libpipeline1 ppc64el 1.5.8-1 [43.2 kB]
103
33s Get:10 http://cvo.debian.osuosl.org/debian testing/main ppc64el man-db ppc64el 2.13.0-1 [1,432 kB]
104
33s Get:11 http://deb.debian.org/debian unstable/main ppc64el openmpi-common all 5.0.5-6 [95.0 kB]
105
33s Get:12 http://deb.debian.org/debian unstable/main ppc64el openmpi-bin ppc64el 5.0.5-6 [201 kB]
106
33s Get:13 http://deb.debian.org/debian unstable/main ppc64el libmumps-5.7 ppc64el 5.7.3-3 [1,861 kB]
107
33s Get:14 http://deb.debian.org/debian unstable/main ppc64el libmumps-64pord-5.7 ppc64el 5.7.3-3 [1,862 kB]
108
33s Get:15 http://cvo.debian.osuosl.org/debian testing/main ppc64el m4 ppc64el 1.4.19-4 [301 kB]
109
33s Get:16 http://cvo.debian.osuosl.org/debian testing/main ppc64el autoconf all 2.72-3 [493 kB]
110
33s Get:17 http://cvo.debian.osuosl.org/debian testing/main ppc64el autotools-dev all 20220109.1 [51.6 kB]
111
33s Get:18 http://cvo.debian.osuosl.org/debian testing/main ppc64el automake all 1:1.16.5-1.3 [823 kB]
112
33s Get:19 http://cvo.debian.osuosl.org/debian testing/main ppc64el autopoint all 0.22.5-2 [723 kB]
113
33s Get:20 http://cvo.debian.osuosl.org/debian testing/main ppc64el libc-dev-bin ppc64el 2.40-3 [52.4 kB]
114
33s Get:21 http://cvo.debian.osuosl.org/debian testing/main ppc64el linux-libc-dev all 6.11.7-1 [2,454 kB]
115
33s Get:22 http://deb.debian.org/debian unstable/main ppc64el libmumps-64pord-ptscotch-5.7 ppc64el 5.7.3-3 [1,881 kB]
116
33s Get:23 http://cvo.debian.osuosl.org/debian testing/main ppc64el libcrypt-dev ppc64el 1:4.4.36-5 [132 kB]
117
33s Get:24 http://cvo.debian.osuosl.org/debian testing/main ppc64el rpcsvc-proto ppc64el 1.4.3-1 [64.9 kB]
118
33s Get:25 http://cvo.debian.osuosl.org/debian testing/main ppc64el libc6-dev ppc64el 2.40-3 [1,863 kB]
119
33s Get:26 http://cvo.debian.osuosl.org/debian testing/main ppc64el libisl23 ppc64el 0.27-1 [733 kB]
120
33s Get:27 http://cvo.debian.osuosl.org/debian testing/main ppc64el libmpfr6 ppc64el 4.2.1-1 b2 [717 kB]
121
33s Get:28 http://cvo.debian.osuosl.org/debian testing/main ppc64el libmpc3 ppc64el 1.3.1-1 b3 [56.0 kB]
122
33s Get:29 http://cvo.debian.osuosl.org/debian testing/main ppc64el cpp-14-powerpc64le-linux-gnu ppc64el 14.2.0-8 [9,289 kB]
123
33s Get:30 http://cvo.debian.osuosl.org/debian testing/main ppc64el cpp-14 ppc64el 14.2.0-8 [1,288 B]
124
33s Get:31 http://cvo.debian.osuosl.org/debian testing/main ppc64el cpp-powerpc64le-linux-gnu ppc64el 4:14.2.0-1 [4,848 B]
125
33s Get:32 http://cvo.debian.osuosl.org/debian testing/main ppc64el cpp ppc64el 4:14.2.0-1 [1,584 B]
126
33s Get:33 http://cvo.debian.osuosl.org/debian testing/main ppc64el libcc1-0 ppc64el 14.2.0-8 [43.3 kB]
127
33s Get:34 http://cvo.debian.osuosl.org/debian testing/main ppc64el libgomp1 ppc64el 14.2.0-8 [142 kB]
128
33s Get:35 http://cvo.debian.osuosl.org/debian testing/main ppc64el libitm1 ppc64el 14.2.0-8 [28.6 kB]
129
33s Get:36 http://cvo.debian.osuosl.org/debian testing/main ppc64el libatomic1 ppc64el 14.2.0-8 [9,928 B]
130
33s Get:37 http://cvo.debian.osuosl.org/debian testing/main ppc64el libasan8 ppc64el 14.2.0-8 [2,651 kB]
131
33s Get:38 http://cvo.debian.osuosl.org/debian testing/main ppc64el liblsan0 ppc64el 14.2.0-8 [1,203 kB]
132
33s Get:39 http://cvo.debian.osuosl.org/debian testing/main ppc64el libtsan2 ppc64el 14.2.0-8 [2,417 kB]
133
33s Get:40 http://cvo.debian.osuosl.org/debian testing/main ppc64el libubsan1 ppc64el 14.2.0-8 [1,081 kB]
134
33s Get:41 http://cvo.debian.osuosl.org/debian testing/main ppc64el libquadmath0 ppc64el 14.2.0-8 [151 kB]
135
33s Get:42 http://cvo.debian.osuosl.org/debian testing/main ppc64el libgcc-14-dev ppc64el 14.2.0-8 [1,411 kB]
136
33s Get:43 http://cvo.debian.osuosl.org/debian testing/main ppc64el gcc-14-powerpc64le-linux-gnu ppc64el 14.2.0-8 [17.9 MB]
137
33s Get:44 http://cvo.debian.osuosl.org/debian testing/main ppc64el gcc-14 ppc64el 14.2.0-8 [530 kB]
138
33s Get:45 http://cvo.debian.osuosl.org/debian testing/main ppc64el gcc-powerpc64le-linux-gnu ppc64el 4:14.2.0-1 [1,448 B]
139
33s Get:46 http://cvo.debian.osuosl.org/debian testing/main ppc64el gcc ppc64el 4:14.2.0-1 [5,148 B]
140
33s Get:47 http://cvo.debian.osuosl.org/debian testing/main ppc64el libstdc -14-dev ppc64el 14.2.0-8 [2,502 kB]
141
33s Get:48 http://cvo.debian.osuosl.org/debian testing/main ppc64el g -14-powerpc64le-linux-gnu ppc64el 14.2.0-8 [10.3 MB]
142
33s Get:49 http://cvo.debian.osuosl.org/debian testing/main ppc64el g -14 ppc64el 14.2.0-8 [20.2 kB]
143
33s Get:50 http://cvo.debian.osuosl.org/debian testing/main ppc64el g -powerpc64le-linux-gnu ppc64el 4:14.2.0-1 [1,208 B]
144
33s Get:51 http://cvo.debian.osuosl.org/debian testing/main ppc64el g ppc64el 4:14.2.0-1 [1,340 B]
145
33s Get:52 http://cvo.debian.osuosl.org/debian testing/main ppc64el build-essential ppc64el 12.12 [4,628 B]
146
33s Get:53 http://cvo.debian.osuosl.org/debian testing/main ppc64el libdebhelper-perl all 13.20 [89.7 kB]
147
33s Get:54 http://cvo.debian.osuosl.org/debian testing/main ppc64el libtool all 2.4.7-8 [517 kB]
148
33s Get:55 http://cvo.debian.osuosl.org/debian testing/main ppc64el dh-autoreconf all 20 [17.1 kB]
149
33s Get:56 http://cvo.debian.osuosl.org/debian testing/main ppc64el libarchive-zip-perl all 1.68-1 [104 kB]
150
33s Get:57 http://cvo.debian.osuosl.org/debian testing/main ppc64el libfile-stripnondeterminism-perl all 1.14.0-1 [19.5 kB]
151
33s Get:58 http://cvo.debian.osuosl.org/debian testing/main ppc64el dh-strip-nondeterminism all 1.14.0-1 [8,448 B]
152
33s Get:59 http://cvo.debian.osuosl.org/debian testing/main ppc64el dwz ppc64el 0.15-1 b1 [110 kB]
153
33s Get:60 http://cvo.debian.osuosl.org/debian testing/main ppc64el libicu72 ppc64el 72.1-5 b1 [9,522 kB]
154
34s Get:61 http://cvo.debian.osuosl.org/debian testing/main ppc64el libxml2 ppc64el 2.12.7 dfsg really2.9.14-0.2 b1 [731 kB]
155
34s Get:62 http://cvo.debian.osuosl.org/debian testing/main ppc64el gettext ppc64el 0.22.5-2 [1,639 kB]
156
34s Get:63 http://cvo.debian.osuosl.org/debian testing/main ppc64el intltool-debian all 0.35.0 20060710.6 [22.9 kB]
157
34s Get:64 http://cvo.debian.osuosl.org/debian testing/main ppc64el po-debconf all 1.0.21 nmu1 [248 kB]
158
34s Get:65 http://cvo.debian.osuosl.org/debian testing/main ppc64el debhelper all 13.20 [915 kB]
159
34s Get:66 http://cvo.debian.osuosl.org/debian testing/main ppc64el libgfortran5 ppc64el 14.2.0-8 [520 kB]
160
34s Get:67 http://cvo.debian.osuosl.org/debian testing/main ppc64el libgfortran-14-dev ppc64el 14.2.0-8 [572 kB]
161
34s Get:68 http://cvo.debian.osuosl.org/debian testing/main ppc64el gfortran-14-powerpc64le-linux-gnu ppc64el 14.2.0-8 [10.0 MB]
162
34s Get:69 http://cvo.debian.osuosl.org/debian testing/main ppc64el gfortran-14 ppc64el 14.2.0-8 [12.2 kB]
163
34s Get:70 http://cvo.debian.osuosl.org/debian testing/main ppc64el gfortran-powerpc64le-linux-gnu ppc64el 4:14.2.0-1 [1,296 B]
164
34s Get:71 http://cvo.debian.osuosl.org/debian testing/main ppc64el gfortran ppc64el 4:14.2.0-1 [1,436 B]
165
34s Get:72 http://cvo.debian.osuosl.org/debian testing/main ppc64el libnl-3-200 ppc64el 3.7.0-0.3 b1 [64.1 kB]
166
34s Get:73 http://cvo.debian.osuosl.org/debian testing/main ppc64el libnl-route-3-200 ppc64el 3.7.0-0.3 b1 [184 kB]
167
34s Get:74 http://cvo.debian.osuosl.org/debian testing/main ppc64el libibverbs1 ppc64el 52.0-2 b1 [66.2 kB]
168
34s Get:75 http://cvo.debian.osuosl.org/debian testing/main ppc64el ibverbs-providers ppc64el 52.0-2 b1 [369 kB]
169
34s Get:76 http://cvo.debian.osuosl.org/debian testing/main ppc64el libz3-4 ppc64el 4.13.3-1 [8,560 kB]
170
34s Get:77 http://deb.debian.org/debian unstable/main ppc64el libmumps-64pord-scotch-5.7 ppc64el 5.7.3-3 [1,904 kB]
171
34s Get:78 http://cvo.debian.osuosl.org/debian testing/main ppc64el libllvm17t64 ppc64el 1:17.0.6-18 [23.3 MB]
172
34s Get:79 http://cvo.debian.osuosl.org/debian testing/main ppc64el libamd-comgr2 ppc64el 6.0 git20231212.4510c28 dfsg-3 b2 [13.0 MB]
173
34s Get:80 http://cvo.debian.osuosl.org/debian testing/main ppc64el libdrm-common all 2.4.123-1 [8,084 B]
174
34s Get:81 http://cvo.debian.osuosl.org/debian testing/main ppc64el libdrm2 ppc64el 2.4.123-1 [43.1 kB]
175
34s Get:82 http://cvo.debian.osuosl.org/debian testing/main ppc64el libdrm-amdgpu1 ppc64el 2.4.123-1 [24.0 kB]
176
34s Get:83 http://cvo.debian.osuosl.org/debian testing/main ppc64el libnuma1 ppc64el 2.0.18-1 b1 [25.0 kB]
177
34s Get:84 http://cvo.debian.osuosl.org/debian testing/main ppc64el libhsakmt1 ppc64el 5.7.0-1 [67.2 kB]
178
34s Get:85 http://cvo.debian.osuosl.org/debian testing/main ppc64el libhsa-runtime64-1 ppc64el 5.7.1-3 [313 kB]
179
34s Get:86 http://cvo.debian.osuosl.org/debian testing/main ppc64el libamdhip64-5 ppc64el 5.7.1-5 [8,580 kB]
180
34s Get:87 http://cvo.debian.osuosl.org/debian testing/main ppc64el libblas3 ppc64el 3.12.0-3 b1 [114 kB]
181
34s Get:88 http://cvo.debian.osuosl.org/debian testing/main ppc64el libblas-dev ppc64el 3.12.0-3 b1 [123 kB]
182
34s Get:89 http://cvo.debian.osuosl.org/debian testing/main ppc64el libevent-2.1-7t64 ppc64el 2.1.12-stable-10 b1 [189 kB]
183
34s Get:90 http://cvo.debian.osuosl.org/debian testing/main ppc64el libevent-core-2.1-7t64 ppc64el 2.1.12-stable-10 b1 [136 kB]
184
34s Get:91 http://cvo.debian.osuosl.org/debian testing/main ppc64el libevent-extra-2.1-7t64 ppc64el 2.1.12-stable-10 b1 [111 kB]
185
34s Get:92 http://cvo.debian.osuosl.org/debian testing/main ppc64el libevent-pthreads-2.1-7t64 ppc64el 2.1.12-stable-10 b1 [54.6 kB]
186
34s Get:93 http://cvo.debian.osuosl.org/debian testing/main ppc64el libevent-openssl-2.1-7t64 ppc64el 2.1.12-stable-10 b1 [61.9 kB]
187
34s Get:94 http://cvo.debian.osuosl.org/debian testing/main ppc64el libevent-dev ppc64el 2.1.12-stable-10 b1 [325 kB]
188
34s Get:95 http://cvo.debian.osuosl.org/debian testing/main ppc64el librdmacm1t64 ppc64el 52.0-2 b1 [76.7 kB]
189
34s Get:96 http://cvo.debian.osuosl.org/debian testing/main ppc64el libfabric1 ppc64el 1.17.0-3.1 [550 kB]
190
34s Get:97 http://cvo.debian.osuosl.org/debian testing/main ppc64el libhwloc15 ppc64el 2.11.2-1 [179 kB]
191
34s Get:98 http://cvo.debian.osuosl.org/debian testing/main ppc64el libnuma-dev ppc64el 2.0.18-1 b1 [40.4 kB]
192
34s Get:99 http://cvo.debian.osuosl.org/debian testing/main ppc64el libltdl7 ppc64el 2.4.7-8 [396 kB]
193
34s Get:100 http://cvo.debian.osuosl.org/debian testing/main ppc64el libltdl-dev ppc64el 2.4.7-8 [169 kB]
194
34s Get:101 http://cvo.debian.osuosl.org/debian testing/main ppc64el libhwloc-dev ppc64el 2.11.2-1 [276 kB]
195
34s Get:102 http://cvo.debian.osuosl.org/debian testing/main ppc64el libpciaccess0 ppc64el 0.17-3 b2 [53.2 kB]
196
34s Get:103 http://cvo.debian.osuosl.org/debian testing/main ppc64el libxau6 ppc64el 1:1.0.11-1 [21.1 kB]
197
34s Get:104 http://cvo.debian.osuosl.org/debian testing/main ppc64el libxdmcp6 ppc64el 1:1.1.2-3 b2 [25.4 kB]
198
34s Get:105 http://cvo.debian.osuosl.org/debian testing/main ppc64el libxcb1 ppc64el 1.17.0-2 b1 [148 kB]
199
34s Get:106 http://cvo.debian.osuosl.org/debian testing/main ppc64el libx11-data all 2:1.8.10-2 [337 kB]
200
34s Get:107 http://cvo.debian.osuosl.org/debian testing/main ppc64el libx11-6 ppc64el 2:1.8.10-2 [848 kB]
201
34s Get:108 http://cvo.debian.osuosl.org/debian testing/main ppc64el libxext6 ppc64el 2:1.3.4-1 b2 [52.0 kB]
202
35s Get:109 http://cvo.debian.osuosl.org/debian testing/main ppc64el libxnvctrl0 ppc64el 535.171.04-1 b1 [14.5 kB]
203
35s Get:110 http://cvo.debian.osuosl.org/debian testing/main ppc64el ocl-icd-libopencl1 ppc64el 2.3.2-1 b2 [43.7 kB]
204
35s Get:111 http://cvo.debian.osuosl.org/debian testing/main ppc64el libhwloc-plugins ppc64el 2.11.2-1 [19.7 kB]
205
35s Get:112 http://cvo.debian.osuosl.org/debian testing/main ppc64el libibumad3 ppc64el 52.0-2 b1 [29.6 kB]
206
35s Get:113 http://cvo.debian.osuosl.org/debian testing/main ppc64el libibmad5 ppc64el 52.0-2 b1 [45.2 kB]
207
35s Get:114 http://cvo.debian.osuosl.org/debian testing/main ppc64el libnl-3-dev ppc64el 3.7.0-0.3 b1 [109 kB]
208
35s Get:115 http://cvo.debian.osuosl.org/debian testing/main ppc64el libnl-route-3-dev ppc64el 3.7.0-0.3 b1 [219 kB]
209
35s Get:116 http://cvo.debian.osuosl.org/debian testing/main ppc64el libibverbs-dev ppc64el 52.0-2 b1 [678 kB]
210
35s Get:117 http://cvo.debian.osuosl.org/debian testing/main ppc64el libjs-jquery all 3.6.1 dfsg ~3.5.14-1 [326 kB]
211
35s Get:118 http://cvo.debian.osuosl.org/debian testing/main ppc64el libjs-jquery-ui all 1.13.2 dfsg-1 [250 kB]
212
35s Get:119 http://cvo.debian.osuosl.org/debian testing/main ppc64el liblapack3 ppc64el 3.12.0-3 b1 [2,002 kB]
213
35s Get:120 http://cvo.debian.osuosl.org/debian testing/main ppc64el liblapack-dev ppc64el 3.12.0-3 b1 [4,161 kB]
214
35s Get:121 http://cvo.debian.osuosl.org/debian testing/main ppc64el libmunge2 ppc64el 0.5.15-4 b1 [21.2 kB]
215
35s Get:122 http://cvo.debian.osuosl.org/debian testing/main ppc64el libpmix2t64 ppc64el 5.0.3-2 b1 [681 kB]
216
35s Get:123 http://cvo.debian.osuosl.org/debian testing/main ppc64el libucx0 ppc64el 1.17.0 ds-3 [1,046 kB]
217
35s Get:124 http://deb.debian.org/debian unstable/main ppc64el libmumps-64pord-seq-5.7 ppc64el 5.7.3-3 [1,907 kB]
218
35s Get:125 http://cvo.debian.osuosl.org/debian testing/main ppc64el mpi-default-bin ppc64el 1.17 [2,376 B]
219
35s Get:126 http://cvo.debian.osuosl.org/debian testing/main ppc64el libscalapack-openmpi2.2 ppc64el 2.2.1-5 [1,337 kB]
220
35s Get:127 http://cvo.debian.osuosl.org/debian testing/main ppc64el libptscotch-7.0 ppc64el 7.0.5-1 [694 kB]
221
35s Get:128 http://cvo.debian.osuosl.org/debian testing/main ppc64el libscotch-7.0 ppc64el 7.0.5-1 [444 kB]
222
35s Get:129 http://cvo.debian.osuosl.org/debian testing/main ppc64el libscalapack-openmpi-dev ppc64el 2.2.1-5 [10.7 kB]
223
35s Get:130 http://cvo.debian.osuosl.org/debian testing/main ppc64el zlib1g-dev ppc64el 1:1.3.dfsg really1.3.1-1 b1 [919 kB]
224
35s Get:131 http://cvo.debian.osuosl.org/debian testing/main ppc64el libpmix-dev ppc64el 5.0.3-2 b1 [4,029 kB]
225
35s Get:132 http://cvo.debian.osuosl.org/debian testing/main ppc64el mpi-default-dev ppc64el 1.17 [3,148 B]
226
35s Get:133 http://cvo.debian.osuosl.org/debian testing/main ppc64el libscalapack-mpi-dev ppc64el 2.2.1-5 [5,892 B]
227
35s Get:134 http://cvo.debian.osuosl.org/debian testing/main ppc64el libscotch-dev ppc64el 7.0.5-1 [1,610 kB]
228
35s Get:135 http://cvo.debian.osuosl.org/debian testing/main ppc64el libptscotch-dev ppc64el 7.0.5-1 [1,405 kB]
229
35s Get:136 http://deb.debian.org/debian unstable/main ppc64el libmumps-headers-dev all 5.7.3-3 [36.3 kB]
230
35s Get:137 http://deb.debian.org/debian unstable/main ppc64el libopenmpi-dev ppc64el 5.0.5-6 [1,086 kB]
231
35s Get:138 http://deb.debian.org/debian unstable/main ppc64el libmumps-dev ppc64el 5.7.3-3 [1,906 kB]
232
36s Get:139 http://deb.debian.org/debian unstable/main ppc64el libmumps-ptscotch-5.7 ppc64el 5.7.3-3 [1,882 kB]
233
37s Get:140 http://deb.debian.org/debian unstable/main ppc64el libmumps-ptscotch-dev ppc64el 5.7.3-3 [1,919 kB]
234
38s Get:141 http://deb.debian.org/debian unstable/main ppc64el libmumps-scotch-5.7 ppc64el 5.7.3-3 [1,905 kB]
235
39s Get:142 http://deb.debian.org/debian unstable/main ppc64el libmumps-scotch-dev ppc64el 5.7.3-3 [1,915 kB]
236
39s Get:143 http://deb.debian.org/debian unstable/main ppc64el libmumps-seq-5.7 ppc64el 5.7.3-3 [1,905 kB]
237
40s Get:144 http://deb.debian.org/debian unstable/main ppc64el libmumps-seq-dev ppc64el 5.7.3-3 [1,915 kB]
238
40s Get:145 http://deb.debian.org/debian unstable/main ppc64el libmumps64-dev ppc64el 5.7.3-3 [1,905 kB]
239
40s Get:146 http://deb.debian.org/debian unstable/main ppc64el libmumps64-ptscotch-dev ppc64el 5.7.3-3 [1,917 kB]
240
41s Get:147 http://deb.debian.org/debian unstable/main ppc64el libmumps64-scotch-dev ppc64el 5.7.3-3 [1,914 kB]
241
42s Get:148 http://deb.debian.org/debian unstable/main ppc64el libmumps64-seq-dev ppc64el 5.7.3-3 [1,915 kB]
242
43s Get:149 http://deb.debian.org/debian unstable/main ppc64el mumps-test ppc64el 5.7.3-3 [34.3 kB]
243
43s debconf: delaying package configuration, since apt-utils is not installed
244
43s Fetched 200 MB in 10s (19.1 MB/s)
245
43s Selecting previously unselected package libmagic-mgc.
246
43s (Reading database ... (Reading database ... 5% (Reading database ... 10% (Reading database ... 15% (Reading database ... 20% (Reading database ... 25% (Reading database ... 30% (Reading database ... 35% (Reading database ... 40% (Reading database ... 45% (Reading database ... 50% (Reading database ... 55% (Reading database ... 60% (Reading database ... 65% (Reading database ... 70% (Reading database ... 75% (Reading database ... 80% (Reading database ... 85% (Reading database ... 90% (Reading database ... 95% (Reading database ... 100% (Reading database ... 12222 files and directories currently installed.)
247
43s Preparing to unpack .../000-libmagic-mgc_1:5.45-3 b1_ppc64el.deb ...
248
43s Unpacking libmagic-mgc (1:5.45-3 b1) ...
249
43s Selecting previously unselected package libmagic1t64:ppc64el.
250
43s Preparing to unpack .../001-libmagic1t64_1:5.45-3 b1_ppc64el.deb ...
251
43s Unpacking libmagic1t64:ppc64el (1:5.45-3 b1) ...
252
43s Selecting previously unselected package file.
253
43s Preparing to unpack .../002-file_1:5.45-3 b1_ppc64el.deb ...
254
43s Unpacking file (1:5.45-3 b1) ...
255
43s Selecting previously unselected package gettext-base.
256
43s Preparing to unpack .../003-gettext-base_0.22.5-2_ppc64el.deb ...
257
43s Unpacking gettext-base (0.22.5-2) ...
258
43s Selecting previously unselected package libuchardet0:ppc64el.
259
43s Preparing to unpack .../004-libuchardet0_0.0.8-1 b2_ppc64el.deb ...
260
43s Unpacking libuchardet0:ppc64el (0.0.8-1 b2) ...
261
43s Selecting previously unselected package groff-base.
262
43s Preparing to unpack .../005-groff-base_1.23.0-5_ppc64el.deb ...
263
43s Unpacking groff-base (1.23.0-5) ...
264
43s Selecting previously unselected package bsdextrautils.
265
43s Preparing to unpack .../006-bsdextrautils_2.40.2-11_ppc64el.deb ...
266
43s Unpacking bsdextrautils (2.40.2-11) ...
267
43s Selecting previously unselected package libpipeline1:ppc64el.
268
43s Preparing to unpack .../007-libpipeline1_1.5.8-1_ppc64el.deb ...
269
43s Unpacking libpipeline1:ppc64el (1.5.8-1) ...
270
43s Selecting previously unselected package man-db.
271
43s Preparing to unpack .../008-man-db_2.13.0-1_ppc64el.deb ...
272
43s Unpacking man-db (2.13.0-1) ...
273
44s Selecting previously unselected package m4.
274
44s Preparing to unpack .../009-m4_1.4.19-4_ppc64el.deb ...
275
44s Unpacking m4 (1.4.19-4) ...
276
44s Selecting previously unselected package autoconf.
277
44s Preparing to unpack .../010-autoconf_2.72-3_all.deb ...
278
44s Unpacking autoconf (2.72-3) ...
279
44s Selecting previously unselected package autotools-dev.
280
44s Preparing to unpack .../011-autotools-dev_20220109.1_all.deb ...
281
44s Unpacking autotools-dev (20220109.1) ...
282
44s Selecting previously unselected package automake.
283
44s Preparing to unpack .../012-automake_1:1.16.5-1.3_all.deb ...
284
44s Unpacking automake (1:1.16.5-1.3) ...
285
44s Selecting previously unselected package autopoint.
286
44s Preparing to unpack .../013-autopoint_0.22.5-2_all.deb ...
287
44s Unpacking autopoint (0.22.5-2) ...
288
44s Selecting previously unselected package libc-dev-bin.
289
44s Preparing to unpack .../014-libc-dev-bin_2.40-3_ppc64el.deb ...
290
44s Unpacking libc-dev-bin (2.40-3) ...
291
44s Selecting previously unselected package linux-libc-dev.
292
44s Preparing to unpack .../015-linux-libc-dev_6.11.7-1_all.deb ...
293
44s Unpacking linux-libc-dev (6.11.7-1) ...
294
44s Selecting previously unselected package libcrypt-dev:ppc64el.
295
44s Preparing to unpack .../016-libcrypt-dev_1:4.4.36-5_ppc64el.deb ...
296
44s Unpacking libcrypt-dev:ppc64el (1:4.4.36-5) ...
297
44s Selecting previously unselected package rpcsvc-proto.
298
44s Preparing to unpack .../017-rpcsvc-proto_1.4.3-1_ppc64el.deb ...
299
44s Unpacking rpcsvc-proto (1.4.3-1) ...
300
44s Selecting previously unselected package libc6-dev:ppc64el.
301
44s Preparing to unpack .../018-libc6-dev_2.40-3_ppc64el.deb ...
302
44s Unpacking libc6-dev:ppc64el (2.40-3) ...
303
44s Selecting previously unselected package libisl23:ppc64el.
304
44s Preparing to unpack .../019-libisl23_0.27-1_ppc64el.deb ...
305
44s Unpacking libisl23:ppc64el (0.27-1) ...
306
44s Selecting previously unselected package libmpfr6:ppc64el.
307
44s Preparing to unpack .../020-libmpfr6_4.2.1-1 b2_ppc64el.deb ...
308
44s Unpacking libmpfr6:ppc64el (4.2.1-1 b2) ...
309
45s Selecting previously unselected package libmpc3:ppc64el.
310
45s Preparing to unpack .../021-libmpc3_1.3.1-1 b3_ppc64el.deb ...
311
45s Unpacking libmpc3:ppc64el (1.3.1-1 b3) ...
312
45s Selecting previously unselected package cpp-14-powerpc64le-linux-gnu.
313
45s Preparing to unpack .../022-cpp-14-powerpc64le-linux-gnu_14.2.0-8_ppc64el.deb ...
314
45s Unpacking cpp-14-powerpc64le-linux-gnu (14.2.0-8) ...
315
45s Selecting previously unselected package cpp-14.
316
45s Preparing to unpack .../023-cpp-14_14.2.0-8_ppc64el.deb ...
317
45s Unpacking cpp-14 (14.2.0-8) ...
318
45s Selecting previously unselected package cpp-powerpc64le-linux-gnu.
319
45s Preparing to unpack .../024-cpp-powerpc64le-linux-gnu_4:14.2.0-1_ppc64el.deb ...
320
45s Unpacking cpp-powerpc64le-linux-gnu (4:14.2.0-1) ...
321
45s Selecting previously unselected package cpp.
322
45s Preparing to unpack .../025-cpp_4:14.2.0-1_ppc64el.deb ...
323
45s Unpacking cpp (4:14.2.0-1) ...
324
45s Selecting previously unselected package libcc1-0:ppc64el.
325
45s Preparing to unpack .../026-libcc1-0_14.2.0-8_ppc64el.deb ...
326
45s Unpacking libcc1-0:ppc64el (14.2.0-8) ...
327
45s Selecting previously unselected package libgomp1:ppc64el.
328
45s Preparing to unpack .../027-libgomp1_14.2.0-8_ppc64el.deb ...
329
45s Unpacking libgomp1:ppc64el (14.2.0-8) ...
330
45s Selecting previously unselected package libitm1:ppc64el.
331
45s Preparing to unpack .../028-libitm1_14.2.0-8_ppc64el.deb ...
332
45s Unpacking libitm1:ppc64el (14.2.0-8) ...
333
45s Selecting previously unselected package libatomic1:ppc64el.
334
45s Preparing to unpack .../029-libatomic1_14.2.0-8_ppc64el.deb ...
335
45s Unpacking libatomic1:ppc64el (14.2.0-8) ...
336
45s Selecting previously unselected package libasan8:ppc64el.
337
45s Preparing to unpack .../030-libasan8_14.2.0-8_ppc64el.deb ...
338
45s Unpacking libasan8:ppc64el (14.2.0-8) ...
339
46s Selecting previously unselected package liblsan0:ppc64el.
340
46s Preparing to unpack .../031-liblsan0_14.2.0-8_ppc64el.deb ...
341
46s Unpacking liblsan0:ppc64el (14.2.0-8) ...
342
46s Selecting previously unselected package libtsan2:ppc64el.
343
46s Preparing to unpack .../032-libtsan2_14.2.0-8_ppc64el.deb ...
344
46s Unpacking libtsan2:ppc64el (14.2.0-8) ...
345
46s Selecting previously unselected package libubsan1:ppc64el.
346
46s Preparing to unpack .../033-libubsan1_14.2.0-8_ppc64el.deb ...
347
46s Unpacking libubsan1:ppc64el (14.2.0-8) ...
348
46s Selecting previously unselected package libquadmath0:ppc64el.
349
46s Preparing to unpack .../034-libquadmath0_14.2.0-8_ppc64el.deb ...
350
46s Unpacking libquadmath0:ppc64el (14.2.0-8) ...
351
46s Selecting previously unselected package libgcc-14-dev:ppc64el.
352
46s Preparing to unpack .../035-libgcc-14-dev_14.2.0-8_ppc64el.deb ...
353
46s Unpacking libgcc-14-dev:ppc64el (14.2.0-8) ...
354
46s Selecting previously unselected package gcc-14-powerpc64le-linux-gnu.
355
46s Preparing to unpack .../036-gcc-14-powerpc64le-linux-gnu_14.2.0-8_ppc64el.deb ...
356
46s Unpacking gcc-14-powerpc64le-linux-gnu (14.2.0-8) ...
357
47s Selecting previously unselected package gcc-14.
358
47s Preparing to unpack .../037-gcc-14_14.2.0-8_ppc64el.deb ...
359
47s Unpacking gcc-14 (14.2.0-8) ...
360
47s Selecting previously unselected package gcc-powerpc64le-linux-gnu.
361
47s Preparing to unpack .../038-gcc-powerpc64le-linux-gnu_4:14.2.0-1_ppc64el.deb ...
362
47s Unpacking gcc-powerpc64le-linux-gnu (4:14.2.0-1) ...
363
47s Selecting previously unselected package gcc.
364
47s Preparing to unpack .../039-gcc_4:14.2.0-1_ppc64el.deb ...
365
47s Unpacking gcc (4:14.2.0-1) ...
366
47s Selecting previously unselected package libstdc -14-dev:ppc64el.
367
47s Preparing to unpack .../040-libstdc -14-dev_14.2.0-8_ppc64el.deb ...
368
47s Unpacking libstdc -14-dev:ppc64el (14.2.0-8) ...
369
47s Selecting previously unselected package g -14-powerpc64le-linux-gnu.
370
47s Preparing to unpack .../041-g -14-powerpc64le-linux-gnu_14.2.0-8_ppc64el.deb ...
371
47s Unpacking g -14-powerpc64le-linux-gnu (14.2.0-8) ...
372
48s Selecting previously unselected package g -14.
373
48s Preparing to unpack .../042-g -14_14.2.0-8_ppc64el.deb ...
374
48s Unpacking g -14 (14.2.0-8) ...
375
48s Selecting previously unselected package g -powerpc64le-linux-gnu.
376
48s Preparing to unpack .../043-g -powerpc64le-linux-gnu_4:14.2.0-1_ppc64el.deb ...
377
48s Unpacking g -powerpc64le-linux-gnu (4:14.2.0-1) ...
378
48s Selecting previously unselected package g .
379
48s Preparing to unpack .../044-g _4:14.2.0-1_ppc64el.deb ...
380
48s Unpacking g (4:14.2.0-1) ...
381
48s Selecting previously unselected package build-essential.
382
48s Preparing to unpack .../045-build-essential_12.12_ppc64el.deb ...
383
48s Unpacking build-essential (12.12) ...
384
48s Selecting previously unselected package libdebhelper-perl.
385
48s Preparing to unpack .../046-libdebhelper-perl_13.20_all.deb ...
386
48s Unpacking libdebhelper-perl (13.20) ...
387
48s Selecting previously unselected package libtool.
388
48s Preparing to unpack .../047-libtool_2.4.7-8_all.deb ...
389
48s Unpacking libtool (2.4.7-8) ...
390
48s Selecting previously unselected package dh-autoreconf.
391
48s Preparing to unpack .../048-dh-autoreconf_20_all.deb ...
392
48s Unpacking dh-autoreconf (20) ...
393
48s Selecting previously unselected package libarchive-zip-perl.
394
48s Preparing to unpack .../049-libarchive-zip-perl_1.68-1_all.deb ...
395
48s Unpacking libarchive-zip-perl (1.68-1) ...
396
48s Selecting previously unselected package libfile-stripnondeterminism-perl.
397
48s Preparing to unpack .../050-libfile-stripnondeterminism-perl_1.14.0-1_all.deb ...
398
48s Unpacking libfile-stripnondeterminism-perl (1.14.0-1) ...
399
48s Selecting previously unselected package dh-strip-nondeterminism.
400
48s Preparing to unpack .../051-dh-strip-nondeterminism_1.14.0-1_all.deb ...
401
48s Unpacking dh-strip-nondeterminism (1.14.0-1) ...
402
48s Selecting previously unselected package dwz.
403
48s Preparing to unpack .../052-dwz_0.15-1 b1_ppc64el.deb ...
404
48s Unpacking dwz (0.15-1 b1) ...
405
48s Selecting previously unselected package libicu72:ppc64el.
406
48s Preparing to unpack .../053-libicu72_72.1-5 b1_ppc64el.deb ...
407
48s Unpacking libicu72:ppc64el (72.1-5 b1) ...
408
49s Selecting previously unselected package libxml2:ppc64el.
409
49s Preparing to unpack .../054-libxml2_2.12.7 dfsg really2.9.14-0.2 b1_ppc64el.deb ...
410
49s Unpacking libxml2:ppc64el (2.12.7 dfsg really2.9.14-0.2 b1) ...
411
49s Selecting previously unselected package gettext.
412
49s Preparing to unpack .../055-gettext_0.22.5-2_ppc64el.deb ...
413
49s Unpacking gettext (0.22.5-2) ...
414
49s Selecting previously unselected package intltool-debian.
415
49s Preparing to unpack .../056-intltool-debian_0.35.0 20060710.6_all.deb ...
416
49s Unpacking intltool-debian (0.35.0 20060710.6) ...
417
49s Selecting previously unselected package po-debconf.
418
49s Preparing to unpack .../057-po-debconf_1.0.21 nmu1_all.deb ...
419
49s Unpacking po-debconf (1.0.21 nmu1) ...
420
49s Selecting previously unselected package debhelper.
421
49s Preparing to unpack .../058-debhelper_13.20_all.deb ...
422
49s Unpacking debhelper (13.20) ...
423
49s Selecting previously unselected package libgfortran5:ppc64el.
424
49s Preparing to unpack .../059-libgfortran5_14.2.0-8_ppc64el.deb ...
425
49s Unpacking libgfortran5:ppc64el (14.2.0-8) ...
426
49s Selecting previously unselected package libgfortran-14-dev:ppc64el.
427
49s Preparing to unpack .../060-libgfortran-14-dev_14.2.0-8_ppc64el.deb ...
428
49s Unpacking libgfortran-14-dev:ppc64el (14.2.0-8) ...
429
49s Selecting previously unselected package gfortran-14-powerpc64le-linux-gnu.
430
49s Preparing to unpack .../061-gfortran-14-powerpc64le-linux-gnu_14.2.0-8_ppc64el.deb ...
431
49s Unpacking gfortran-14-powerpc64le-linux-gnu (14.2.0-8) ...
432
50s Selecting previously unselected package gfortran-14.
433
50s Preparing to unpack .../062-gfortran-14_14.2.0-8_ppc64el.deb ...
434
50s Unpacking gfortran-14 (14.2.0-8) ...
435
50s Selecting previously unselected package gfortran-powerpc64le-linux-gnu.
436
50s Preparing to unpack .../063-gfortran-powerpc64le-linux-gnu_4:14.2.0-1_ppc64el.deb ...
437
50s Unpacking gfortran-powerpc64le-linux-gnu (4:14.2.0-1) ...
438
50s Selecting previously unselected package gfortran.
439
50s Preparing to unpack .../064-gfortran_4:14.2.0-1_ppc64el.deb ...
440
50s Unpacking gfortran (4:14.2.0-1) ...
441
50s Selecting previously unselected package libnl-3-200:ppc64el.
442
50s Preparing to unpack .../065-libnl-3-200_3.7.0-0.3 b1_ppc64el.deb ...
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50s Unpacking libnl-3-200:ppc64el (3.7.0-0.3 b1) ...
444
50s Selecting previously unselected package libnl-route-3-200:ppc64el.
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50s Preparing to unpack .../066-libnl-route-3-200_3.7.0-0.3 b1_ppc64el.deb ...
446
50s Unpacking libnl-route-3-200:ppc64el (3.7.0-0.3 b1) ...
447
50s Selecting previously unselected package libibverbs1:ppc64el.
448
50s Preparing to unpack .../067-libibverbs1_52.0-2 b1_ppc64el.deb ...
449
50s Unpacking libibverbs1:ppc64el (52.0-2 b1) ...
450
50s Selecting previously unselected package ibverbs-providers:ppc64el.
451
50s Preparing to unpack .../068-ibverbs-providers_52.0-2 b1_ppc64el.deb ...
452
50s Unpacking ibverbs-providers:ppc64el (52.0-2 b1) ...
453
50s Selecting previously unselected package libz3-4:ppc64el.
454
50s Preparing to unpack .../069-libz3-4_4.13.3-1_ppc64el.deb ...
455
50s Unpacking libz3-4:ppc64el (4.13.3-1) ...
456
50s Selecting previously unselected package libllvm17t64:ppc64el.
457
50s Preparing to unpack .../070-libllvm17t64_1:17.0.6-18_ppc64el.deb ...
458
50s Unpacking libllvm17t64:ppc64el (1:17.0.6-18) ...
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51s Selecting previously unselected package libamd-comgr2:ppc64el.
460
51s Preparing to unpack .../071-libamd-comgr2_6.0 git20231212.4510c28 dfsg-3 b2_ppc64el.deb ...
461
51s Unpacking libamd-comgr2:ppc64el (6.0 git20231212.4510c28 dfsg-3 b2) ...
462
52s Selecting previously unselected package libdrm-common.
463
52s Preparing to unpack .../072-libdrm-common_2.4.123-1_all.deb ...
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52s Unpacking libdrm-common (2.4.123-1) ...
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52s Selecting previously unselected package libdrm2:ppc64el.
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52s Preparing to unpack .../073-libdrm2_2.4.123-1_ppc64el.deb ...
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52s Unpacking libdrm2:ppc64el (2.4.123-1) ...
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52s Selecting previously unselected package libdrm-amdgpu1:ppc64el.
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52s Preparing to unpack .../074-libdrm-amdgpu1_2.4.123-1_ppc64el.deb ...
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52s Unpacking libdrm-amdgpu1:ppc64el (2.4.123-1) ...
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52s Selecting previously unselected package libnuma1:ppc64el.
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52s Preparing to unpack .../075-libnuma1_2.0.18-1 b1_ppc64el.deb ...
473
52s Unpacking libnuma1:ppc64el (2.0.18-1 b1) ...
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52s Selecting previously unselected package libhsakmt1:ppc64el.
475
52s Preparing to unpack .../076-libhsakmt1_5.7.0-1_ppc64el.deb ...
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52s Unpacking libhsakmt1:ppc64el (5.7.0-1) ...
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52s Selecting previously unselected package libhsa-runtime64-1:ppc64el.
478
52s Preparing to unpack .../077-libhsa-runtime64-1_5.7.1-3_ppc64el.deb ...
479
52s Unpacking libhsa-runtime64-1:ppc64el (5.7.1-3) ...
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52s Selecting previously unselected package libamdhip64-5.
481
52s Preparing to unpack .../078-libamdhip64-5_5.7.1-5_ppc64el.deb ...
482
52s Unpacking libamdhip64-5 (5.7.1-5) ...
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53s Selecting previously unselected package libblas3:ppc64el.
484
53s Preparing to unpack .../079-libblas3_3.12.0-3 b1_ppc64el.deb ...
485
53s Unpacking libblas3:ppc64el (3.12.0-3 b1) ...
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53s Selecting previously unselected package libblas-dev:ppc64el.
487
53s Preparing to unpack .../080-libblas-dev_3.12.0-3 b1_ppc64el.deb ...
488
53s Unpacking libblas-dev:ppc64el (3.12.0-3 b1) ...
489
53s Selecting previously unselected package libevent-2.1-7t64:ppc64el.
490
53s Preparing to unpack .../081-libevent-2.1-7t64_2.1.12-stable-10 b1_ppc64el.deb ...
491
53s Unpacking libevent-2.1-7t64:ppc64el (2.1.12-stable-10 b1) ...
492
53s Selecting previously unselected package libevent-core-2.1-7t64:ppc64el.
493
53s Preparing to unpack .../082-libevent-core-2.1-7t64_2.1.12-stable-10 b1_ppc64el.deb ...
494
53s Unpacking libevent-core-2.1-7t64:ppc64el (2.1.12-stable-10 b1) ...
495
53s Selecting previously unselected package libevent-extra-2.1-7t64:ppc64el.
496
53s Preparing to unpack .../083-libevent-extra-2.1-7t64_2.1.12-stable-10 b1_ppc64el.deb ...
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53s Unpacking libevent-extra-2.1-7t64:ppc64el (2.1.12-stable-10 b1) ...
498
53s Selecting previously unselected package libevent-pthreads-2.1-7t64:ppc64el.
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53s Preparing to unpack .../084-libevent-pthreads-2.1-7t64_2.1.12-stable-10 b1_ppc64el.deb ...
500
53s Unpacking libevent-pthreads-2.1-7t64:ppc64el (2.1.12-stable-10 b1) ...
501
53s Selecting previously unselected package libevent-openssl-2.1-7t64:ppc64el.
502
53s Preparing to unpack .../085-libevent-openssl-2.1-7t64_2.1.12-stable-10 b1_ppc64el.deb ...
503
53s Unpacking libevent-openssl-2.1-7t64:ppc64el (2.1.12-stable-10 b1) ...
504
53s Selecting previously unselected package libevent-dev.
505
53s Preparing to unpack .../086-libevent-dev_2.1.12-stable-10 b1_ppc64el.deb ...
506
53s Unpacking libevent-dev (2.1.12-stable-10 b1) ...
507
53s Selecting previously unselected package librdmacm1t64:ppc64el.
508
53s Preparing to unpack .../087-librdmacm1t64_52.0-2 b1_ppc64el.deb ...
509
53s Unpacking librdmacm1t64:ppc64el (52.0-2 b1) ...
510
53s Selecting previously unselected package libfabric1:ppc64el.
511
53s Preparing to unpack .../088-libfabric1_1.17.0-3.1_ppc64el.deb ...
512
53s Unpacking libfabric1:ppc64el (1.17.0-3.1) ...
513
53s Selecting previously unselected package libhwloc15:ppc64el.
514
53s Preparing to unpack .../089-libhwloc15_2.11.2-1_ppc64el.deb ...
515
53s Unpacking libhwloc15:ppc64el (2.11.2-1) ...
516
53s Selecting previously unselected package libnuma-dev:ppc64el.
517
53s Preparing to unpack .../090-libnuma-dev_2.0.18-1 b1_ppc64el.deb ...
518
53s Unpacking libnuma-dev:ppc64el (2.0.18-1 b1) ...
519
53s Selecting previously unselected package libltdl7:ppc64el.
520
53s Preparing to unpack .../091-libltdl7_2.4.7-8_ppc64el.deb ...
521
53s Unpacking libltdl7:ppc64el (2.4.7-8) ...
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53s Selecting previously unselected package libltdl-dev:ppc64el.
523
53s Preparing to unpack .../092-libltdl-dev_2.4.7-8_ppc64el.deb ...
524
53s Unpacking libltdl-dev:ppc64el (2.4.7-8) ...
525
53s Selecting previously unselected package libhwloc-dev:ppc64el.
526
53s Preparing to unpack .../093-libhwloc-dev_2.11.2-1_ppc64el.deb ...
527
53s Unpacking libhwloc-dev:ppc64el (2.11.2-1) ...
528
53s Selecting previously unselected package libpciaccess0:ppc64el.
529
53s Preparing to unpack .../094-libpciaccess0_0.17-3 b2_ppc64el.deb ...
530
53s Unpacking libpciaccess0:ppc64el (0.17-3 b2) ...
531
53s Selecting previously unselected package libxau6:ppc64el.
532
53s Preparing to unpack .../095-libxau6_1:1.0.11-1_ppc64el.deb ...
533
53s Unpacking libxau6:ppc64el (1:1.0.11-1) ...
534
53s Selecting previously unselected package libxdmcp6:ppc64el.
535
53s Preparing to unpack .../096-libxdmcp6_1:1.1.2-3 b2_ppc64el.deb ...
536
53s Unpacking libxdmcp6:ppc64el (1:1.1.2-3 b2) ...
537
53s Selecting previously unselected package libxcb1:ppc64el.
538
53s Preparing to unpack .../097-libxcb1_1.17.0-2 b1_ppc64el.deb ...
539
53s Unpacking libxcb1:ppc64el (1.17.0-2 b1) ...
540
53s Selecting previously unselected package libx11-data.
541
53s Preparing to unpack .../098-libx11-data_2:1.8.10-2_all.deb ...
542
53s Unpacking libx11-data (2:1.8.10-2) ...
543
53s Selecting previously unselected package libx11-6:ppc64el.
544
53s Preparing to unpack .../099-libx11-6_2:1.8.10-2_ppc64el.deb ...
545
53s Unpacking libx11-6:ppc64el (2:1.8.10-2) ...
546
53s Selecting previously unselected package libxext6:ppc64el.
547
53s Preparing to unpack .../100-libxext6_2:1.3.4-1 b2_ppc64el.deb ...
548
53s Unpacking libxext6:ppc64el (2:1.3.4-1 b2) ...
549
53s Selecting previously unselected package libxnvctrl0:ppc64el.
550
53s Preparing to unpack .../101-libxnvctrl0_535.171.04-1 b1_ppc64el.deb ...
551
53s Unpacking libxnvctrl0:ppc64el (535.171.04-1 b1) ...
552
53s Selecting previously unselected package ocl-icd-libopencl1:ppc64el.
553
53s Preparing to unpack .../102-ocl-icd-libopencl1_2.3.2-1 b2_ppc64el.deb ...
554
53s Unpacking ocl-icd-libopencl1:ppc64el (2.3.2-1 b2) ...
555
53s Selecting previously unselected package libhwloc-plugins:ppc64el.
556
53s Preparing to unpack .../103-libhwloc-plugins_2.11.2-1_ppc64el.deb ...
557
53s Unpacking libhwloc-plugins:ppc64el (2.11.2-1) ...
558
53s Selecting previously unselected package libibumad3:ppc64el.
559
53s Preparing to unpack .../104-libibumad3_52.0-2 b1_ppc64el.deb ...
560
53s Unpacking libibumad3:ppc64el (52.0-2 b1) ...
561
53s Selecting previously unselected package libibmad5:ppc64el.
562
53s Preparing to unpack .../105-libibmad5_52.0-2 b1_ppc64el.deb ...
563
53s Unpacking libibmad5:ppc64el (52.0-2 b1) ...
564
53s Selecting previously unselected package libnl-3-dev:ppc64el.
565
53s Preparing to unpack .../106-libnl-3-dev_3.7.0-0.3 b1_ppc64el.deb ...
566
53s Unpacking libnl-3-dev:ppc64el (3.7.0-0.3 b1) ...
567
53s Selecting previously unselected package libnl-route-3-dev:ppc64el.
568
53s Preparing to unpack .../107-libnl-route-3-dev_3.7.0-0.3 b1_ppc64el.deb ...
569
53s Unpacking libnl-route-3-dev:ppc64el (3.7.0-0.3 b1) ...
570
54s Selecting previously unselected package libibverbs-dev:ppc64el.
571
54s Preparing to unpack .../108-libibverbs-dev_52.0-2 b1_ppc64el.deb ...
572
54s Unpacking libibverbs-dev:ppc64el (52.0-2 b1) ...
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54s Selecting previously unselected package libjs-jquery.
574
54s Preparing to unpack .../109-libjs-jquery_3.6.1 dfsg ~3.5.14-1_all.deb ...
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54s Unpacking libjs-jquery (3.6.1 dfsg ~3.5.14-1) ...
576
54s Selecting previously unselected package libjs-jquery-ui.
577
54s Preparing to unpack .../110-libjs-jquery-ui_1.13.2 dfsg-1_all.deb ...
578
54s Unpacking libjs-jquery-ui (1.13.2 dfsg-1) ...
579
54s Selecting previously unselected package liblapack3:ppc64el.
580
54s Preparing to unpack .../111-liblapack3_3.12.0-3 b1_ppc64el.deb ...
581
54s Unpacking liblapack3:ppc64el (3.12.0-3 b1) ...
582
54s Selecting previously unselected package liblapack-dev:ppc64el.
583
54s Preparing to unpack .../112-liblapack-dev_3.12.0-3 b1_ppc64el.deb ...
584
54s Unpacking liblapack-dev:ppc64el (3.12.0-3 b1) ...
585
54s Selecting previously unselected package libmunge2:ppc64el.
586
54s Preparing to unpack .../113-libmunge2_0.5.15-4 b1_ppc64el.deb ...
587
54s Unpacking libmunge2:ppc64el (0.5.15-4 b1) ...
588
54s Selecting previously unselected package libpmix2t64:ppc64el.
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54s Preparing to unpack .../114-libpmix2t64_5.0.3-2 b1_ppc64el.deb ...
590
54s Unpacking libpmix2t64:ppc64el (5.0.3-2 b1) ...
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54s Selecting previously unselected package libucx0:ppc64el.
592
54s Preparing to unpack .../115-libucx0_1.17.0 ds-3_ppc64el.deb ...
593
54s Unpacking libucx0:ppc64el (1.17.0 ds-3) ...
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54s Selecting previously unselected package libopenmpi3t64:ppc64el.
595
54s Preparing to unpack .../116-libopenmpi3t64_5.0.5-6_ppc64el.deb ...
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54s Unpacking libopenmpi3t64:ppc64el (5.0.5-6) ...
597
55s Selecting previously unselected package openmpi-common.
598
55s Preparing to unpack .../117-openmpi-common_5.0.5-6_all.deb ...
599
55s Unpacking openmpi-common (5.0.5-6) ...
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55s Selecting previously unselected package openmpi-bin.
601
55s Preparing to unpack .../118-openmpi-bin_5.0.5-6_ppc64el.deb ...
602
55s Unpacking openmpi-bin (5.0.5-6) ...
603
55s Selecting previously unselected package mpi-default-bin.
604
55s Preparing to unpack .../119-mpi-default-bin_1.17_ppc64el.deb ...
605
55s Unpacking mpi-default-bin (1.17) ...
606
55s Selecting previously unselected package libscalapack-openmpi2.2:ppc64el.
607
55s Preparing to unpack .../120-libscalapack-openmpi2.2_2.2.1-5_ppc64el.deb ...
608
55s Unpacking libscalapack-openmpi2.2:ppc64el (2.2.1-5) ...
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55s Selecting previously unselected package libmumps-5.7:ppc64el.
610
55s Preparing to unpack .../121-libmumps-5.7_5.7.3-3_ppc64el.deb ...
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55s Unpacking libmumps-5.7:ppc64el (5.7.3-3) ...
612
55s Selecting previously unselected package libmumps-64pord-5.7:ppc64el.
613
55s Preparing to unpack .../122-libmumps-64pord-5.7_5.7.3-3_ppc64el.deb ...
614
55s Unpacking libmumps-64pord-5.7:ppc64el (5.7.3-3) ...
615
55s Selecting previously unselected package libptscotch-7.0:ppc64el.
616
55s Preparing to unpack .../123-libptscotch-7.0_7.0.5-1_ppc64el.deb ...
617
55s Unpacking libptscotch-7.0:ppc64el (7.0.5-1) ...
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55s Selecting previously unselected package libmumps-64pord-ptscotch-5.7:ppc64el.
619
55s Preparing to unpack .../124-libmumps-64pord-ptscotch-5.7_5.7.3-3_ppc64el.deb ...
620
55s Unpacking libmumps-64pord-ptscotch-5.7:ppc64el (5.7.3-3) ...
621
55s Selecting previously unselected package libscotch-7.0:ppc64el.
622
55s Preparing to unpack .../125-libscotch-7.0_7.0.5-1_ppc64el.deb ...
623
55s Unpacking libscotch-7.0:ppc64el (7.0.5-1) ...
624
55s Selecting previously unselected package libmumps-64pord-scotch-5.7:ppc64el.
625
56s Preparing to unpack .../126-libmumps-64pord-scotch-5.7_5.7.3-3_ppc64el.deb ...
626
56s Unpacking libmumps-64pord-scotch-5.7:ppc64el (5.7.3-3) ...
627
56s Selecting previously unselected package libmumps-64pord-seq-5.7:ppc64el.
628
56s Preparing to unpack .../127-libmumps-64pord-seq-5.7_5.7.3-3_ppc64el.deb ...
629
56s Unpacking libmumps-64pord-seq-5.7:ppc64el (5.7.3-3) ...
630
56s Selecting previously unselected package libmumps-headers-dev.
631
56s Preparing to unpack .../128-libmumps-headers-dev_5.7.3-3_all.deb ...
632
56s Unpacking libmumps-headers-dev (5.7.3-3) ...
633
56s Selecting previously unselected package libscalapack-openmpi-dev:ppc64el.
634
56s Preparing to unpack .../129-libscalapack-openmpi-dev_2.2.1-5_ppc64el.deb ...
635
56s Unpacking libscalapack-openmpi-dev:ppc64el (2.2.1-5) ...
636
56s Selecting previously unselected package zlib1g-dev:ppc64el.
637
56s Preparing to unpack .../130-zlib1g-dev_1:1.3.dfsg really1.3.1-1 b1_ppc64el.deb ...
638
56s Unpacking zlib1g-dev:ppc64el (1:1.3.dfsg really1.3.1-1 b1) ...
639
56s Selecting previously unselected package libpmix-dev:ppc64el.
640
56s Preparing to unpack .../131-libpmix-dev_5.0.3-2 b1_ppc64el.deb ...
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56s Unpacking libpmix-dev:ppc64el (5.0.3-2 b1) ...
642
56s Selecting previously unselected package libopenmpi-dev:ppc64el.
643
56s Preparing to unpack .../132-libopenmpi-dev_5.0.5-6_ppc64el.deb ...
644
56s Unpacking libopenmpi-dev:ppc64el (5.0.5-6) ...
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56s Selecting previously unselected package mpi-default-dev.
646
56s Preparing to unpack .../133-mpi-default-dev_1.17_ppc64el.deb ...
647
56s Unpacking mpi-default-dev (1.17) ...
648
56s Selecting previously unselected package libscalapack-mpi-dev:ppc64el.
649
56s Preparing to unpack .../134-libscalapack-mpi-dev_2.2.1-5_ppc64el.deb ...
650
56s Unpacking libscalapack-mpi-dev:ppc64el (2.2.1-5) ...
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56s Selecting previously unselected package libmumps-dev:ppc64el.
652
56s Preparing to unpack .../135-libmumps-dev_5.7.3-3_ppc64el.deb ...
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56s Unpacking libmumps-dev:ppc64el (5.7.3-3) ...
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57s Selecting previously unselected package libmumps-ptscotch-5.7:ppc64el.
655
57s Preparing to unpack .../136-libmumps-ptscotch-5.7_5.7.3-3_ppc64el.deb ...
656
57s Unpacking libmumps-ptscotch-5.7:ppc64el (5.7.3-3) ...
657
57s Selecting previously unselected package libmumps-ptscotch-dev:ppc64el.
658
57s Preparing to unpack .../137-libmumps-ptscotch-dev_5.7.3-3_ppc64el.deb ...
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57s Unpacking libmumps-ptscotch-dev:ppc64el (5.7.3-3) ...
660
57s Selecting previously unselected package libmumps-scotch-5.7:ppc64el.
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57s Preparing to unpack .../138-libmumps-scotch-5.7_5.7.3-3_ppc64el.deb ...
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57s Unpacking libmumps-scotch-5.7:ppc64el (5.7.3-3) ...
663
57s Selecting previously unselected package libmumps-scotch-dev:ppc64el.
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57s Preparing to unpack .../139-libmumps-scotch-dev_5.7.3-3_ppc64el.deb ...
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57s Unpacking libmumps-scotch-dev:ppc64el (5.7.3-3) ...
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57s Selecting previously unselected package libmumps-seq-5.7:ppc64el.
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57s Preparing to unpack .../140-libmumps-seq-5.7_5.7.3-3_ppc64el.deb ...
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57s Unpacking libmumps-seq-5.7:ppc64el (5.7.3-3) ...
669
58s Selecting previously unselected package libmumps-seq-dev:ppc64el.
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58s Preparing to unpack .../141-libmumps-seq-dev_5.7.3-3_ppc64el.deb ...
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58s Unpacking libmumps-seq-dev:ppc64el (5.7.3-3) ...
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58s Selecting previously unselected package libmumps64-dev:ppc64el.
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58s Preparing to unpack .../142-libmumps64-dev_5.7.3-3_ppc64el.deb ...
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58s Unpacking libmumps64-dev:ppc64el (5.7.3-3) ...
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58s Selecting previously unselected package libmumps64-ptscotch-dev:ppc64el.
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58s Preparing to unpack .../143-libmumps64-ptscotch-dev_5.7.3-3_ppc64el.deb ...
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58s Unpacking libmumps64-ptscotch-dev:ppc64el (5.7.3-3) ...
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58s Selecting previously unselected package libmumps64-scotch-dev:ppc64el.
679
58s Preparing to unpack .../144-libmumps64-scotch-dev_5.7.3-3_ppc64el.deb ...
680
58s Unpacking libmumps64-scotch-dev:ppc64el (5.7.3-3) ...
681
58s Selecting previously unselected package libmumps64-seq-dev:ppc64el.
682
58s Preparing to unpack .../145-libmumps64-seq-dev_5.7.3-3_ppc64el.deb ...
683
58s Unpacking libmumps64-seq-dev:ppc64el (5.7.3-3) ...
684
59s Selecting previously unselected package libscotch-dev.
685
59s Preparing to unpack .../146-libscotch-dev_7.0.5-1_ppc64el.deb ...
686
59s Unpacking libscotch-dev (7.0.5-1) ...
687
59s Selecting previously unselected package libptscotch-dev.
688
59s Preparing to unpack .../147-libptscotch-dev_7.0.5-1_ppc64el.deb ...
689
59s Unpacking libptscotch-dev (7.0.5-1) ...
690
59s Selecting previously unselected package mumps-test.
691
59s Preparing to unpack .../148-mumps-test_5.7.3-3_ppc64el.deb ...
692
59s Unpacking mumps-test (5.7.3-3) ...
693
59s Setting up libpipeline1:ppc64el (1.5.8-1) ...
694
59s Setting up libpciaccess0:ppc64el (0.17-3 b2) ...
695
59s Setting up libxau6:ppc64el (1:1.0.11-1) ...
696
59s Setting up libxdmcp6:ppc64el (1:1.1.2-3 b2) ...
697
59s Setting up libxcb1:ppc64el (1.17.0-2 b1) ...
698
59s Setting up libicu72:ppc64el (72.1-5 b1) ...
699
59s Setting up bsdextrautils (2.40.2-11) ...
700
59s Setting up libmagic-mgc (1:5.45-3 b1) ...
701
59s Setting up libarchive-zip-perl (1.68-1) ...
702
59s Setting up libscotch-7.0:ppc64el (7.0.5-1) ...
703
59s Setting up libdebhelper-perl (13.20) ...
704
59s Setting up libmagic1t64:ppc64el (1:5.45-3 b1) ...
705
59s Setting up libibumad3:ppc64el (52.0-2 b1) ...
706
59s Setting up linux-libc-dev (6.11.7-1) ...
707
59s Setting up gettext-base (0.22.5-2) ...
708
59s Setting up m4 (1.4.19-4) ...
709
59s Setting up libevent-2.1-7t64:ppc64el (2.1.12-stable-10 b1) ...
710
59s Setting up libibmad5:ppc64el (52.0-2 b1) ...
711
59s Setting up file (1:5.45-3 b1) ...
712
59s Setting up libgomp1:ppc64el (14.2.0-8) ...
713
59s Setting up autotools-dev (20220109.1) ...
714
59s Setting up libz3-4:ppc64el (4.13.3-1) ...
715
59s Setting up libblas3:ppc64el (3.12.0-3 b1) ...
716
59s update-alternatives: using /usr/lib/powerpc64le-linux-gnu/blas/libblas.so.3 to provide /usr/lib/powerpc64le-linux-gnu/libblas.so.3 (libblas.so.3-powerpc64le-linux-gnu) in auto mode
717
59s Setting up rpcsvc-proto (1.4.3-1) ...
718
59s Setting up libmunge2:ppc64el (0.5.15-4 b1) ...
719
59s Setting up libx11-data (2:1.8.10-2) ...
720
59s Setting up libmpfr6:ppc64el (4.2.1-1 b2) ...
721
59s Setting up libquadmath0:ppc64el (14.2.0-8) ...
722
59s Setting up libhwloc15:ppc64el (2.11.2-1) ...
723
59s Setting up libmpc3:ppc64el (1.3.1-1 b3) ...
724
59s Setting up libatomic1:ppc64el (14.2.0-8) ...
725
59s Setting up autopoint (0.22.5-2) ...
726
59s Setting up libltdl7:ppc64el (2.4.7-8) ...
727
59s Setting up libgfortran5:ppc64el (14.2.0-8) ...
728
59s Setting up autoconf (2.72-3) ...
729
59s Setting up libmumps-headers-dev (5.7.3-3) ...
730
59s Setting up libubsan1:ppc64el (14.2.0-8) ...
731
59s Setting up libnuma1:ppc64el (2.0.18-1 b1) ...
732
59s Setting up dwz (0.15-1 b1) ...
733
59s Setting up ocl-icd-libopencl1:ppc64el (2.3.2-1 b2) ...
734
59s Setting up libcrypt-dev:ppc64el (1:4.4.36-5) ...
735
59s Setting up libasan8:ppc64el (14.2.0-8) ...
736
59s Setting up libuchardet0:ppc64el (0.0.8-1 b2) ...
737
59s Setting up libnl-3-200:ppc64el (3.7.0-0.3 b1) ...
738
59s Setting up openmpi-common (5.0.5-6) ...
739
59s Setting up libx11-6:ppc64el (2:1.8.10-2) ...
740
59s Setting up libevent-core-2.1-7t64:ppc64el (2.1.12-stable-10 b1) ...
741
59s Setting up libtsan2:ppc64el (14.2.0-8) ...
742
59s Setting up libjs-jquery (3.6.1 dfsg ~3.5.14-1) ...
743
59s Setting up libisl23:ppc64el (0.27-1) ...
744
59s Setting up libc-dev-bin (2.40-3) ...
745
59s Setting up libdrm-common (2.4.123-1) ...
746
59s Setting up libxml2:ppc64el (2.12.7 dfsg really2.9.14-0.2 b1) ...
747
59s Setting up libcc1-0:ppc64el (14.2.0-8) ...
748
59s Setting up liblsan0:ppc64el (14.2.0-8) ...
749
59s Setting up libblas-dev:ppc64el (3.12.0-3 b1) ...
750
59s update-alternatives: using /usr/lib/powerpc64le-linux-gnu/blas/libblas.so to provide /usr/lib/powerpc64le-linux-gnu/libblas.so (libblas.so-powerpc64le-linux-gnu) in auto mode
751
59s Setting up libitm1:ppc64el (14.2.0-8) ...
752
59s Setting up automake (1:1.16.5-1.3) ...
753
59s update-alternatives: using /usr/bin/automake-1.16 to provide /usr/bin/automake (automake) in auto mode
754
59s Setting up libfile-stripnondeterminism-perl (1.14.0-1) ...
755
59s Setting up liblapack3:ppc64el (3.12.0-3 b1) ...
756
59s update-alternatives: using /usr/lib/powerpc64le-linux-gnu/lapack/liblapack.so.3 to provide /usr/lib/powerpc64le-linux-gnu/liblapack.so.3 (liblapack.so.3-powerpc64le-linux-gnu) in auto mode
757
59s Setting up gettext (0.22.5-2) ...
758
59s Setting up libmumps-64pord-seq-5.7:ppc64el (5.7.3-3) ...
759
59s Setting up libevent-pthreads-2.1-7t64:ppc64el (2.1.12-stable-10 b1) ...
760
59s Setting up libevent-openssl-2.1-7t64:ppc64el (2.1.12-stable-10 b1) ...
761
59s Setting up libxext6:ppc64el (2:1.3.4-1 b2) ...
762
59s Setting up intltool-debian (0.35.0 20060710.6) ...
763
59s Setting up libnl-route-3-200:ppc64el (3.7.0-0.3 b1) ...
764
59s Setting up libxnvctrl0:ppc64el (535.171.04-1 b1) ...
765
59s Setting up libltdl-dev:ppc64el (2.4.7-8) ...
766
59s Setting up libjs-jquery-ui (1.13.2 dfsg-1) ...
767
59s Setting up libllvm17t64:ppc64el (1:17.0.6-18) ...
768
59s Setting up liblapack-dev:ppc64el (3.12.0-3 b1) ...
769
59s update-alternatives: using /usr/lib/powerpc64le-linux-gnu/lapack/liblapack.so to provide /usr/lib/powerpc64le-linux-gnu/liblapack.so (liblapack.so-powerpc64le-linux-gnu) in auto mode
770
59s Setting up cpp-14-powerpc64le-linux-gnu (14.2.0-8) ...
771
59s Setting up libmumps-64pord-scotch-5.7:ppc64el (5.7.3-3) ...
772
59s Setting up cpp-14 (14.2.0-8) ...
773
59s Setting up libevent-extra-2.1-7t64:ppc64el (2.1.12-stable-10 b1) ...
774
59s Setting up dh-strip-nondeterminism (1.14.0-1) ...
775
59s Setting up libdrm2:ppc64el (2.4.123-1) ...
776
59s Setting up libnl-3-dev:ppc64el (3.7.0-0.3 b1) ...
777
59s Setting up libmumps-seq-5.7:ppc64el (5.7.3-3) ...
778
59s Setting up groff-base (1.23.0-5) ...
779
59s Setting up libc6-dev:ppc64el (2.40-3) ...
780
59s Setting up libamd-comgr2:ppc64el (6.0 git20231212.4510c28 dfsg-3 b2) ...
781
59s Setting up libmumps-scotch-5.7:ppc64el (5.7.3-3) ...
782
59s Setting up libgcc-14-dev:ppc64el (14.2.0-8) ...
783
59s Setting up libstdc -14-dev:ppc64el (14.2.0-8) ...
784
59s Setting up cpp-powerpc64le-linux-gnu (4:14.2.0-1) ...
785
59s Setting up gcc-14-powerpc64le-linux-gnu (14.2.0-8) ...
786
59s Setting up libdrm-amdgpu1:ppc64el (2.4.123-1) ...
787
59s Setting up libgfortran-14-dev:ppc64el (14.2.0-8) ...
788
59s Setting up libibverbs1:ppc64el (52.0-2 b1) ...
789
59s Setting up g -14-powerpc64le-linux-gnu (14.2.0-8) ...
790
59s Setting up ibverbs-providers:ppc64el (52.0-2 b1) ...
791
59s Setting up po-debconf (1.0.21 nmu1) ...
792
59s Setting up libhwloc-plugins:ppc64el (2.11.2-1) ...
793
59s Setting up man-db (2.13.0-1) ...
794
59s Building database of manual pages ...
795
60s Created symlink '/etc/systemd/system/timers.target.wants/man-db.timer' → '/usr/lib/systemd/system/man-db.timer'.
796
60s man-db.service is a disabled or a static unit, not starting it.
797
60s Setting up gcc-14 (14.2.0-8) ...
798
60s Setting up libnuma-dev:ppc64el (2.0.18-1 b1) ...
799
60s Setting up libnl-route-3-dev:ppc64el (3.7.0-0.3 b1) ...
800
60s Setting up gcc-powerpc64le-linux-gnu (4:14.2.0-1) ...
801
60s Setting up libevent-dev (2.1.12-stable-10 b1) ...
802
60s Setting up libpmix2t64:ppc64el (5.0.3-2 b1) ...
803
60s Setting up zlib1g-dev:ppc64el (1:1.3.dfsg really1.3.1-1 b1) ...
804
60s Setting up cpp (4:14.2.0-1) ...
805
60s Setting up librdmacm1t64:ppc64el (52.0-2 b1) ...
806
60s Setting up libhwloc-dev:ppc64el (2.11.2-1) ...
807
60s Setting up g -14 (14.2.0-8) ...
808
60s Setting up gfortran-14-powerpc64le-linux-gnu (14.2.0-8) ...
809
60s Setting up gfortran-14 (14.2.0-8) ...
810
60s Setting up libpmix-dev:ppc64el (5.0.3-2 b1) ...
811
60s Setting up libhsakmt1:ppc64el (5.7.0-1) ...
812
60s Setting up g -powerpc64le-linux-gnu (4:14.2.0-1) ...
813
60s Setting up libfabric1:ppc64el (1.17.0-3.1) ...
814
60s Setting up libtool (2.4.7-8) ...
815
60s Setting up libibverbs-dev:ppc64el (52.0-2 b1) ...
816
60s Setting up gcc (4:14.2.0-1) ...
817
60s Setting up dh-autoreconf (20) ...
818
60s Setting up gfortran-powerpc64le-linux-gnu (4:14.2.0-1) ...
819
60s Setting up g (4:14.2.0-1) ...
820
60s update-alternatives: using /usr/bin/g to provide /usr/bin/c (c ) in auto mode
821
60s Setting up libhsa-runtime64-1:ppc64el (5.7.1-3) ...
822
60s Setting up build-essential (12.12) ...
823
60s Setting up debhelper (13.20) ...
824
60s Setting up gfortran (4:14.2.0-1) ...
825
60s update-alternatives: using /usr/bin/gfortran to provide /usr/bin/f95 (f95) in auto mode
826
60s update-alternatives: using /usr/bin/gfortran to provide /usr/bin/f77 (f77) in auto mode
827
60s Setting up libamdhip64-5 (5.7.1-5) ...
828
60s Setting up libucx0:ppc64el (1.17.0 ds-3) ...
829
60s Setting up libopenmpi3t64:ppc64el (5.0.5-6) ...
830
60s Setting up openmpi-bin (5.0.5-6) ...
831
60s update-alternatives: using /usr/bin/mpirun.openmpi to provide /usr/bin/mpirun (mpirun) in auto mode
832
60s update-alternatives: warning: skip creation of /usr/share/man/man1/mpiexec.1.gz because associated file /usr/share/man/man1/mpiexec.openmpi.1.gz (of link group mpirun) doesn't exist
833
60s update-alternatives: using /usr/bin/mpicc.openmpi to provide /usr/bin/mpicc (mpi) in auto mode
834
60s Setting up libptscotch-7.0:ppc64el (7.0.5-1) ...
835
60s Setting up mpi-default-bin (1.17) ...
836
60s Setting up libopenmpi-dev:ppc64el (5.0.5-6) ...
837
60s update-alternatives: using /usr/lib/powerpc64le-linux-gnu/openmpi/include to provide /usr/include/powerpc64le-linux-gnu/mpi (mpi-powerpc64le-linux-gnu) in auto mode
838
60s update-alternatives: warning: skip creation of /usr/lib/powerpc64le-linux-gnu/libmpi.so because associated file /usr/lib/powerpc64le-linux-gnu/openmpi/lib/libmpi.so (of link group mpi-powerpc64le-linux-gnu) doesn't exist
839
60s Setting up libscalapack-openmpi2.2:ppc64el (2.2.1-5) ...
840
60s Setting up libmumps-64pord-5.7:ppc64el (5.7.3-3) ...
841
60s Setting up libmumps-5.7:ppc64el (5.7.3-3) ...
842
60s Setting up libmumps-64pord-ptscotch-5.7:ppc64el (5.7.3-3) ...
843
60s Setting up libmumps-ptscotch-5.7:ppc64el (5.7.3-3) ...
844
60s Setting up libscalapack-openmpi-dev:ppc64el (2.2.1-5) ...
845
60s Setting up mpi-default-dev (1.17) ...
846
60s Setting up libscalapack-mpi-dev:ppc64el (2.2.1-5) ...
847
60s Setting up mumps-test (5.7.3-3) ...
848
60s Setting up libmumps64-dev:ppc64el (5.7.3-3) ...
849
60s Setting up libmumps-dev:ppc64el (5.7.3-3) ...
850
60s Setting up libscotch-dev (7.0.5-1) ...
851
60s Setting up libmumps-ptscotch-dev:ppc64el (5.7.3-3) ...
852
60s Setting up libmumps-scotch-dev:ppc64el (5.7.3-3) ...
853
60s Setting up libmumps64-scotch-dev:ppc64el (5.7.3-3) ...
854
60s Setting up libptscotch-dev (7.0.5-1) ...
855
60s Setting up libmumps64-seq-dev:ppc64el (5.7.3-3) ...
856
60s Setting up libmumps-seq-dev:ppc64el (5.7.3-3) ...
857
60s Setting up libmumps64-ptscotch-dev:ppc64el (5.7.3-3) ...
858
60s Processing triggers for libc-bin (2.40-3) ...
859
61s autopkgtest [07:58:47]: test mumps-examples-serial: [-----------------------
860
62s /bin/rm -f *.o [sdcz]simpletest c_example multiple_arithmetics_example ssimpletest_save_restore dsimpletest_save_restore csimpletest_save_restore zsimpletest_save_restore c_example_save_restore
861
62s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c csimpletest.F -o csimpletest.o
862
62s mpifort -o csimpletest -Wl,-z,relro csimpletest.o -L/usr/lib/powerpc64le-linux-gnu -lcmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
863
62s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c csimpletest_save_restore.F -o csimpletest_save_restore.o
864
62s mpifort -o csimpletest_save_restore -Wl,-z,relro csimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -lcmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
865
62s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c zsimpletest.F -o zsimpletest.o
866
63s mpifort -o zsimpletest -Wl,-z,relro zsimpletest.o -L/usr/lib/powerpc64le-linux-gnu -lzmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
867
63s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c zsimpletest_save_restore.F -o zsimpletest_save_restore.o
868
63s mpifort -o zsimpletest_save_restore -Wl,-z,relro zsimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -lzmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
869
63s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c ssimpletest.F -o ssimpletest.o
870
64s mpifort -o ssimpletest -Wl,-z,relro ssimpletest.o -L/usr/lib/powerpc64le-linux-gnu -lsmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
871
64s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c ssimpletest_save_restore.F -o ssimpletest_save_restore.o
872
64s mpifort -o ssimpletest_save_restore -Wl,-z,relro ssimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -lsmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
873
64s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c dsimpletest.F -o dsimpletest.o
874
64s mpifort -o dsimpletest -Wl,-z,relro dsimpletest.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
875
64s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c dsimpletest_save_restore.F -o dsimpletest_save_restore.o
876
65s mpifort -o dsimpletest_save_restore -Wl,-z,relro dsimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
877
65s mpicc -g -O2 -Werror=implicit-function-declaration -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Wformat -Werror=format-security -DAdd_ -I. -I../include -I../src -c c_example_save_restore.c -o c_example_save_restore.o
878
65s mpifort -o c_example_save_restore -Wl,-z,relro c_example_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
879
65s mpicc -g -O2 -Werror=implicit-function-declaration -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Wformat -Werror=format-security -DAdd_ -I. -I../include -I../src -c c_example.c -o c_example.o
880
65s mpifort -o c_example -Wl,-z,relro c_example.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lmpi -lblas -lpthread
881
65s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c multiple_arithmetics_example.F -o multiple_arithmetics_example.o
882
65s mpifort -o multiple_arithmetics_example -Wl,-z,relro multiple_arithmetics_example.o -L/usr/lib/powerpc64le-linux-gnu -lsmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -ldmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lcmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lzmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
883
66s
884
66s === running c_example (serial) ===
885
66s Solution is : ( 1.00 2.00)
886
66s Saving MUMPS instance in /tmp with prefix csave_restore.
887
66s DONE
888
66s
889
66s Restoring MUMPS instance in /tmp with prefix csave_restore.
890
66s
891
66s Entering DMUMPS 5.7.3 from C interface with JOB = 8
892
66s executing #MPI = 1, without OMP
893
66s
894
66s Elapsed time in restore structure driver= 0.0001
895
66s DONE
896
66s
897
66s Calling MUMPS package (solve).
898
66s DONE
899
66s
900
66s Removing save files.
901
66s DONE
902
66s
903
66s Solution is : ( 1.00 2.00)
904
66s
905
66s
906
66s === running simple test: real, single precision, serial ===
907
66s
908
66s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
909
66s executing #MPI = 1, without OMP
910
66s
911
66s =================================================
912
66s MUMPS compiled with option -Dpord
913
66s =================================================
914
66s L U Solver for unsymmetric matrices
915
66s Type of parallelism: Working host
916
66s
917
66s ****** ANALYSIS STEP ********
918
66s
919
66s Processing a graph of size: 5
920
66s ... Structural symmetry (in percent)= 92
921
66s Average density of rows/columns = 2
922
66s ... No column permutation
923
66s Ordering based on AMF
924
66s
925
66s Leaving analysis phase with ...
926
66s INFOG(1) = 0
927
66s INFOG(2) = 0
928
66s -- (20) Number of entries in factors (estim.) = 25
929
66s -- (3) Real space for factors (estimated) = 25
930
66s -- (4) Integer space for factors (estimated) = 30
931
66s -- (5) Maximum frontal size (estimated) = 5
932
66s -- (6) Number of nodes in the tree = 1
933
66s -- (32) Type of analysis effectively used = 1
934
66s -- (7) Ordering option effectively used = 2
935
66s ICNTL (6) Maximum transversal option = 0
936
66s ICNTL (7) Pivot order option = 7
937
66s ICNTL(12) Ordering symmetric indef. matrices = 1
938
66s ICNTL(13) Parallelism/splitting of root node = 0
939
66s ICNTL(14) Percentage of memory relaxation = 20
940
66s ICNTL(15) Analysis by block effectively used = 0
941
66s ICNTL(18) Distributed input matrix (on if >0) = 0
942
66s ICNTL(32) Forward elimination during facto. = 0
943
66s ICNTL(35) BLR activation = 0
944
66s ICNTL(48) Tree based multithreading (effective)= 0
945
66s ICNTL(58) Symbolic factorization option = 2
946
66s Number of level 2 nodes = 0
947
66s Number of split nodes = 0
948
66s RINFOG(1) Operations during elimination (estim)= 7.000D 01
949
66s
950
66s MEMORY ESTIMATIONS ...
951
66s Estimations with standard Full-Rank (FR) factorization:
952
66s Total space in MBytes, IC factorization (INFOG(17)): 0
953
66s Total space in MBytes, OOC factorization (INFOG(27)): 0
954
66s
955
66s Elapsed time in analysis driver= 0.0005
956
66s
957
66s
958
66s ****** FACTORIZATION STEP ********
959
66s
960
66s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
961
66s Number of working processes = 1
962
66s ICNTL(22) Out-of-core option = 0
963
66s ICNTL(35) BLR activation (eff. choice) = 0
964
66s ICNTL(37) BLR CB compression (eff. choice) = 0
965
66s ICNTL(49) Compact workarray S (end facto.) = 0
966
66s ICNTL(14) Memory relaxation = 20
967
66s INFOG(3) Real space for factors (estimated)= 25
968
66s INFOG(4) Integer space for factors (estim.)= 30
969
66s Maximum frontal size (estimated) = 5
970
66s Number of nodes in the tree = 1
971
66s ICNTL(23) Memory allowed (value on host) = 0
972
66s Sum over all procs = 0
973
66s Memory provided by user, sum of LWK_USER = 0
974
66s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
975
66s
976
66s Statistics on the scaling phase
977
66s Elapsed time for scaling = 0.0000
978
66s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
979
66s
980
66s Effective size of S (based on INFO(39))= 2445
981
66s Elapsed time to reformat/distribute matrix = 0.0000
982
66s
983
66s
984
66s Allocated buffers
985
66s ------------------
986
66s Size of reception buffer in bytes ...... = 140000
987
66s Size of async. emission buffer (bytes).. = 140012
988
66s Small emission buffer (bytes) .......... = 20
989
66s
990
66s ** Memory allocated, total in Mbytes (INFOG(19)): 0
991
66s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
992
66s
993
66s Elapsed time for factorization = 0.0002
994
66s
995
66s Leaving factorization with ...
996
66s RINFOG (2) Operations in node assembly = 0.000D 00
997
66s ------ (3) Operations in node elimination = 7.000D 01
998
66s ICNTL (8) Scaling effectively used = 7
999
66s INFOG (9) Real space for factors = 25
1000
66s INFOG (10) Integer space for factors = 30
1001
66s INFOG (11) Maximum front size = 5
1002
66s INFOG (29) Number of entries in factors = 25
1003
66s INFOG (12) Number of off diagonal pivots = 1
1004
66s INFOG (13) Number of delayed pivots = 0
1005
66s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
1006
66s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
1007
66s RINFOG(21) Largest pivot in absolute value = 5.281D 00
1008
66s INFOG (24) Effective value of ICNTL(12) = 1
1009
66s INFOG (14) Number of memory compress = 0
1010
66s
1011
66s Elapsed time in factorization driver = 0.0008
1012
66s
1013
66s
1014
66s ****** SOLVE & CHECK STEP ********
1015
66s
1016
66s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
1017
66s Number of right-hand-sides = 1
1018
66s Blocking factor for multiple rhs = 1
1019
66s ICNTL (9) = 1
1020
66s --- (10) = 0
1021
66s --- (11) = 0
1022
66s --- (20) = 0
1023
66s --- (21) = 0
1024
66s --- (30) = 0
1025
66s --- (35) = 0
1026
66s --- (48) (effective) = 0
1027
66s ** Space in MBYTES used for solve : 0
1028
66s
1029
66s Leaving solve with ...
1030
66s Time to build/scatter RHS = 0.000037
1031
66s Time in solution step (fwd/bwd) = 0.000021
1032
66s .. Time in forward (fwd) step = 0.000012
1033
66s .. Time in backward (bwd) step = 0.000006
1034
66s Time to gather solution(cent.sol)= 0.000002
1035
66s Time for distributed solution = 0.000000
1036
66s
1037
66s Elapsed time in solve driver= 0.0004
1038
66s Solution is 0.999998450 1.99999976 3.00000000 3.99999976 5.00000095
1039
66s
1040
66s Entering SMUMPS 5.7.3 with JOB = -2
1041
66s executing #MPI = 1, without OMP
1042
66s
1043
66s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
1044
66s executing #MPI = 1, without OMP
1045
66s
1046
66s =================================================
1047
66s MUMPS compiled with option -Dpord
1048
66s =================================================
1049
66s L U Solver for unsymmetric matrices
1050
66s Type of parallelism: Working host
1051
66s
1052
66s ****** ANALYSIS STEP ********
1053
66s
1054
66s Processing a graph of size: 5
1055
66s ... Structural symmetry (in percent)= 92
1056
66s Average density of rows/columns = 2
1057
66s ... No column permutation
1058
66s Ordering based on AMF
1059
66s
1060
66s Leaving analysis phase with ...
1061
66s INFOG(1) = 0
1062
66s INFOG(2) = 0
1063
66s -- (20) Number of entries in factors (estim.) = 25
1064
66s -- (3) Real space for factors (estimated) = 25
1065
66s -- (4) Integer space for factors (estimated) = 30
1066
66s -- (5) Maximum frontal size (estimated) = 5
1067
66s -- (6) Number of nodes in the tree = 1
1068
66s -- (32) Type of analysis effectively used = 1
1069
66s -- (7) Ordering option effectively used = 2
1070
66s ICNTL (6) Maximum transversal option = 0
1071
66s ICNTL (7) Pivot order option = 7
1072
66s ICNTL(12) Ordering symmetric indef. matrices = 1
1073
66s ICNTL(13) Parallelism/splitting of root node = 0
1074
66s ICNTL(14) Percentage of memory relaxation = 20
1075
66s ICNTL(15) Analysis by block effectively used = 0
1076
66s ICNTL(18) Distributed input matrix (on if >0) = 0
1077
66s ICNTL(32) Forward elimination during facto. = 0
1078
66s ICNTL(35) BLR activation = 0
1079
66s ICNTL(48) Tree based multithreading (effective)= 0
1080
66s ICNTL(58) Symbolic factorization option = 2
1081
66s Number of level 2 nodes = 0
1082
66s Number of split nodes = 0
1083
66s RINFOG(1) Operations during elimination (estim)= 7.000D 01
1084
66s
1085
66s MEMORY ESTIMATIONS ...
1086
66s Estimations with standard Full-Rank (FR) factorization:
1087
66s Total space in MBytes, IC factorization (INFOG(17)): 0
1088
66s Total space in MBytes, OOC factorization (INFOG(27)): 0
1089
66s
1090
66s Elapsed time in analysis driver= 0.0006
1091
66s
1092
66s
1093
66s ****** FACTORIZATION STEP ********
1094
66s
1095
66s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
1096
66s Number of working processes = 1
1097
66s ICNTL(22) Out-of-core option = 1
1098
66s ICNTL(35) BLR activation (eff. choice) = 0
1099
66s ICNTL(37) BLR CB compression (eff. choice) = 0
1100
66s ICNTL(49) Compact workarray S (end facto.) = 0
1101
66s ICNTL(14) Memory relaxation = 20
1102
66s INFOG(3) Real space for factors (estimated)= 25
1103
66s INFOG(4) Integer space for factors (estim.)= 30
1104
66s Maximum frontal size (estimated) = 5
1105
66s Number of nodes in the tree = 1
1106
66s ICNTL(23) Memory allowed (value on host) = 0
1107
66s Sum over all procs = 0
1108
66s Memory provided by user, sum of LWK_USER = 0
1109
66s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
1110
66s
1111
66s Statistics on the scaling phase
1112
66s Elapsed time for scaling = 0.0000
1113
66s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
1114
66s
1115
66s Effective size of S (based on INFO(39))= 2445
1116
66s Elapsed time to reformat/distribute matrix = 0.0000
1117
66s
1118
66s
1119
66s Allocated buffers
1120
66s ------------------
1121
66s Size of reception buffer in bytes ...... = 140000
1122
66s Size of async. emission buffer (bytes).. = 140012
1123
66s Small emission buffer (bytes) .......... = 20
1124
66s
1125
66s ** Memory allocated, total in Mbytes (INFOG(19)): 0
1126
66s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
1127
66s
1128
66s Elapsed time for factorization = 0.0005
1129
66s
1130
66s Leaving factorization with ...
1131
66s RINFOG (2) Operations in node assembly = 0.000D 00
1132
66s ------ (3) Operations in node elimination = 7.000D 01
1133
66s ICNTL (8) Scaling effectively used = 7
1134
66s INFOG (9) Real space for factors = 50
1135
66s INFOG (10) Integer space for factors = 31
1136
66s INFOG (11) Maximum front size = 5
1137
66s INFOG (29) Number of entries in factors = 25
1138
66s INFOG (12) Number of off diagonal pivots = 1
1139
66s INFOG (13) Number of delayed pivots = 0
1140
66s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
1141
66s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
1142
66s RINFOG(21) Largest pivot in absolute value = 5.281D 00
1143
66s INFOG (24) Effective value of ICNTL(12) = 1
1144
66s INFOG (14) Number of memory compress = 0
1145
66s
1146
66s Elapsed time in factorization driver = 0.0018
1147
66s
1148
66s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
1149
66s executing #MPI = 1, without OMP
1150
66s Save done successfully
1151
66s The corresponding OOC files are:
1152
66s /tmp//mumps_0_3FJaQE
1153
66s /tmp//mumps_0_24DdnO
1154
66s
1155
66s Elapsed time in save structure driver= 0.0005
1156
66s
1157
66s Entering SMUMPS 5.7.3 with JOB = -2
1158
66s executing #MPI = 1, without OMP
1159
66s
1160
66s Entering SMUMPS 5.7.3 with JOB = 8
1161
66s executing #MPI = 1, without OMP
1162
66s The corresponding OOC files are:
1163
66s /tmp//mumps_0_3FJaQE
1164
66s /tmp//mumps_0_24DdnO
1165
66s
1166
66s Elapsed time in restore structure driver= 0.0004
1167
66s
1168
66s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
1169
66s executing #MPI = 1, without OMP
1170
66s
1171
66s
1172
66s
1173
66s ****** SOLVE & CHECK STEP ********
1174
66s
1175
66s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
1176
66s Number of right-hand-sides = 1
1177
66s Blocking factor for multiple rhs = 1
1178
66s ICNTL (9) = 1
1179
66s --- (10) = 0
1180
66s --- (11) = 0
1181
66s --- (20) = 0
1182
66s --- (21) = 0
1183
66s --- (30) = 0
1184
66s --- (35) = 0
1185
66s --- (48) (effective) = 0
1186
66s ** Space in MBYTES used for solve : 0
1187
66s
1188
66s Leaving solve with ...
1189
66s Time to build/scatter RHS = 0.000058
1190
66s Time in solution step (fwd/bwd) = 0.000064
1191
66s .. Time in forward (fwd) step = 0.000045
1192
66s .. Time in backward (bwd) step = 0.000014
1193
66s Time to gather solution(cent.sol)= 0.000002
1194
66s Time for distributed solution = 0.000000
1195
66s
1196
66s Elapsed time in solve driver= 0.0010
1197
66s Solution is 0.999998450 1.99999976 3.00000000 3.99999976 5.00000095
1198
66s
1199
66s Entering SMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
1200
66s executing #MPI = 1, without OMP
1201
66s
1202
66s Entering SMUMPS 5.7.3 with JOB = -2
1203
66s executing #MPI = 1, without OMP
1204
66s
1205
66s
1206
66s === running simple test: real, double precision, serial ===
1207
66s
1208
66s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
1209
66s executing #MPI = 1, without OMP
1210
66s
1211
66s =================================================
1212
66s MUMPS compiled with option -Dpord
1213
66s =================================================
1214
66s L U Solver for unsymmetric matrices
1215
66s Type of parallelism: Working host
1216
66s
1217
66s ****** ANALYSIS STEP ********
1218
66s
1219
66s Processing a graph of size: 5
1220
66s ... Structural symmetry (in percent)= 92
1221
66s Average density of rows/columns = 2
1222
66s ... No column permutation
1223
66s Ordering based on AMF
1224
66s
1225
66s Leaving analysis phase with ...
1226
66s INFOG(1) = 0
1227
66s INFOG(2) = 0
1228
66s -- (20) Number of entries in factors (estim.) = 25
1229
66s -- (3) Real space for factors (estimated) = 25
1230
66s -- (4) Integer space for factors (estimated) = 30
1231
66s -- (5) Maximum frontal size (estimated) = 5
1232
66s -- (6) Number of nodes in the tree = 1
1233
66s -- (32) Type of analysis effectively used = 1
1234
66s -- (7) Ordering option effectively used = 2
1235
66s ICNTL (6) Maximum transversal option = 0
1236
66s ICNTL (7) Pivot order option = 7
1237
66s ICNTL(12) Ordering symmetric indef. matrices = 1
1238
66s ICNTL(13) Parallelism/splitting of root node = 0
1239
66s ICNTL(14) Percentage of memory relaxation = 20
1240
66s ICNTL(15) Analysis by block effectively used = 0
1241
66s ICNTL(18) Distributed input matrix (on if >0) = 0
1242
66s ICNTL(32) Forward elimination during facto. = 0
1243
66s ICNTL(35) BLR activation = 0
1244
66s ICNTL(48) Tree based multithreading (effective)= 0
1245
66s ICNTL(58) Symbolic factorization option = 2
1246
66s Number of level 2 nodes = 0
1247
66s Number of split nodes = 0
1248
66s RINFOG(1) Operations during elimination (estim)= 7.000D 01
1249
66s
1250
66s MEMORY ESTIMATIONS ...
1251
66s Estimations with standard Full-Rank (FR) factorization:
1252
66s Total space in MBytes, IC factorization (INFOG(17)): 0
1253
66s Total space in MBytes, OOC factorization (INFOG(27)): 0
1254
66s
1255
66s Elapsed time in analysis driver= 0.0006
1256
66s
1257
66s
1258
66s ****** FACTORIZATION STEP ********
1259
66s
1260
66s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
1261
66s Number of working processes = 1
1262
66s ICNTL(22) Out-of-core option = 0
1263
66s ICNTL(35) BLR activation (eff. choice) = 0
1264
66s ICNTL(37) BLR CB compression (eff. choice) = 0
1265
66s ICNTL(49) Compact workarray S (end facto.) = 0
1266
66s ICNTL(14) Memory relaxation = 20
1267
66s INFOG(3) Real space for factors (estimated)= 25
1268
66s INFOG(4) Integer space for factors (estim.)= 30
1269
66s Maximum frontal size (estimated) = 5
1270
66s Number of nodes in the tree = 1
1271
66s ICNTL(23) Memory allowed (value on host) = 0
1272
66s Sum over all procs = 0
1273
66s Memory provided by user, sum of LWK_USER = 0
1274
66s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
1275
66s
1276
66s Statistics on the scaling phase
1277
66s Elapsed time for scaling = 0.0000
1278
66s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
1279
66s
1280
66s Effective size of S (based on INFO(39))= 2445
1281
66s Elapsed time to reformat/distribute matrix = 0.0000
1282
66s
1283
66s
1284
66s Allocated buffers
1285
66s ------------------
1286
66s Size of reception buffer in bytes ...... = 140000
1287
66s Size of async. emission buffer (bytes).. = 140012
1288
66s Small emission buffer (bytes) .......... = 20
1289
66s
1290
66s ** Memory allocated, total in Mbytes (INFOG(19)): 0
1291
66s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
1292
66s
1293
66s Elapsed time for factorization = 0.0002
1294
66s
1295
66s Leaving factorization with ...
1296
66s RINFOG (2) Operations in node assembly = 0.000D 00
1297
66s ------ (3) Operations in node elimination = 7.000D 01
1298
66s ICNTL (8) Scaling effectively used = 7
1299
66s INFOG (9) Real space for factors = 25
1300
66s INFOG (10) Integer space for factors = 30
1301
66s INFOG (11) Maximum front size = 5
1302
66s INFOG (29) Number of entries in factors = 25
1303
66s INFOG (12) Number of off diagonal pivots = 1
1304
66s INFOG (13) Number of delayed pivots = 0
1305
66s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
1306
66s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
1307
66s RINFOG(21) Largest pivot in absolute value = 5.281D 00
1308
66s INFOG (24) Effective value of ICNTL(12) = 1
1309
66s INFOG (14) Number of memory compress = 0
1310
66s
1311
66s Elapsed time in factorization driver = 0.0009
1312
66s
1313
66s
1314
66s ****** SOLVE & CHECK STEP ********
1315
66s
1316
66s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
1317
66s Number of right-hand-sides = 1
1318
66s Blocking factor for multiple rhs = 1
1319
66s ICNTL (9) = 1
1320
66s --- (10) = 0
1321
66s --- (11) = 0
1322
66s --- (20) = 0
1323
66s --- (21) = 0
1324
66s --- (30) = 0
1325
66s --- (35) = 0
1326
66s --- (48) (effective) = 0
1327
66s ** Space in MBYTES used for solve : 0
1328
66s
1329
66s Leaving solve with ...
1330
66s Time to build/scatter RHS = 0.000053
1331
66s Time in solution step (fwd/bwd) = 0.000030
1332
66s .. Time in forward (fwd) step = 0.000016
1333
66s .. Time in backward (bwd) step = 0.000009
1334
66s Time to gather solution(cent.sol)= 0.000002
1335
66s Time for distributed solution = 0.000000
1336
66s
1337
66s Elapsed time in solve driver= 0.0004
1338
66s Solution is 0.99999999999999978 2.0000000000000004 3.0000000000000004 4.0000000000000000 4.9999999999999991
1339
66s
1340
66s Entering DMUMPS 5.7.3 with JOB = -2
1341
66s executing #MPI = 1, without OMP
1342
66s
1343
66s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
1344
66s executing #MPI = 1, without OMP
1345
66s
1346
66s =================================================
1347
66s MUMPS compiled with option -Dpord
1348
66s =================================================
1349
66s L U Solver for unsymmetric matrices
1350
66s Type of parallelism: Working host
1351
66s
1352
66s ****** ANALYSIS STEP ********
1353
66s
1354
66s Processing a graph of size: 5
1355
66s ... Structural symmetry (in percent)= 92
1356
66s Average density of rows/columns = 2
1357
66s ... No column permutation
1358
66s Ordering based on AMF
1359
66s
1360
66s Leaving analysis phase with ...
1361
66s INFOG(1) = 0
1362
66s INFOG(2) = 0
1363
66s -- (20) Number of entries in factors (estim.) = 25
1364
66s -- (3) Real space for factors (estimated) = 25
1365
66s -- (4) Integer space for factors (estimated) = 30
1366
66s -- (5) Maximum frontal size (estimated) = 5
1367
66s -- (6) Number of nodes in the tree = 1
1368
66s -- (32) Type of analysis effectively used = 1
1369
66s -- (7) Ordering option effectively used = 2
1370
66s ICNTL (6) Maximum transversal option = 0
1371
66s ICNTL (7) Pivot order option = 7
1372
66s ICNTL(12) Ordering symmetric indef. matrices = 1
1373
66s ICNTL(13) Parallelism/splitting of root node = 0
1374
66s ICNTL(14) Percentage of memory relaxation = 20
1375
66s ICNTL(15) Analysis by block effectively used = 0
1376
66s ICNTL(18) Distributed input matrix (on if >0) = 0
1377
66s ICNTL(32) Forward elimination during facto. = 0
1378
66s ICNTL(35) BLR activation = 0
1379
66s ICNTL(48) Tree based multithreading (effective)= 0
1380
66s ICNTL(58) Symbolic factorization option = 2
1381
66s Number of level 2 nodes = 0
1382
66s Number of split nodes = 0
1383
66s RINFOG(1) Operations during elimination (estim)= 7.000D 01
1384
66s
1385
66s MEMORY ESTIMATIONS ...
1386
66s Estimations with standard Full-Rank (FR) factorization:
1387
66s Total space in MBytes, IC factorization (INFOG(17)): 0
1388
66s Total space in MBytes, OOC factorization (INFOG(27)): 0
1389
66s
1390
66s Elapsed time in analysis driver= 0.0006
1391
66s
1392
66s
1393
66s ****** FACTORIZATION STEP ********
1394
66s
1395
66s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
1396
66s Number of working processes = 1
1397
66s ICNTL(22) Out-of-core option = 1
1398
66s ICNTL(35) BLR activation (eff. choice) = 0
1399
66s ICNTL(37) BLR CB compression (eff. choice) = 0
1400
66s ICNTL(49) Compact workarray S (end facto.) = 0
1401
66s ICNTL(14) Memory relaxation = 20
1402
66s INFOG(3) Real space for factors (estimated)= 25
1403
66s INFOG(4) Integer space for factors (estim.)= 30
1404
66s Maximum frontal size (estimated) = 5
1405
66s Number of nodes in the tree = 1
1406
66s ICNTL(23) Memory allowed (value on host) = 0
1407
66s Sum over all procs = 0
1408
66s Memory provided by user, sum of LWK_USER = 0
1409
66s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
1410
66s
1411
66s Statistics on the scaling phase
1412
66s Elapsed time for scaling = 0.0000
1413
66s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
1414
66s
1415
66s Effective size of S (based on INFO(39))= 2445
1416
66s Elapsed time to reformat/distribute matrix = 0.0000
1417
66s
1418
66s
1419
66s Allocated buffers
1420
66s ------------------
1421
66s Size of reception buffer in bytes ...... = 140000
1422
66s Size of async. emission buffer (bytes).. = 140012
1423
66s Small emission buffer (bytes) .......... = 20
1424
66s
1425
66s ** Memory allocated, total in Mbytes (INFOG(19)): 0
1426
66s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
1427
66s
1428
66s Elapsed time for factorization = 0.0034
1429
66s
1430
66s Leaving factorization with ...
1431
66s RINFOG (2) Operations in node assembly = 0.000D 00
1432
66s ------ (3) Operations in node elimination = 7.000D 01
1433
66s ICNTL (8) Scaling effectively used = 7
1434
66s INFOG (9) Real space for factors = 50
1435
66s INFOG (10) Integer space for factors = 31
1436
66s INFOG (11) Maximum front size = 5
1437
66s INFOG (29) Number of entries in factors = 25
1438
66s INFOG (12) Number of off diagonal pivots = 1
1439
66s INFOG (13) Number of delayed pivots = 0
1440
66s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
1441
66s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
1442
66s RINFOG(21) Largest pivot in absolute value = 5.281D 00
1443
66s INFOG (24) Effective value of ICNTL(12) = 1
1444
66s INFOG (14) Number of memory compress = 0
1445
66s
1446
66s Elapsed time in factorization driver = 0.0045
1447
66s
1448
66s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
1449
66s executing #MPI = 1, without OMP
1450
66s Save done successfully
1451
66s The corresponding OOC files are:
1452
66s /tmp//mumps_0_67ISIM
1453
66s /tmp//mumps_0_mbenUt
1454
66s
1455
66s Elapsed time in save structure driver= 0.0004
1456
66s
1457
66s Entering DMUMPS 5.7.3 with JOB = -2
1458
66s executing #MPI = 1, without OMP
1459
66s
1460
66s Entering DMUMPS 5.7.3 with JOB = 8
1461
66s executing #MPI = 1, without OMP
1462
66s The corresponding OOC files are:
1463
66s /tmp//mumps_0_67ISIM
1464
66s /tmp//mumps_0_mbenUt
1465
66s
1466
66s Elapsed time in restore structure driver= 0.0002
1467
66s
1468
66s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
1469
66s executing #MPI = 1, without OMP
1470
66s
1471
66s
1472
66s
1473
66s ****** SOLVE & CHECK STEP ********
1474
66s
1475
66s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
1476
66s Number of right-hand-sides = 1
1477
66s Blocking factor for multiple rhs = 1
1478
66s ICNTL (9) = 1
1479
66s --- (10) = 0
1480
66s --- (11) = 0
1481
66s --- (20) = 0
1482
66s --- (21) = 0
1483
66s --- (30) = 0
1484
66s --- (35) = 0
1485
66s --- (48) (effective) = 0
1486
66s ** Space in MBYTES used for solve : 0
1487
66s
1488
66s Leaving solve with ...
1489
66s Time to build/scatter RHS = 0.000076
1490
66s Time in solution step (fwd/bwd) = 0.000057
1491
66s .. Time in forward (fwd) step = 0.000041
1492
66s .. Time in backward (bwd) step = 0.000011
1493
66s Time to gather solution(cent.sol)= 0.000001
1494
66s Time for distributed solution = 0.000000
1495
66s
1496
66s Elapsed time in solve driver= 0.0005
1497
66s Solution is 0.99999999999999978 2.0000000000000004 3.0000000000000004 4.0000000000000000 4.9999999999999991
1498
66s
1499
66s Entering DMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
1500
66s executing #MPI = 1, without OMP
1501
66s
1502
66s Entering DMUMPS 5.7.3 with JOB = -2
1503
66s executing #MPI = 1, without OMP
1504
66s
1505
66s
1506
66s === running simple test: complex, single precision, serial ===
1507
66s
1508
66s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
1509
66s executing #MPI = 1, without OMP
1510
66s
1511
66s =================================================
1512
66s MUMPS compiled with option -Dpord
1513
66s =================================================
1514
66s L U Solver for unsymmetric matrices
1515
66s Type of parallelism: Working host
1516
66s
1517
66s ****** ANALYSIS STEP ********
1518
66s
1519
66s Processing a graph of size: 5
1520
66s ... Structural symmetry (in percent)= 92
1521
66s Average density of rows/columns = 2
1522
66s ... No column permutation
1523
66s Ordering based on AMF
1524
66s
1525
66s Leaving analysis phase with ...
1526
66s INFOG(1) = 0
1527
66s INFOG(2) = 0
1528
66s -- (20) Number of entries in factors (estim.) = 25
1529
66s -- (3) Real space for factors (estimated) = 25
1530
66s -- (4) Integer space for factors (estimated) = 30
1531
66s -- (5) Maximum frontal size (estimated) = 5
1532
66s -- (6) Number of nodes in the tree = 1
1533
66s -- (32) Type of analysis effectively used = 1
1534
66s -- (7) Ordering option effectively used = 2
1535
66s ICNTL (6) Maximum transversal option = 0
1536
66s ICNTL (7) Pivot order option = 7
1537
66s ICNTL(12) Ordering symmetric indef. matrices = 1
1538
66s ICNTL(13) Parallelism/splitting of root node = 0
1539
66s ICNTL(14) Percentage of memory relaxation = 20
1540
66s ICNTL(15) Analysis by block effectively used = 0
1541
66s ICNTL(18) Distributed input matrix (on if >0) = 0
1542
66s ICNTL(32) Forward elimination during facto. = 0
1543
66s ICNTL(35) BLR activation = 0
1544
66s ICNTL(48) Tree based multithreading (effective)= 0
1545
66s ICNTL(58) Symbolic factorization option = 2
1546
66s Number of level 2 nodes = 0
1547
66s Number of split nodes = 0
1548
66s RINFOG(1) Operations during elimination (estim)= 7.000D 01
1549
66s
1550
66s MEMORY ESTIMATIONS ...
1551
66s Estimations with standard Full-Rank (FR) factorization:
1552
66s Total space in MBytes, IC factorization (INFOG(17)): 0
1553
66s Total space in MBytes, OOC factorization (INFOG(27)): 0
1554
66s
1555
66s Elapsed time in analysis driver= 0.0006
1556
66s
1557
66s
1558
66s ****** FACTORIZATION STEP ********
1559
66s
1560
66s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
1561
66s Number of working processes = 1
1562
66s ICNTL(22) Out-of-core option = 0
1563
66s ICNTL(35) BLR activation (eff. choice) = 0
1564
66s ICNTL(37) BLR CB compression (eff. choice) = 0
1565
66s ICNTL(49) Compact workarray S (end facto.) = 0
1566
66s ICNTL(14) Memory relaxation = 20
1567
66s INFOG(3) Real space for factors (estimated)= 25
1568
66s INFOG(4) Integer space for factors (estim.)= 30
1569
66s Maximum frontal size (estimated) = 5
1570
66s Number of nodes in the tree = 1
1571
66s ICNTL(23) Memory allowed (value on host) = 0
1572
66s Sum over all procs = 0
1573
66s Memory provided by user, sum of LWK_USER = 0
1574
66s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
1575
66s
1576
66s Statistics on the scaling phase
1577
66s Elapsed time for scaling = 0.0000
1578
66s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
1579
66s
1580
66s Effective size of S (based on INFO(39))= 2445
1581
66s Elapsed time to reformat/distribute matrix = 0.0000
1582
66s
1583
66s
1584
66s Allocated buffers
1585
66s ------------------
1586
66s Size of reception buffer in bytes ...... = 140000
1587
66s Size of async. emission buffer (bytes).. = 140012
1588
66s Small emission buffer (bytes) .......... = 20
1589
66s
1590
66s ** Memory allocated, total in Mbytes (INFOG(19)): 0
1591
66s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
1592
66s
1593
66s Elapsed time for factorization = 0.0002
1863
66s
1595
66s Leaving factorization with ...
1596
66s RINFOG (2) Operations in node assembly = 0.000D 00
1597
66s ------ (3) Operations in node elimination = 7.000D 01
1598
66s ICNTL (8) Scaling effectively used = 7
1599
66s INFOG (9) Real space for factors = 25
1600
66s INFOG (10) Integer space for factors = 30
1601
66s INFOG (11) Maximum front size = 5
1602
66s INFOG (29) Number of entries in factors = 25
1603
66s INFOG (12) Number of off diagonal pivots = 1
1604
66s INFOG (13) Number of delayed pivots = 0
1605
66s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
1606
66s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
1607
66s RINFOG(21) Largest pivot in absolute value = 5.281D 00
1608
66s INFOG (24) Effective value of ICNTL(12) = 1
1609
66s INFOG (14) Number of memory compress = 0
1610
66s
1611
66s Elapsed time in factorization driver = 0.0009
1612
66s
1613
66s
1614
66s ****** SOLVE & CHECK STEP ********
1615
66s
1616
66s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
1617
66s Number of right-hand-sides = 1
1618
66s Blocking factor for multiple rhs = 1
1619
66s ICNTL (9) = 1
1620
66s --- (10) = 0
1621
66s --- (11) = 0
1622
66s --- (20) = 0
1623
66s --- (21) = 0
1624
66s --- (30) = 0
1625
66s --- (35) = 0
1626
66s --- (48) (effective) = 0
1627
66s ** Space in MBYTES used for solve : 0
1628
66s
1629
66s Leaving solve with ...
1630
66s Time to build/scatter RHS = 0.000041
1631
66s Time in solution step (fwd/bwd) = 0.000029
1632
66s .. Time in forward (fwd) step = 0.000015
1633
66s .. Time in backward (bwd) step = 0.000010
1634
66s Time to gather solution(cent.sol)= 0.000002
1635
66s Time for distributed solution = 0.000000
1636
66s
1637
66s Elapsed time in solve driver= 0.0004
1638
66s Solution is (0.999998868,0.00000000) (1.99999976,0.00000000) (3.00000000,0.00000000) (3.99999976,0.00000000) (5.00000000,0.00000000)
1639
66s
1640
66s Entering CMUMPS 5.7.3 with JOB = -2
1641
66s executing #MPI = 1, without OMP
1642
66s
1643
66s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
1644
66s executing #MPI = 1, without OMP
1645
66s
1646
66s =================================================
1647
66s MUMPS compiled with option -Dpord
1648
66s =================================================
1649
66s L U Solver for unsymmetric matrices
1650
66s Type of parallelism: Working host
1651
66s
1652
66s ****** ANALYSIS STEP ********
1653
66s
1654
66s Processing a graph of size: 5
1655
66s ... Structural symmetry (in percent)= 92
1656
66s Average density of rows/columns = 2
1657
66s ... No column permutation
1658
66s Ordering based on AMF
1659
66s
1660
66s Leaving analysis phase with ...
1661
66s INFOG(1) = 0
1662
66s INFOG(2) = 0
1663
66s -- (20) Number of entries in factors (estim.) = 25
1664
66s -- (3) Real space for factors (estimated) = 25
1665
66s -- (4) Integer space for factors (estimated) = 30
1666
66s -- (5) Maximum frontal size (estimated) = 5
1667
66s -- (6) Number of nodes in the tree = 1
1668
66s -- (32) Type of analysis effectively used = 1
1669
66s -- (7) Ordering option effectively used = 2
1670
66s ICNTL (6) Maximum transversal option = 0
1671
66s ICNTL (7) Pivot order option = 7
1672
66s ICNTL(12) Ordering symmetric indef. matrices = 1
1673
66s ICNTL(13) Parallelism/splitting of root node = 0
1674
66s ICNTL(14) Percentage of memory relaxation = 20
1675
66s ICNTL(15) Analysis by block effectively used = 0
1676
66s ICNTL(18) Distributed input matrix (on if >0) = 0
1677
66s ICNTL(32) Forward elimination during facto. = 0
1678
66s ICNTL(35) BLR activation = 0
1679
66s ICNTL(48) Tree based multithreading (effective)= 0
1680
66s ICNTL(58) Symbolic factorization option = 2
1681
66s Number of level 2 nodes = 0
1682
66s Number of split nodes = 0
1683
66s RINFOG(1) Operations during elimination (estim)= 7.000D 01
1684
66s
1685
66s MEMORY ESTIMATIONS ...
1686
66s Estimations with standard Full-Rank (FR) factorization:
1687
66s Total space in MBytes, IC factorization (INFOG(17)): 0
1688
66s Total space in MBytes, OOC factorization (INFOG(27)): 0
1689
66s
1690
66s Elapsed time in analysis driver= 0.0007
1691
66s
1692
66s
1693
66s ****** FACTORIZATION STEP ********
1694
66s
1695
66s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
1696
66s Number of working processes = 1
1697
66s ICNTL(22) Out-of-core option = 1
1698
66s ICNTL(35) BLR activation (eff. choice) = 0
1699
66s ICNTL(37) BLR CB compression (eff. choice) = 0
1700
66s ICNTL(49) Compact workarray S (end facto.) = 0
1701
66s ICNTL(14) Memory relaxation = 20
1702
66s INFOG(3) Real space for factors (estimated)= 25
1703
66s INFOG(4) Integer space for factors (estim.)= 30
1704
66s Maximum frontal size (estimated) = 5
1705
66s Number of nodes in the tree = 1
1706
66s ICNTL(23) Memory allowed (value on host) = 0
1707
66s Sum over all procs = 0
1708
66s Memory provided by user, sum of LWK_USER = 0
1709
66s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
1710
66s
1711
66s Statistics on the scaling phase
1712
66s Elapsed time for scaling = 0.0000
1713
66s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
1714
66s
1715
66s Effective size of S (based on INFO(39))= 2445
1716
66s Elapsed time to reformat/distribute matrix = 0.0000
1717
66s
1718
66s
1719
66s Allocated buffers
1720
66s ------------------
1721
66s Size of reception buffer in bytes ...... = 140000
1722
66s Size of async. emission buffer (bytes).. = 140012
1723
66s Small emission buffer (bytes) .......... = 20
1724
66s
1725
66s ** Memory allocated, total in Mbytes (INFOG(19)): 0
1726
66s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
1727
66s
1728
66s Elapsed time for factorization = 0.0003
1729
66s
1730
66s Leaving factorization with ...
1731
66s RINFOG (2) Operations in node assembly = 0.000D 00
1732
66s ------ (3) Operations in node elimination = 7.000D 01
1733
66s ICNTL (8) Scaling effectively used = 7
1734
66s INFOG (9) Real space for factors = 50
1735
66s INFOG (10) Integer space for factors = 31
1736
66s INFOG (11) Maximum front size = 5
1737
66s INFOG (29) Number of entries in factors = 25
1738
66s INFOG (12) Number of off diagonal pivots = 1
1739
66s INFOG (13) Number of delayed pivots = 0
1740
66s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
1741
66s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
1742
66s RINFOG(21) Largest pivot in absolute value = 5.281D 00
1743
66s INFOG (24) Effective value of ICNTL(12) = 1
1744
66s INFOG (14) Number of memory compress = 0
1745
66s
1746
66s Elapsed time in factorization driver = 0.0014
1747
66s
1748
66s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
1749
66s executing #MPI = 1, without OMP
1750
66s Save done successfully
1751
66s The corresponding OOC files are:
1752
66s /tmp//mumps_0_oHBdCB
1753
66s /tmp//mumps_0_vkrx6W
1754
66s
1755
66s Elapsed time in save structure driver= 0.0005
1756
66s
1757
66s Entering CMUMPS 5.7.3 with JOB = -2
1758
66s executing #MPI = 1, without OMP
1759
66s
1760
66s Entering CMUMPS 5.7.3 with JOB = 8
1761
66s executing #MPI = 1, without OMP
1762
66s The corresponding OOC files are:
1763
66s /tmp//mumps_0_oHBdCB
1764
66s /tmp//mumps_0_vkrx6W
1765
66s
1766
66s Elapsed time in restore structure driver= 0.0004
1767
66s
1768
66s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
1769
66s executing #MPI = 1, without OMP
1770
66s
1771
66s
1772
66s
1773
66s ****** SOLVE & CHECK STEP ********
1774
66s
1775
66s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
1776
66s Number of right-hand-sides = 1
1777
66s Blocking factor for multiple rhs = 1
1778
66s ICNTL (9) = 1
1779
66s --- (10) = 0
1780
66s --- (11) = 0
1781
66s --- (20) = 0
1782
66s --- (21) = 0
1783
66s --- (30) = 0
1784
66s --- (35) = 0
1785
66s --- (48) (effective) = 0
1786
66s ** Space in MBYTES used for solve : 0
1787
66s
1788
66s Leaving solve with ...
1789
66s Time to build/scatter RHS = 0.000078
1790
66s Time in solution step (fwd/bwd) = 0.000062
1791
66s .. Time in forward (fwd) step = 0.000041
1792
66s .. Time in backward (bwd) step = 0.000015
1793
66s Time to gather solution(cent.sol)= 0.000002
1794
66s Time for distributed solution = 0.000000
1795
66s
1796
66s Elapsed time in solve driver= 0.0008
1797
66s Solution is (0.999998868,0.00000000) (1.99999976,0.00000000) (3.00000000,0.00000000) (3.99999976,0.00000000) (5.00000000,0.00000000)
1798
66s
1799
66s Entering CMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
1800
66s executing #MPI = 1, without OMP
1801
66s
1802
66s Entering CMUMPS 5.7.3 with JOB = -2
1803
66s executing #MPI = 1, without OMP
1804
66s
1805
66s
1806
66s === running simple test: complex, double precision, serial ===
1807
66s
1808
66s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
1809
66s executing #MPI = 1, without OMP
1810
66s
1811
66s =================================================
1812
66s MUMPS compiled with option -Dpord
1813
66s =================================================
1814
66s L U Solver for unsymmetric matrices
1815
66s Type of parallelism: Working host
1816
66s
1817
66s ****** ANALYSIS STEP ********
1818
66s
1819
66s Processing a graph of size: 5
1820
66s ... Structural symmetry (in percent)= 92
1821
66s Average density of rows/columns = 2
1822
66s ... No column permutation
1823
66s Ordering based on AMF
1824
66s
1825
66s Leaving analysis phase with ...
1826
66s INFOG(1) = 0
1827
66s INFOG(2) = 0
1828
66s -- (20) Number of entries in factors (estim.) = 25
1829
66s -- (3) Real space for factors (estimated) = 25
1830
66s -- (4) Integer space for factors (estimated) = 30
1831
66s -- (5) Maximum frontal size (estimated) = 5
1832
66s -- (6) Number of nodes in the tree = 1
1833
66s -- (32) Type of analysis effectively used = 1
1834
66s -- (7) Ordering option effectively used = 2
1835
66s ICNTL (6) Maximum transversal option = 0
1836
66s ICNTL (7) Pivot order option = 7
1837
66s ICNTL(12) Ordering symmetric indef. matrices = 1
1838
66s ICNTL(13) Parallelism/splitting of root node = 0
1839
66s ICNTL(14) Percentage of memory relaxation = 20
1840
66s ICNTL(15) Analysis by block effectively used = 0
1841
66s ICNTL(18) Distributed input matrix (on if >0) = 0
1842
66s ICNTL(32) Forward elimination during facto. = 0
1843
66s ICNTL(35) BLR activation = 0
1844
66s ICNTL(48) Tree based multithreading (effective)= 0
1845
66s ICNTL(58) Symbolic factorization option = 2
1846
66s Number of level 2 nodes = 0
1847
66s Number of split nodes = 0
1848
66s RINFOG(1) Operations during elimination (estim)= 7.000D 01
1849
66s
1850
66s MEMORY ESTIMATIONS ...
1851
66s Estimations with standard Full-Rank (FR) factorization:
1852
66s Total space in MBytes, IC factorization (INFOG(17)): 0
1853
66s Total space in MBytes, OOC factorization (INFOG(27)): 0
1854
66s
1855
66s Elapsed time in analysis driver= 0.0010
1856
66s
1857
66s
1858
66s ****** FACTORIZATION STEP ********
1859
66s
1860
66s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
1861
66s Number of working processes = 1
1862
66s ICNTL(22) Out-of-core option = 0
1863
66s ICNTL(35) BLR activation (eff. choice) = 0
1864
66s ICNTL(37) BLR CB compression (eff. choice) = 0
1865
66s ICNTL(49) Compact workarray S (end facto.) = 0
1866
66s ICNTL(14) Memory relaxation = 20
1867
66s INFOG(3) Real space for factors (estimated)= 25
1868
66s INFOG(4) Integer space for factors (estim.)= 30
1869
66s Maximum frontal size (estimated) = 5
1870
66s Number of nodes in the tree = 1
1871
66s ICNTL(23) Memory allowed (value on host) = 0
1872
66s Sum over all procs = 0
1873
66s Memory provided by user, sum of LWK_USER = 0
1874
66s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
1875
66s
1876
66s Statistics on the scaling phase
1877
66s Elapsed time for scaling = 0.0000
1878
66s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
1879
66s
1880
66s Effective size of S (based on INFO(39))= 2445
1881
66s Elapsed time to reformat/distribute matrix = 0.0000
1882
66s
1883
66s
1884
66s Allocated buffers
1885
66s ------------------
1886
66s Size of reception buffer in bytes ...... = 140000
1887
66s Size of async. emission buffer (bytes).. = 140012
1888
66s Small emission buffer (bytes) .......... = 20
1889
66s
1890
66s ** Memory allocated, total in Mbytes (INFOG(19)): 0
1891
66s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
1892
66s
1893
66s Elapsed time for factorization = 0.0003
1894
66s
1895
66s Leaving factorization with ...
1896
66s RINFOG (2) Operations in node assembly = 0.000D 00
1897
66s ------ (3) Operations in node elimination = 7.000D 01
1898
66s ICNTL (8) Scaling effectively used = 7
1899
66s INFOG (9) Real space for factors = 25
1900
66s INFOG (10) Integer space for factors = 30
1901
66s INFOG (11) Maximum front size = 5
1902
66s INFOG (29) Number of entries in factors = 25
1903
66s INFOG (12) Number of off diagonal pivots = 1
1904
66s INFOG (13) Number of delayed pivots = 0
1905
66s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
1906
66s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
1907
66s RINFOG(21) Largest pivot in absolute value = 5.281D 00
1908
66s INFOG (24) Effective value of ICNTL(12) = 1
1909
66s INFOG (14) Number of memory compress = 0
1910
66s
1911
66s Elapsed time in factorization driver = 0.0015
1912
66s
1913
66s
1914
66s ****** SOLVE & CHECK STEP ********
1915
66s
1916
66s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
1917
66s Number of right-hand-sides = 1
1918
66s Blocking factor for multiple rhs = 1
1919
66s ICNTL (9) = 1
1920
66s --- (10) = 0
1921
66s --- (11) = 0
1922
66s --- (20) = 0
1923
66s --- (21) = 0
1924
66s --- (30) = 0
1925
66s --- (35) = 0
1926
66s --- (48) (effective) = 0
1927
66s ** Space in MBYTES used for solve : 0
1928
66s
1929
66s Leaving solve with ...
1930
66s Time to build/scatter RHS = 0.000050
1931
66s Time in solution step (fwd/bwd) = 0.000031
1932
66s .. Time in forward (fwd) step = 0.000016
1933
66s .. Time in backward (bwd) step = 0.000010
1934
66s Time to gather solution(cent.sol)= 0.000002
1935
66s Time for distributed solution = 0.000000
1936
66s
1937
66s Elapsed time in solve driver= 0.0007
1938
66s Solution is (1.0000000000000013,0.0000000000000000) (2.0000000000000000,0.0000000000000000) (3.0000000000000004,0.0000000000000000) (4.0000000000000000,0.0000000000000000) (4.9999999999999991,0.0000000000000000)
1939
66s
1940
66s Entering ZMUMPS 5.7.3 with JOB = -2
1941
66s executing #MPI = 1, without OMP
1942
66s
1943
66s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
1944
66s executing #MPI = 1, without OMP
1945
66s
1946
66s =================================================
1947
66s MUMPS compiled with option -Dpord
1948
66s =================================================
1949
66s L U Solver for unsymmetric matrices
1950
66s Type of parallelism: Working host
1951
66s
1952
66s ****** ANALYSIS STEP ********
1953
66s
1954
66s Processing a graph of size: 5
1955
66s ... Structural symmetry (in percent)= 92
1956
66s Average density of rows/columns = 2
1957
66s ... No column permutation
1958
66s Ordering based on AMF
1959
66s
1960
66s Leaving analysis phase with ...
1961
66s INFOG(1) = 0
1962
66s INFOG(2) = 0
1963
66s -- (20) Number of entries in factors (estim.) = 25
1964
66s -- (3) Real space for factors (estimated) = 25
1965
66s -- (4) Integer space for factors (estimated) = 30
1966
66s -- (5) Maximum frontal size (estimated) = 5
1967
66s -- (6) Number of nodes in the tree = 1
1968
66s -- (32) Type of analysis effectively used = 1
1969
66s -- (7) Ordering option effectively used = 2
1970
66s ICNTL (6) Maximum transversal option = 0
1971
66s ICNTL (7) Pivot order option = 7
1972
66s ICNTL(12) Ordering symmetric indef. matrices = 1
1973
66s ICNTL(13) Parallelism/splitting of root node = 0
1974
66s ICNTL(14) Percentage of memory relaxation = 20
1975
66s ICNTL(15) Analysis by block effectively used = 0
1976
66s ICNTL(18) Distributed input matrix (on if >0) = 0
1977
66s ICNTL(32) Forward elimination during facto. = 0
1978
66s ICNTL(35) BLR activation = 0
1979
66s ICNTL(48) Tree based multithreading (effective)= 0
1980
66s ICNTL(58) Symbolic factorization option = 2
1981
66s Number of level 2 nodes = 0
1982
66s Number of split nodes = 0
1983
66s RINFOG(1) Operations during elimination (estim)= 7.000D 01
1984
66s
1985
66s MEMORY ESTIMATIONS ...
1986
66s Estimations with standard Full-Rank (FR) factorization:
1987
66s Total space in MBytes, IC factorization (INFOG(17)): 0
1988
66s Total space in MBytes, OOC factorization (INFOG(27)): 0
1989
66s
1990
66s Elapsed time in analysis driver= 0.0010
1991
66s
1992
66s
1993
66s ****** FACTORIZATION STEP ********
1994
66s
1995
66s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
1996
66s Number of working processes = 1
1997
66s ICNTL(22) Out-of-core option = 1
1998
66s ICNTL(35) BLR activation (eff. choice) = 0
1999
66s ICNTL(37) BLR CB compression (eff. choice) = 0
2000
66s ICNTL(49) Compact workarray S (end facto.) = 0
2001
66s ICNTL(14) Memory relaxation = 20
2002
66s INFOG(3) Real space for factors (estimated)= 25
2003
66s INFOG(4) Integer space for factors (estim.)= 30
2004
66s Maximum frontal size (estimated) = 5
2005
66s Number of nodes in the tree = 1
2006
66s ICNTL(23) Memory allowed (value on host) = 0
2007
66s Sum over all procs = 0
2008
66s Memory provided by user, sum of LWK_USER = 0
2009
66s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
2010
66s
2011
66s Statistics on the scaling phase
2012
66s Elapsed time for scaling = 0.0000
2013
66s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
2014
66s
2015
66s Effective size of S (based on INFO(39))= 2445
2016
66s Elapsed time to reformat/distribute matrix = 0.0000
2017
66s
2018
66s
2019
66s Allocated buffers
2020
66s ------------------
2021
66s Size of reception buffer in bytes ...... = 140000
2022
66s Size of async. emission buffer (bytes).. = 140012
2023
66s Small emission buffer (bytes) .......... = 20
2024
66s
2025
66s ** Memory allocated, total in Mbytes (INFOG(19)): 0
2026
66s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
2027
66s
2028
66s Elapsed time for factorization = 0.0003
2029
66s
2030
66s Leaving factorization with ...
2031
66s RINFOG (2) Operations in node assembly = 0.000D 00
2032
66s ------ (3) Operations in node elimination = 7.000D 01
2033
66s ICNTL (8) Scaling effectively used = 7
2034
66s INFOG (9) Real space for factors = 50
2035
66s INFOG (10) Integer space for factors = 31
2036
66s INFOG (11) Maximum front size = 5
2037
66s INFOG (29) Number of entries in factors = 25
2038
66s INFOG (12) Number of off diagonal pivots = 1
2039
66s INFOG (13) Number of delayed pivots = 0
2040
66s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
2041
66s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
2042
66s RINFOG(21) Largest pivot in absolute value = 5.281D 00
2043
66s INFOG (24) Effective value of ICNTL(12) = 1
2044
66s INFOG (14) Number of memory compress = 0
2045
66s
2046
66s Elapsed time in factorization driver = 0.0018
2047
66s
2048
66s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
2049
66s executing #MPI = 1, without OMP
2050
66s Save done successfully
2051
66s The corresponding OOC files are:
2052
66s /tmp//mumps_0_1DJVNS
2053
66s /tmp//mumps_0_j7wnWq
2054
66s
2055
66s Elapsed time in save structure driver= 0.0004
2056
66s
2057
66s Entering ZMUMPS 5.7.3 with JOB = -2
2058
66s executing #MPI = 1, without OMP
2059
66s
2060
66s Entering ZMUMPS 5.7.3 with JOB = 8
2061
66s executing #MPI = 1, without OMP
2062
66s The corresponding OOC files are:
2063
66s /tmp//mumps_0_1DJVNS
2064
66s /tmp//mumps_0_j7wnWq
2065
66s
2066
66s Elapsed time in restore structure driver= 0.0003
2067
66s
2068
66s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
2069
66s executing #MPI = 1, without OMP
2070
66s
2071
66s
2072
66s
2073
66s ****** SOLVE & CHECK STEP ********
2074
66s
2075
66s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
2076
66s Number of right-hand-sides = 1
2077
66s Blocking factor for multiple rhs = 1
2078
66s ICNTL (9) = 1
2079
66s --- (10) = 0
2080
66s --- (11) = 0
2081
66s --- (20) = 0
2082
66s --- (21) = 0
2083
66s --- (30) = 0
2084
66s --- (35) = 0
2085
66s --- (48) (effective) = 0
2086
66s ** Space in MBYTES used for solve : 0
2087
66s
2088
66s Leaving solve with ...
2089
66s Time to build/scatter RHS = 0.000096
2090
66s Time in solution step (fwd/bwd) = 0.000094
2091
66s .. Time in forward (fwd) step = 0.000057
2092
66s .. Time in backward (bwd) step = 0.000026
2093
66s Time to gather solution(cent.sol)= 0.000003
2094
66s Time for distributed solution = 0.000000
2095
66s
2096
66s Elapsed time in solve driver= 0.0008
2097
66s Solution is (1.0000000000000013,0.0000000000000000) (2.0000000000000000,0.0000000000000000) (3.0000000000000004,0.0000000000000000) (4.0000000000000000,0.0000000000000000) (4.9999999999999991,0.0000000000000000)
2098
66s
2099
66s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
2100
66s executing #MPI = 1, without OMP
2101
66s
2102
66s Entering ZMUMPS 5.7.3 with JOB = -2
2103
66s executing #MPI = 1, without OMP
2104
67s autopkgtest [07:58:53]: test mumps-examples-serial: -----------------------]
2105
67s autopkgtest [07:58:53]: test mumps-examples-serial: - - - - - - - - - - results - - - - - - - - - -
2106
67s mumps-examples-serial PASS
▸ ▾ preparing testbed
2107
67s autopkgtest [07:58:53]: test mumps-examples-mpi: preparing testbed
2108
67s Reading package lists...
2109
68s Building dependency tree...
2110
68s Reading state information...
2111
68s Starting pkgProblemResolver with broken count: 0
2112
68s Starting 2 pkgProblemResolver with broken count: 0
2113
68s Done
2114
68s 0 upgraded, 0 newly installed, 0 to remove and 0 not upgraded.
▸ ▾ test run
2115
69s autopkgtest [07:58:55]: test mumps-examples-mpi: [-----------------------
2116
69s /bin/rm -f *.o [sdcz]simpletest c_example multiple_arithmetics_example ssimpletest_save_restore dsimpletest_save_restore csimpletest_save_restore zsimpletest_save_restore c_example_save_restore
2117
70s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c csimpletest.F -o csimpletest.o
2118
70s mpifort -o csimpletest -Wl,-z,relro csimpletest.o -L/usr/lib/powerpc64le-linux-gnu -lcmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
2119
70s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c csimpletest_save_restore.F -o csimpletest_save_restore.o
2120
70s mpifort -o csimpletest_save_restore -Wl,-z,relro csimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -lcmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
2121
70s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c zsimpletest.F -o zsimpletest.o
2122
71s mpifort -o zsimpletest -Wl,-z,relro zsimpletest.o -L/usr/lib/powerpc64le-linux-gnu -lzmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
2123
71s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c zsimpletest_save_restore.F -o zsimpletest_save_restore.o
2124
71s mpifort -o zsimpletest_save_restore -Wl,-z,relro zsimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -lzmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
2125
71s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c ssimpletest.F -o ssimpletest.o
2126
71s mpifort -o ssimpletest -Wl,-z,relro ssimpletest.o -L/usr/lib/powerpc64le-linux-gnu -lsmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
2127
72s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c ssimpletest_save_restore.F -o ssimpletest_save_restore.o
2128
72s mpifort -o ssimpletest_save_restore -Wl,-z,relro ssimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -lsmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
2129
72s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c dsimpletest.F -o dsimpletest.o
2130
72s mpifort -o dsimpletest -Wl,-z,relro dsimpletest.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
2131
72s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c dsimpletest_save_restore.F -o dsimpletest_save_restore.o
2132
73s mpifort -o dsimpletest_save_restore -Wl,-z,relro dsimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
2133
73s mpicc -g -O2 -Werror=implicit-function-declaration -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Wformat -Werror=format-security -DAdd_ -I. -I../include -I../src -c c_example_save_restore.c -o c_example_save_restore.o
2134
73s mpifort -o c_example_save_restore -Wl,-z,relro c_example_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
2135
73s mpicc -g -O2 -Werror=implicit-function-declaration -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Wformat -Werror=format-security -DAdd_ -I. -I../include -I../src -c c_example.c -o c_example.o
2136
73s mpifort -o c_example -Wl,-z,relro c_example.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lmpi -lblas -lpthread
2137
73s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c multiple_arithmetics_example.F -o multiple_arithmetics_example.o
2138
73s mpifort -o multiple_arithmetics_example -Wl,-z,relro multiple_arithmetics_example.o -L/usr/lib/powerpc64le-linux-gnu -lsmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -ldmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lcmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lzmumps -lmumps_common -L/usr/lib/powerpc64le-linux-gnu -lpord -lscalapack-openmpi -llapack -lblas -lpthread
2139
74s
2140
74s
2141
74s === running c_example (MPI) ===
2142
74s Solution is : ( 1.00 2.00)
2143
74s Saving MUMPS instance in /tmp with prefix csave_restore.
2144
74s DONE
2145
74s
2146
74s Restoring MUMPS instance in /tmp with prefix csave_restore.
2147
74s
2148
74s Entering DMUMPS 5.7.3 from C interface with JOB = 8
2149
74s executing #MPI = 3, without OMP
2150
74s
2151
74s Elapsed time in restore structure driver= 0.0006
2152
74s DONE
2153
74s
2154
74s Calling MUMPS package (solve).
2155
74s DONE
2156
74s
2157
74s Removing save files.
2158
74s DONE
2159
74s
2160
74s Solution is : ( 1.00 2.00)
2161
74s
2162
74s
2163
74s === running simple test: real, single precision, MPI ===
2164
74s
2165
74s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
2166
74s executing #MPI = 3, without OMP
2167
74s
2168
74s =================================================
2169
74s MUMPS compiled with option -Dpord
2170
74s =================================================
2171
74s L U Solver for unsymmetric matrices
2172
74s Type of parallelism: Working host
2173
74s
2174
74s ****** ANALYSIS STEP ********
2175
74s
2176
74s Processing a graph of size: 5
2177
74s ... Structural symmetry (in percent)= 92
2178
74s Average density of rows/columns = 2
2179
74s ... No column permutation
2180
74s Ordering based on AMF
2181
74s WARNING: Largest root node of size 5 not selected for parallel execution
2182
74s
2183
74s Leaving analysis phase with ...
2184
74s INFOG(1) = 0
2185
74s INFOG(2) = 0
2186
74s -- (20) Number of entries in factors (estim.) = 25
2187
74s -- (3) Real space for factors (estimated) = 25
2188
74s -- (4) Integer space for factors (estimated) = 30
2189
74s -- (5) Maximum frontal size (estimated) = 5
2190
74s -- (6) Number of nodes in the tree = 1
2191
74s -- (32) Type of analysis effectively used = 1
2192
74s -- (7) Ordering option effectively used = 2
2193
74s ICNTL (6) Maximum transversal option = 0
2194
74s ICNTL (7) Pivot order option = 7
2195
74s ICNTL(12) Ordering symmetric indef. matrices = 1
2196
74s ICNTL(13) Parallelism/splitting of root node = 0
2197
74s ICNTL(14) Percentage of memory relaxation = 20
2198
74s ICNTL(15) Analysis by block effectively used = 0
2199
74s ICNTL(18) Distributed input matrix (on if >0) = 0
2200
74s ICNTL(32) Forward elimination during facto. = 0
2201
74s ICNTL(35) BLR activation = 0
2202
74s ICNTL(48) Tree based multithreading (effective)= 0
2203
74s ICNTL(58) Symbolic factorization option = 2
2204
74s Number of level 2 nodes = 0
2205
74s Number of split nodes = 0
2206
74s RINFOG(1) Operations during elimination (estim)= 7.000D 01
2207
74s
2208
74s MEMORY ESTIMATIONS ...
2209
74s Estimations with standard Full-Rank (FR) factorization:
2210
74s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
2211
74s Total space in MBytes, IC factorization (INFOG(17)): 0
2212
74s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
2213
74s Total space in MBytes, OOC factorization (INFOG(27)): 0
2214
74s
2215
74s Elapsed time in analysis driver= 0.0005
2216
74s
2217
74s
2218
74s ****** FACTORIZATION STEP ********
2219
74s
2220
74s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
2221
74s Number of working processes = 3
2222
74s ICNTL(22) Out-of-core option = 0
2223
74s ICNTL(35) BLR activation (eff. choice) = 0
2224
74s ICNTL(37) BLR CB compression (eff. choice) = 0
2225
74s ICNTL(49) Compact workarray S (end facto.) = 0
2226
74s ICNTL(14) Memory relaxation = 20
2227
74s INFOG(3) Real space for factors (estimated)= 25
2228
74s INFOG(4) Integer space for factors (estim.)= 30
2229
74s Maximum frontal size (estimated) = 5
2230
74s Number of nodes in the tree = 1
2231
74s ICNTL(23) Memory allowed (value on host) = 0
2232
74s Sum over all procs = 0
2233
74s Memory provided by user, sum of LWK_USER = 0
2234
74s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
2235
74s
2236
74s Statistics on the scaling phase
2237
74s Elapsed time for scaling = 0.0000
2238
74s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
2239
74s
2240
74s Average Effective size of S (based on INFO(39))= 2428
2241
74s Elapsed time to reformat/distribute matrix = 0.0000
2242
74s
2243
74s
2244
74s Allocated buffers
2245
74s ------------------
2246
74s Size of reception buffer in bytes ...... = 140000
2247
74s Size of async. emission buffer (bytes).. = 140012
2248
74s Small emission buffer (bytes) .......... = 180
2249
74s ** Memory allocated, max in Mbytes (INFOG(18)): 0
2250
74s
2251
74s ** Memory allocated, total in Mbytes (INFOG(19)): 0
2252
74s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
2253
74s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
2254
74s
2255
74s Elapsed time for factorization = 0.0002
2256
74s
2257
74s Leaving factorization with ...
2258
74s RINFOG (2) Operations in node assembly = 0.000D 00
2259
74s ------ (3) Operations in node elimination = 7.000D 01
2260
74s ICNTL (8) Scaling effectively used = 7
2261
74s INFOG (9) Real space for factors = 25
2262
74s INFOG (10) Integer space for factors = 30
2263
74s INFOG (11) Maximum front size = 5
2264
74s INFOG (29) Number of entries in factors = 25
2265
74s INFOG (12) Number of off diagonal pivots = 1
2266
74s INFOG (13) Number of delayed pivots = 0
2267
74s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
2268
74s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
2269
74s RINFOG(21) Largest pivot in absolute value = 5.281D 00
2270
74s INFOG (24) Effective value of ICNTL(12) = 1
2271
74s INFOG (14) Number of memory compress = 0
2272
74s
2273
74s Elapsed time in factorization driver = 0.0006
2274
74s
2275
74s
2276
74s ****** SOLVE & CHECK STEP ********
2277
74s
2278
74s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
2279
74s Number of right-hand-sides = 1
2280
74s Blocking factor for multiple rhs = 1
2281
74s ICNTL (9) = 1
2282
74s --- (10) = 0
2283
74s --- (11) = 0
2284
74s --- (20) = 0
2285
74s --- (21) = 0
2286
74s --- (30) = 0
2287
74s --- (35) = 0
2288
74s --- (48) (effective) = 0
2289
74s ** Rank of processor needing largest memory in solve : 0
2290
74s ** Space in MBYTES used by this processor for solve : 0
2291
74s ** Avg. Space in MBYTES per working proc during solve : 0
2292
74s
2293
74s Leaving solve with ...
2294
74s Time to build/scatter RHS = 0.000085
2295
74s Time in solution step (fwd/bwd) = 0.000068
2296
74s .. Time in forward (fwd) step = 0.000039
2297
74s .. Time in backward (bwd) step = 0.000021
2298
74s Time to gather solution(cent.sol)= 0.000006
2299
74s Time for distributed solution = 0.000000
2300
74s
2301
74s Elapsed time in solve driver= 0.0004
2302
74s Solution is 0.999998450 1.99999976 3.00000000 3.99999976 5.00000095
2303
74s
2304
74s Entering SMUMPS 5.7.3 with JOB = -2
2305
74s executing #MPI = 3, without OMP
2306
74s
2307
74s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
2308
74s executing #MPI = 3, without OMP
2309
74s
2310
74s =================================================
2311
74s MUMPS compiled with option -Dpord
2312
74s =================================================
2313
74s L U Solver for unsymmetric matrices
2314
74s Type of parallelism: Working host
2315
74s
2316
74s ****** ANALYSIS STEP ********
2317
74s
2318
74s Processing a graph of size: 5
2319
74s ... Structural symmetry (in percent)= 92
2320
74s Average density of rows/columns = 2
2321
74s ... No column permutation
2322
74s Ordering based on AMF
2323
74s WARNING: Largest root node of size 5 not selected for parallel execution
2324
74s
2325
74s Leaving analysis phase with ...
2326
74s INFOG(1) = 0
2327
74s INFOG(2) = 0
2328
74s -- (20) Number of entries in factors (estim.) = 25
2329
74s -- (3) Real space for factors (estimated) = 25
2330
74s -- (4) Integer space for factors (estimated) = 30
2331
74s -- (5) Maximum frontal size (estimated) = 5
2332
74s -- (6) Number of nodes in the tree = 1
2333
74s -- (32) Type of analysis effectively used = 1
2334
74s -- (7) Ordering option effectively used = 2
2335
74s ICNTL (6) Maximum transversal option = 0
2336
74s ICNTL (7) Pivot order option = 7
2337
74s ICNTL(12) Ordering symmetric indef. matrices = 1
2338
74s ICNTL(13) Parallelism/splitting of root node = 0
2339
74s ICNTL(14) Percentage of memory relaxation = 20
2340
74s ICNTL(15) Analysis by block effectively used = 0
2341
74s ICNTL(18) Distributed input matrix (on if >0) = 0
2342
74s ICNTL(32) Forward elimination during facto. = 0
2343
74s ICNTL(35) BLR activation = 0
2344
74s ICNTL(48) Tree based multithreading (effective)= 0
2345
74s ICNTL(58) Symbolic factorization option = 2
2346
74s Number of level 2 nodes = 0
2347
74s Number of split nodes = 0
2348
74s RINFOG(1) Operations during elimination (estim)= 7.000D 01
2349
74s
2350
74s MEMORY ESTIMATIONS ...
2351
74s Estimations with standard Full-Rank (FR) factorization:
2352
74s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
2353
74s Total space in MBytes, IC factorization (INFOG(17)): 0
2354
74s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
2355
74s Total space in MBytes, OOC factorization (INFOG(27)): 0
2356
74s
2357
74s Elapsed time in analysis driver= 0.0008
2358
74s
2359
74s
2360
74s ****** FACTORIZATION STEP ********
2361
74s
2362
74s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
2363
74s Number of working processes = 3
2364
74s ICNTL(22) Out-of-core option = 1
2365
74s ICNTL(35) BLR activation (eff. choice) = 0
2366
74s ICNTL(37) BLR CB compression (eff. choice) = 0
2367
74s ICNTL(49) Compact workarray S (end facto.) = 0
2368
74s ICNTL(14) Memory relaxation = 20
2369
74s INFOG(3) Real space for factors (estimated)= 25
2370
74s INFOG(4) Integer space for factors (estim.)= 30
2371
74s Maximum frontal size (estimated) = 5
2372
74s Number of nodes in the tree = 1
2373
74s ICNTL(23) Memory allowed (value on host) = 0
2374
74s Sum over all procs = 0
2375
74s Memory provided by user, sum of LWK_USER = 0
2376
74s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
2377
74s
2378
74s Statistics on the scaling phase
2379
74s Elapsed time for scaling = 0.0000
2380
74s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
2381
74s
2382
74s Average Effective size of S (based on INFO(39))= 2428
2383
74s Elapsed time to reformat/distribute matrix = 0.0000
2384
74s
2385
74s
2386
74s Allocated buffers
2387
74s ------------------
2388
74s Size of reception buffer in bytes ...... = 140000
2389
74s Size of async. emission buffer (bytes).. = 140012
2390
74s Small emission buffer (bytes) .......... = 180
2391
74s ** Memory allocated, max in Mbytes (INFOG(18)): 0
2392
74s
2393
74s ** Memory allocated, total in Mbytes (INFOG(19)): 0
2394
74s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
2395
74s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
2396
74s
2397
74s Elapsed time for factorization = 0.0004
2398
74s
2399
74s Leaving factorization with ...
2400
74s RINFOG (2) Operations in node assembly = 0.000D 00
2401
74s ------ (3) Operations in node elimination = 7.000D 01
2402
74s ICNTL (8) Scaling effectively used = 7
2403
74s INFOG (9) Real space for factors = 50
2404
74s INFOG (10) Integer space for factors = 31
2405
74s INFOG (11) Maximum front size = 5
2406
74s INFOG (29) Number of entries in factors = 25
2407
74s INFOG (12) Number of off diagonal pivots = 1
2408
74s INFOG (13) Number of delayed pivots = 0
2409
74s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
2410
74s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
2411
74s RINFOG(21) Largest pivot in absolute value = 5.281D 00
2412
74s INFOG (24) Effective value of ICNTL(12) = 1
2413
74s INFOG (14) Number of memory compress = 0
2414
74s
2415
74s Elapsed time in factorization driver = 0.0019
2416
74s
2417
74s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
2418
74s executing #MPI = 3, without OMP
2419
74s Save done successfully
2420
74s The corresponding OOC files are:
2421
74s /tmp//mumps_0_nDCGq5
2422
74s /tmp//mumps_0_HrWhNQ
2423
74s
2424
74s Elapsed time in save structure driver= 0.0009
2425
74s
2426
74s Entering SMUMPS 5.7.3 with JOB = -2
2427
74s executing #MPI = 3, without OMP
2428
74s
2429
74s Entering SMUMPS 5.7.3 with JOB = 8
2430
74s executing #MPI = 3, without OMP
2431
74s The corresponding OOC files are:
2432
74s /tmp//mumps_0_nDCGq5
2433
74s /tmp//mumps_0_HrWhNQ
2434
74s
2435
74s Elapsed time in restore structure driver= 0.0008
2436
74s
2437
74s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
2438
74s executing #MPI = 3, without OMP
2439
74s
2440
74s
2441
74s
2442
74s ****** SOLVE & CHECK STEP ********
2443
74s
2444
74s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
2445
74s Number of right-hand-sides = 1
2446
74s Blocking factor for multiple rhs = 1
2447
74s ICNTL (9) = 1
2448
74s --- (10) = 0
2449
74s --- (11) = 0
2450
74s --- (20) = 0
2451
74s --- (21) = 0
2452
74s --- (30) = 0
2453
74s --- (35) = 0
2454
74s --- (48) (effective) = 0
2455
74s ** Rank of processor needing largest memory in solve : 0
2456
74s ** Space in MBYTES used by this processor for solve : 0
2457
74s ** Avg. Space in MBYTES per working proc during solve : 0
2458
74s
2459
74s Leaving solve with ...
2460
74s Time to build/scatter RHS = 0.000078
2461
74s Time in solution step (fwd/bwd) = 0.000103
2462
74s .. Time in forward (fwd) step = 0.000065
2463
74s .. Time in backward (bwd) step = 0.000026
2464
74s Time to gather solution(cent.sol)= 0.000006
2465
74s Time for distributed solution = 0.000000
2466
74s
2467
74s Elapsed time in solve driver= 0.0007
2468
74s Solution is 0.999998450 1.99999976 3.00000000 3.99999976 5.00000095
2469
74s
2470
74s Entering SMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
2471
74s executing #MPI = 3, without OMP
2472
74s
2473
74s Entering SMUMPS 5.7.3 with JOB = -2
2474
74s executing #MPI = 3, without OMP
2475
74s
2476
74s
2477
74s === running simple test: real, double precision, MPI ===
2478
74s
2479
74s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
2480
74s executing #MPI = 3, without OMP
2481
74s
2482
74s =================================================
2483
74s MUMPS compiled with option -Dpord
2484
74s =================================================
2485
74s L U Solver for unsymmetric matrices
2486
74s Type of parallelism: Working host
2487
74s
2488
74s ****** ANALYSIS STEP ********
2489
74s
2490
74s Processing a graph of size: 5
2491
74s ... Structural symmetry (in percent)= 92
2492
74s Average density of rows/columns = 2
2493
74s ... No column permutation
2494
74s Ordering based on AMF
2495
74s WARNING: Largest root node of size 5 not selected for parallel execution
2496
74s
2497
74s Leaving analysis phase with ...
2498
74s INFOG(1) = 0
2499
74s INFOG(2) = 0
2500
74s -- (20) Number of entries in factors (estim.) = 25
2501
74s -- (3) Real space for factors (estimated) = 25
2502
74s -- (4) Integer space for factors (estimated) = 30
2503
74s -- (5) Maximum frontal size (estimated) = 5
2504
74s -- (6) Number of nodes in the tree = 1
2505
74s -- (32) Type of analysis effectively used = 1
2506
74s -- (7) Ordering option effectively used = 2
2507
74s ICNTL (6) Maximum transversal option = 0
2508
74s ICNTL (7) Pivot order option = 7
2509
74s ICNTL(12) Ordering symmetric indef. matrices = 1
2510
74s ICNTL(13) Parallelism/splitting of root node = 0
2511
74s ICNTL(14) Percentage of memory relaxation = 20
2512
74s ICNTL(15) Analysis by block effectively used = 0
2513
74s ICNTL(18) Distributed input matrix (on if >0) = 0
2514
74s ICNTL(32) Forward elimination during facto. = 0
2515
74s ICNTL(35) BLR activation = 0
2516
74s ICNTL(48) Tree based multithreading (effective)= 0
2517
74s ICNTL(58) Symbolic factorization option = 2
2518
74s Number of level 2 nodes = 0
2519
74s Number of split nodes = 0
2520
74s RINFOG(1) Operations during elimination (estim)= 7.000D 01
2521
74s
2522
74s MEMORY ESTIMATIONS ...
2523
74s Estimations with standard Full-Rank (FR) factorization:
2524
74s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
2525
74s Total space in MBytes, IC factorization (INFOG(17)): 0
2526
74s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
2527
74s Total space in MBytes, OOC factorization (INFOG(27)): 0
2528
74s
2529
74s Elapsed time in analysis driver= 0.0010
2530
74s
2531
74s
2532
74s ****** FACTORIZATION STEP ********
2533
74s
2534
74s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
2535
74s Number of working processes = 3
2536
74s ICNTL(22) Out-of-core option = 0
2537
74s ICNTL(35) BLR activation (eff. choice) = 0
2538
74s ICNTL(37) BLR CB compression (eff. choice) = 0
2539
74s ICNTL(49) Compact workarray S (end facto.) = 0
2540
74s ICNTL(14) Memory relaxation = 20
2541
74s INFOG(3) Real space for factors (estimated)= 25
2542
74s INFOG(4) Integer space for factors (estim.)= 30
2543
74s Maximum frontal size (estimated) = 5
2544
74s Number of nodes in the tree = 1
2545
74s ICNTL(23) Memory allowed (value on host) = 0
2546
74s Sum over all procs = 0
2547
74s Memory provided by user, sum of LWK_USER = 0
2548
74s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
2549
74s
2550
74s Statistics on the scaling phase
2551
74s Elapsed time for scaling = 0.0000
2552
74s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
2553
74s
2554
74s Average Effective size of S (based on INFO(39))= 2428
2555
74s Elapsed time to reformat/distribute matrix = 0.0000
2556
74s
2557
74s
2558
74s Allocated buffers
2559
74s ------------------
2560
74s Size of reception buffer in bytes ...... = 140000
2561
74s Size of async. emission buffer (bytes).. = 140012
2562
74s Small emission buffer (bytes) .......... = 180
2563
74s ** Memory allocated, max in Mbytes (INFOG(18)): 0
2564
74s
2565
74s ** Memory allocated, total in Mbytes (INFOG(19)): 0
2566
74s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
2567
74s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
2568
74s
2569
74s Elapsed time for factorization = 0.0003
2570
74s
2571
74s Leaving factorization with ...
2572
74s RINFOG (2) Operations in node assembly = 0.000D 00
2573
74s ------ (3) Operations in node elimination = 7.000D 01
2574
74s ICNTL (8) Scaling effectively used = 7
2575
74s INFOG (9) Real space for factors = 25
2576
74s INFOG (10) Integer space for factors = 30
2577
74s INFOG (11) Maximum front size = 5
2578
74s INFOG (29) Number of entries in factors = 25
2579
74s INFOG (12) Number of off diagonal pivots = 1
2580
74s INFOG (13) Number of delayed pivots = 0
2581
74s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
2582
74s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
2583
74s RINFOG(21) Largest pivot in absolute value = 5.281D 00
2584
74s INFOG (24) Effective value of ICNTL(12) = 1
2585
74s INFOG (14) Number of memory compress = 0
2586
74s
2587
74s Elapsed time in factorization driver = 0.0014
2588
74s
2589
74s
2590
74s ****** SOLVE & CHECK STEP ********
2591
74s
2592
74s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
2593
74s Number of right-hand-sides = 1
2863
74s Blocking factor for multiple rhs = 1
2595
74s ICNTL (9) = 1
2596
74s --- (10) = 0
2597
74s --- (11) = 0
2598
74s --- (20) = 0
2599
74s --- (21) = 0
2600
74s --- (30) = 0
2601
74s --- (35) = 0
2602
74s --- (48) (effective) = 0
2603
74s ** Rank of processor needing largest memory in solve : 0
2604
74s ** Space in MBYTES used by this processor for solve : 0
2605
74s ** Avg. Space in MBYTES per working proc during solve : 0
2606
74s
2607
74s Leaving solve with ...
2608
74s Time to build/scatter RHS = 0.000078
2609
74s Time in solution step (fwd/bwd) = 0.000065
2610
74s .. Time in forward (fwd) step = 0.000035
2611
74s .. Time in backward (bwd) step = 0.000021
2612
74s Time to gather solution(cent.sol)= 0.000005
2613
74s Time for distributed solution = 0.000000
2614
74s
2615
74s Elapsed time in solve driver= 0.0006
2616
74s Solution is 0.99999999999999978 2.0000000000000004 3.0000000000000004 4.0000000000000000 4.9999999999999991
2617
74s
2618
74s Entering DMUMPS 5.7.3 with JOB = -2
2619
74s executing #MPI = 3, without OMP
2620
74s
2621
74s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
2622
74s executing #MPI = 3, without OMP
2623
74s
2624
74s =================================================
2625
74s MUMPS compiled with option -Dpord
2626
74s =================================================
2627
74s L U Solver for unsymmetric matrices
2628
74s Type of parallelism: Working host
2629
74s
2630
74s ****** ANALYSIS STEP ********
2631
74s
2632
74s Processing a graph of size: 5
2633
74s ... Structural symmetry (in percent)= 92
2634
74s Average density of rows/columns = 2
2635
74s ... No column permutation
2636
74s Ordering based on AMF
2637
74s WARNING: Largest root node of size 5 not selected for parallel execution
2638
74s
2639
74s Leaving analysis phase with ...
2640
74s INFOG(1) = 0
2641
74s INFOG(2) = 0
2642
74s -- (20) Number of entries in factors (estim.) = 25
2643
74s -- (3) Real space for factors (estimated) = 25
2644
74s -- (4) Integer space for factors (estimated) = 30
2645
74s -- (5) Maximum frontal size (estimated) = 5
2646
74s -- (6) Number of nodes in the tree = 1
2647
74s -- (32) Type of analysis effectively used = 1
2648
74s -- (7) Ordering option effectively used = 2
2649
74s ICNTL (6) Maximum transversal option = 0
2650
74s ICNTL (7) Pivot order option = 7
2651
74s ICNTL(12) Ordering symmetric indef. matrices = 1
2652
74s ICNTL(13) Parallelism/splitting of root node = 0
2653
74s ICNTL(14) Percentage of memory relaxation = 20
2654
74s ICNTL(15) Analysis by block effectively used = 0
2655
74s ICNTL(18) Distributed input matrix (on if >0) = 0
2656
74s ICNTL(32) Forward elimination during facto. = 0
2657
74s ICNTL(35) BLR activation = 0
2658
74s ICNTL(48) Tree based multithreading (effective)= 0
2659
74s ICNTL(58) Symbolic factorization option = 2
2660
74s Number of level 2 nodes = 0
2661
74s Number of split nodes = 0
2662
74s RINFOG(1) Operations during elimination (estim)= 7.000D 01
2663
74s
2664
74s MEMORY ESTIMATIONS ...
2665
74s Estimations with standard Full-Rank (FR) factorization:
2666
74s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
2667
74s Total space in MBytes, IC factorization (INFOG(17)): 0
2668
74s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
2669
74s Total space in MBytes, OOC factorization (INFOG(27)): 0
2670
74s
2671
74s Elapsed time in analysis driver= 0.0011
2672
74s
2673
74s
2674
74s ****** FACTORIZATION STEP ********
2675
74s
2676
74s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
2677
74s Number of working processes = 3
2678
74s ICNTL(22) Out-of-core option = 1
2679
74s ICNTL(35) BLR activation (eff. choice) = 0
2680
74s ICNTL(37) BLR CB compression (eff. choice) = 0
2681
74s ICNTL(49) Compact workarray S (end facto.) = 0
2682
74s ICNTL(14) Memory relaxation = 20
2683
74s INFOG(3) Real space for factors (estimated)= 25
2684
74s INFOG(4) Integer space for factors (estim.)= 30
2685
74s Maximum frontal size (estimated) = 5
2686
74s Number of nodes in the tree = 1
2687
74s ICNTL(23) Memory allowed (value on host) = 0
2688
74s Sum over all procs = 0
2689
74s Memory provided by user, sum of LWK_USER = 0
2690
74s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
2691
74s
2692
74s Statistics on the scaling phase
2693
74s Elapsed time for scaling = 0.0000
2694
74s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
2695
74s
2696
74s Average Effective size of S (based on INFO(39))= 2428
2697
74s Elapsed time to reformat/distribute matrix = 0.0000
2698
74s
2699
74s
2700
74s Allocated buffers
2701
74s ------------------
2702
74s Size of reception buffer in bytes ...... = 140000
2703
74s Size of async. emission buffer (bytes).. = 140012
2704
74s Small emission buffer (bytes) .......... = 180
2705
74s ** Memory allocated, max in Mbytes (INFOG(18)): 0
2706
74s
2707
74s ** Memory allocated, total in Mbytes (INFOG(19)): 0
2708
74s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
2709
74s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
2710
74s
2711
74s Elapsed time for factorization = 0.0003
2712
74s
2713
74s Leaving factorization with ...
2714
74s RINFOG (2) Operations in node assembly = 0.000D 00
2715
74s ------ (3) Operations in node elimination = 7.000D 01
2716
74s ICNTL (8) Scaling effectively used = 7
2717
74s INFOG (9) Real space for factors = 50
2718
74s INFOG (10) Integer space for factors = 31
2719
74s INFOG (11) Maximum front size = 5
2720
74s INFOG (29) Number of entries in factors = 25
2721
74s INFOG (12) Number of off diagonal pivots = 1
2722
74s INFOG (13) Number of delayed pivots = 0
2723
74s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
2724
74s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
2725
74s RINFOG(21) Largest pivot in absolute value = 5.281D 00
2726
74s INFOG (24) Effective value of ICNTL(12) = 1
2727
74s INFOG (14) Number of memory compress = 0
2728
74s
2729
74s Elapsed time in factorization driver = 0.0018
2730
74s
2731
74s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
2732
74s executing #MPI = 3, without OMP
2733
74s Save done successfully
2734
74s The corresponding OOC files are:
2735
74s /tmp//mumps_0_aNwIKU
2736
74s /tmp//mumps_0_nwbjKo
2737
74s
2738
74s Elapsed time in save structure driver= 0.0009
2739
74s
2740
74s Entering DMUMPS 5.7.3 with JOB = -2
2741
74s executing #MPI = 3, without OMP
2742
74s
2743
74s Entering DMUMPS 5.7.3 with JOB = 8
2744
74s executing #MPI = 3, without OMP
2745
74s The corresponding OOC files are:
2746
74s /tmp//mumps_0_aNwIKU
2747
74s /tmp//mumps_0_nwbjKo
2748
74s
2749
74s Elapsed time in restore structure driver= 0.0009
2750
74s
2751
74s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
2752
74s executing #MPI = 3, without OMP
2753
74s
2754
74s
2755
74s
2756
74s ****** SOLVE & CHECK STEP ********
2757
74s
2758
74s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
2759
74s Number of right-hand-sides = 1
2760
74s Blocking factor for multiple rhs = 1
2761
74s ICNTL (9) = 1
2762
74s --- (10) = 0
2763
74s --- (11) = 0
2764
74s --- (20) = 0
2765
74s --- (21) = 0
2766
74s --- (30) = 0
2767
74s --- (35) = 0
2768
74s --- (48) (effective) = 0
2769
74s ** Rank of processor needing largest memory in solve : 0
2770
74s ** Space in MBYTES used by this processor for solve : 0
2771
74s ** Avg. Space in MBYTES per working proc during solve : 0
2772
74s
2773
74s Leaving solve with ...
2774
74s Time to build/scatter RHS = 0.000080
2775
74s Time in solution step (fwd/bwd) = 0.000097
2776
74s .. Time in forward (fwd) step = 0.000059
2777
74s .. Time in backward (bwd) step = 0.000025
2778
74s Time to gather solution(cent.sol)= 0.000005
2779
74s Time for distributed solution = 0.000000
2780
74s
2781
74s Elapsed time in solve driver= 0.0007
2782
74s Solution is 0.99999999999999978 2.0000000000000004 3.0000000000000004 4.0000000000000000 4.9999999999999991
2783
74s
2784
74s Entering DMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
2785
74s executing #MPI = 3, without OMP
2786
74s
2787
74s Entering DMUMPS 5.7.3 with JOB = -2
2788
74s executing #MPI = 3, without OMP
2789
75s
2790
75s
2791
75s === running simple test: complex, single precision, MPI ===
2792
75s
2793
75s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
2794
75s executing #MPI = 3, without OMP
2795
75s
2796
75s =================================================
2797
75s MUMPS compiled with option -Dpord
2798
75s =================================================
2799
75s L U Solver for unsymmetric matrices
2800
75s Type of parallelism: Working host
2801
75s
2802
75s ****** ANALYSIS STEP ********
2803
75s
2804
75s Processing a graph of size: 5
2805
75s ... Structural symmetry (in percent)= 92
2806
75s Average density of rows/columns = 2
2807
75s ... No column permutation
2808
75s Ordering based on AMF
2809
75s WARNING: Largest root node of size 5 not selected for parallel execution
2810
75s
2811
75s Leaving analysis phase with ...
2812
75s INFOG(1) = 0
2813
75s INFOG(2) = 0
2814
75s -- (20) Number of entries in factors (estim.) = 25
2815
75s -- (3) Real space for factors (estimated) = 25
2816
75s -- (4) Integer space for factors (estimated) = 30
2817
75s -- (5) Maximum frontal size (estimated) = 5
2818
75s -- (6) Number of nodes in the tree = 1
2819
75s -- (32) Type of analysis effectively used = 1
2820
75s -- (7) Ordering option effectively used = 2
2821
75s ICNTL (6) Maximum transversal option = 0
2822
75s ICNTL (7) Pivot order option = 7
2823
75s ICNTL(12) Ordering symmetric indef. matrices = 1
2824
75s ICNTL(13) Parallelism/splitting of root node = 0
2825
75s ICNTL(14) Percentage of memory relaxation = 20
2826
75s ICNTL(15) Analysis by block effectively used = 0
2827
75s ICNTL(18) Distributed input matrix (on if >0) = 0
2828
75s ICNTL(32) Forward elimination during facto. = 0
2829
75s ICNTL(35) BLR activation = 0
2830
75s ICNTL(48) Tree based multithreading (effective)= 0
2831
75s ICNTL(58) Symbolic factorization option = 2
2832
75s Number of level 2 nodes = 0
2833
75s Number of split nodes = 0
2834
75s RINFOG(1) Operations during elimination (estim)= 7.000D 01
2835
75s
2836
75s MEMORY ESTIMATIONS ...
2837
75s Estimations with standard Full-Rank (FR) factorization:
2838
75s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
2839
75s Total space in MBytes, IC factorization (INFOG(17)): 0
2840
75s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
2841
75s Total space in MBytes, OOC factorization (INFOG(27)): 0
2842
75s
2843
75s Elapsed time in analysis driver= 0.0011
2844
75s
2845
75s
2846
75s ****** FACTORIZATION STEP ********
2847
75s
2848
75s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
2849
75s Number of working processes = 3
2850
75s ICNTL(22) Out-of-core option = 0
2851
75s ICNTL(35) BLR activation (eff. choice) = 0
2852
75s ICNTL(37) BLR CB compression (eff. choice) = 0
2853
75s ICNTL(49) Compact workarray S (end facto.) = 0
2854
75s ICNTL(14) Memory relaxation = 20
2855
75s INFOG(3) Real space for factors (estimated)= 25
2856
75s INFOG(4) Integer space for factors (estim.)= 30
2857
75s Maximum frontal size (estimated) = 5
2858
75s Number of nodes in the tree = 1
2859
75s ICNTL(23) Memory allowed (value on host) = 0
2860
75s Sum over all procs = 0
2861
75s Memory provided by user, sum of LWK_USER = 0
2862
75s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
2863
75s
2864
75s Statistics on the scaling phase
2865
75s Elapsed time for scaling = 0.0001
2866
75s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
2867
75s
2868
75s Average Effective size of S (based on INFO(39))= 2428
2869
75s Elapsed time to reformat/distribute matrix = 0.0000
2870
75s
2871
75s
2872
75s Allocated buffers
2873
75s ------------------
2874
75s Size of reception buffer in bytes ...... = 140000
2875
75s Size of async. emission buffer (bytes).. = 140012
2876
75s Small emission buffer (bytes) .......... = 180
2877
75s ** Memory allocated, max in Mbytes (INFOG(18)): 0
2878
75s
2879
75s ** Memory allocated, total in Mbytes (INFOG(19)): 0
2880
75s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
2881
75s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
2882
75s
2883
75s Elapsed time for factorization = 0.0002
2884
75s
2885
75s Leaving factorization with ...
2886
75s RINFOG (2) Operations in node assembly = 0.000D 00
2887
75s ------ (3) Operations in node elimination = 7.000D 01
2888
75s ICNTL (8) Scaling effectively used = 7
2889
75s INFOG (9) Real space for factors = 25
2890
75s INFOG (10) Integer space for factors = 30
2891
75s INFOG (11) Maximum front size = 5
2892
75s INFOG (29) Number of entries in factors = 25
2893
75s INFOG (12) Number of off diagonal pivots = 1
2894
75s INFOG (13) Number of delayed pivots = 0
2895
75s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
2896
75s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
2897
75s RINFOG(21) Largest pivot in absolute value = 5.281D 00
2898
75s INFOG (24) Effective value of ICNTL(12) = 1
2899
75s INFOG (14) Number of memory compress = 0
2900
75s
2901
75s Elapsed time in factorization driver = 0.0012
2902
75s
2903
75s
2904
75s ****** SOLVE & CHECK STEP ********
2905
75s
2906
75s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
2907
75s Number of right-hand-sides = 1
2908
75s Blocking factor for multiple rhs = 1
2909
75s ICNTL (9) = 1
2910
75s --- (10) = 0
2911
75s --- (11) = 0
2912
75s --- (20) = 0
2913
75s --- (21) = 0
2914
75s --- (30) = 0
2915
75s --- (35) = 0
2916
75s --- (48) (effective) = 0
2917
75s ** Rank of processor needing largest memory in solve : 0
2918
75s ** Space in MBYTES used by this processor for solve : 0
2919
75s ** Avg. Space in MBYTES per working proc during solve : 0
2920
75s
2921
75s Leaving solve with ...
2922
75s Time to build/scatter RHS = 0.000087
2923
75s Time in solution step (fwd/bwd) = 0.000068
2924
75s .. Time in forward (fwd) step = 0.000037
2925
75s .. Time in backward (bwd) step = 0.000020
2926
75s Time to gather solution(cent.sol)= 0.000007
2927
75s Time for distributed solution = 0.000000
2928
75s
2929
75s Elapsed time in solve driver= 0.0005
2930
75s Solution is (0.999998868,0.00000000) (1.99999976,0.00000000) (3.00000000,0.00000000) (3.99999976,0.00000000) (5.00000000,0.00000000)
2931
75s
2932
75s Entering CMUMPS 5.7.3 with JOB = -2
2933
75s executing #MPI = 3, without OMP
2934
75s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
2935
75s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
2936
75s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
2937
75s
2938
75s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
2939
75s executing #MPI = 3, without OMP
2940
75s
2941
75s =================================================
2942
75s MUMPS compiled with option -Dpord
2943
75s =================================================
2944
75s L U Solver for unsymmetric matrices
2945
75s Type of parallelism: Working host
2946
75s
2947
75s ****** ANALYSIS STEP ********
2948
75s
2949
75s Processing a graph of size: 5
2950
75s ... Structural symmetry (in percent)= 92
2951
75s Average density of rows/columns = 2
2952
75s ... No column permutation
2953
75s Ordering based on AMF
2954
75s WARNING: Largest root node of size 5 not selected for parallel execution
2955
75s
2956
75s Leaving analysis phase with ...
2957
75s INFOG(1) = 0
2958
75s INFOG(2) = 0
2959
75s -- (20) Number of entries in factors (estim.) = 25
2960
75s -- (3) Real space for factors (estimated) = 25
2961
75s -- (4) Integer space for factors (estimated) = 30
2962
75s -- (5) Maximum frontal size (estimated) = 5
2963
75s -- (6) Number of nodes in the tree = 1
2964
75s -- (32) Type of analysis effectively used = 1
2965
75s -- (7) Ordering option effectively used = 2
2966
75s ICNTL (6) Maximum transversal option = 0
2967
75s ICNTL (7) Pivot order option = 7
2968
75s ICNTL(12) Ordering symmetric indef. matrices = 1
2969
75s ICNTL(13) Parallelism/splitting of root node = 0
2970
75s ICNTL(14) Percentage of memory relaxation = 20
2971
75s ICNTL(15) Analysis by block effectively used = 0
2972
75s ICNTL(18) Distributed input matrix (on if >0) = 0
2973
75s ICNTL(32) Forward elimination during facto. = 0
2974
75s ICNTL(35) BLR activation = 0
2975
75s ICNTL(48) Tree based multithreading (effective)= 0
2976
75s ICNTL(58) Symbolic factorization option = 2
2977
75s Number of level 2 nodes = 0
2978
75s Number of split nodes = 0
2979
75s RINFOG(1) Operations during elimination (estim)= 7.000D 01
2980
75s
2981
75s MEMORY ESTIMATIONS ...
2982
75s Estimations with standard Full-Rank (FR) factorization:
2983
75s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
2984
75s Total space in MBytes, IC factorization (INFOG(17)): 0
2985
75s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
2986
75s Total space in MBytes, OOC factorization (INFOG(27)): 0
2987
75s
2988
75s Elapsed time in analysis driver= 0.0004
2989
75s
2990
75s
2991
75s ****** FACTORIZATION STEP ********
2992
75s
2993
75s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
2994
75s Number of working processes = 3
2995
75s ICNTL(22) Out-of-core option = 1
2996
75s ICNTL(35) BLR activation (eff. choice) = 0
2997
75s ICNTL(37) BLR CB compression (eff. choice) = 0
2998
75s ICNTL(49) Compact workarray S (end facto.) = 0
2999
75s ICNTL(14) Memory relaxation = 20
3000
75s INFOG(3) Real space for factors (estimated)= 25
3001
75s INFOG(4) Integer space for factors (estim.)= 30
3002
75s Maximum frontal size (estimated) = 5
3003
75s Number of nodes in the tree = 1
3004
75s ICNTL(23) Memory allowed (value on host) = 0
3005
75s Sum over all procs = 0
3006
75s Memory provided by user, sum of LWK_USER = 0
3007
75s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
3008
75s
3009
75s Statistics on the scaling phase
3010
75s Elapsed time for scaling = 0.0001
3011
75s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
3012
75s
3013
75s Average Effective size of S (based on INFO(39))= 2428
3014
75s Elapsed time to reformat/distribute matrix = 0.0000
3015
75s
3016
75s
3017
75s Allocated buffers
3018
75s ------------------
3019
75s Size of reception buffer in bytes ...... = 140000
3020
75s Size of async. emission buffer (bytes).. = 140012
3021
75s Small emission buffer (bytes) .......... = 180
3022
75s ** Memory allocated, max in Mbytes (INFOG(18)): 0
3023
75s
3024
75s ** Memory allocated, total in Mbytes (INFOG(19)): 0
3025
75s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
3026
75s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
3027
75s
3028
75s Elapsed time for factorization = 0.0003
3029
75s
3030
75s Leaving factorization with ...
3031
75s RINFOG (2) Operations in node assembly = 0.000D 00
3032
75s ------ (3) Operations in node elimination = 7.000D 01
3033
75s ICNTL (8) Scaling effectively used = 7
3034
75s INFOG (9) Real space for factors = 50
3035
75s INFOG (10) Integer space for factors = 31
3036
75s INFOG (11) Maximum front size = 5
3037
75s INFOG (29) Number of entries in factors = 25
3038
75s INFOG (12) Number of off diagonal pivots = 1
3039
75s INFOG (13) Number of delayed pivots = 0
3040
75s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
3041
75s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
3042
75s RINFOG(21) Largest pivot in absolute value = 5.281D 00
3043
75s INFOG (24) Effective value of ICNTL(12) = 1
3044
75s INFOG (14) Number of memory compress = 0
3045
75s
3046
75s Elapsed time in factorization driver = 0.0015
3047
75s
3048
75s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
3049
75s executing #MPI = 3, without OMP
3050
75s Save done successfully
3051
75s The corresponding OOC files are:
3052
75s /tmp//mumps_0_pX8kHf
3053
75s /tmp//mumps_0_Bg0y4X
3054
75s
3055
75s Elapsed time in save structure driver= 0.0008
3056
75s
3057
75s Entering CMUMPS 5.7.3 with JOB = -2
3058
75s executing #MPI = 3, without OMP
3059
75s
3060
75s Entering CMUMPS 5.7.3 with JOB = 8
3061
75s executing #MPI = 3, without OMP
3062
75s The corresponding OOC files are:
3063
75s /tmp//mumps_0_pX8kHf
3064
75s /tmp//mumps_0_Bg0y4X
3065
75s
3066
75s Elapsed time in restore structure driver= 0.0006
3067
75s
3068
75s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
3069
75s executing #MPI = 3, without OMP
3070
75s
3071
75s
3072
75s
3073
75s ****** SOLVE & CHECK STEP ********
3074
75s
3075
75s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
3076
75s Number of right-hand-sides = 1
3077
75s Blocking factor for multiple rhs = 1
3078
75s ICNTL (9) = 1
3079
75s --- (10) = 0
3080
75s --- (11) = 0
3081
75s --- (20) = 0
3082
75s --- (21) = 0
3083
75s --- (30) = 0
3084
75s --- (35) = 0
3085
75s --- (48) (effective) = 0
3086
75s ** Rank of processor needing largest memory in solve : 0
3087
75s ** Space in MBYTES used by this processor for solve : 0
3088
75s ** Avg. Space in MBYTES per working proc during solve : 0
3089
75s
3090
75s Leaving solve with ...
3091
75s Time to build/scatter RHS = 0.000085
3092
75s Time in solution step (fwd/bwd) = 0.000092
3093
75s .. Time in forward (fwd) step = 0.000058
3094
75s .. Time in backward (bwd) step = 0.000023
3095
75s Time to gather solution(cent.sol)= 0.000005
3096
75s Time for distributed solution = 0.000000
3097
75s
3098
75s Elapsed time in solve driver= 0.0006
3099
75s Solution is (0.999998868,0.00000000) (1.99999976,0.00000000) (3.00000000,0.00000000) (3.99999976,0.00000000) (5.00000000,0.00000000)
3100
75s
3101
75s Entering CMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
3102
75s executing #MPI = 3, without OMP
3103
75s
3104
75s Entering CMUMPS 5.7.3 with JOB = -2
3105
75s executing #MPI = 3, without OMP
3106
75s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
3107
75s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
3108
75s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
3109
75s
3110
75s
3111
75s === running simple test: complex, double precision, MPI ===
3112
75s
3113
75s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
3114
75s executing #MPI = 3, without OMP
3115
75s
3116
75s =================================================
3117
75s MUMPS compiled with option -Dpord
3118
75s =================================================
3119
75s L U Solver for unsymmetric matrices
3120
75s Type of parallelism: Working host
3121
75s
3122
75s ****** ANALYSIS STEP ********
3123
75s
3124
75s Processing a graph of size: 5
3125
75s ... Structural symmetry (in percent)= 92
3126
75s Average density of rows/columns = 2
3127
75s ... No column permutation
3128
75s Ordering based on AMF
3129
75s WARNING: Largest root node of size 5 not selected for parallel execution
3130
75s
3131
75s Leaving analysis phase with ...
3132
75s INFOG(1) = 0
3133
75s INFOG(2) = 0
3134
75s -- (20) Number of entries in factors (estim.) = 25
3135
75s -- (3) Real space for factors (estimated) = 25
3136
75s -- (4) Integer space for factors (estimated) = 30
3137
75s -- (5) Maximum frontal size (estimated) = 5
3138
75s -- (6) Number of nodes in the tree = 1
3139
75s -- (32) Type of analysis effectively used = 1
3140
75s -- (7) Ordering option effectively used = 2
3141
75s ICNTL (6) Maximum transversal option = 0
3142
75s ICNTL (7) Pivot order option = 7
3143
75s ICNTL(12) Ordering symmetric indef. matrices = 1
3144
75s ICNTL(13) Parallelism/splitting of root node = 0
3145
75s ICNTL(14) Percentage of memory relaxation = 20
3146
75s ICNTL(15) Analysis by block effectively used = 0
3147
75s ICNTL(18) Distributed input matrix (on if >0) = 0
3148
75s ICNTL(32) Forward elimination during facto. = 0
3149
75s ICNTL(35) BLR activation = 0
3150
75s ICNTL(48) Tree based multithreading (effective)= 0
3151
75s ICNTL(58) Symbolic factorization option = 2
3152
75s Number of level 2 nodes = 0
3153
75s Number of split nodes = 0
3154
75s RINFOG(1) Operations during elimination (estim)= 7.000D 01
3155
75s
3156
75s MEMORY ESTIMATIONS ...
3157
75s Estimations with standard Full-Rank (FR) factorization:
3158
75s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
3159
75s Total space in MBytes, IC factorization (INFOG(17)): 0
3160
75s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
3161
75s Total space in MBytes, OOC factorization (INFOG(27)): 0
3162
75s
3163
75s Elapsed time in analysis driver= 0.0005
3164
75s
3165
75s
3166
75s ****** FACTORIZATION STEP ********
3167
75s
3168
75s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
3169
75s Number of working processes = 3
3170
75s ICNTL(22) Out-of-core option = 0
3171
75s ICNTL(35) BLR activation (eff. choice) = 0
3172
75s ICNTL(37) BLR CB compression (eff. choice) = 0
3173
75s ICNTL(49) Compact workarray S (end facto.) = 0
3174
75s ICNTL(14) Memory relaxation = 20
3175
75s INFOG(3) Real space for factors (estimated)= 25
3176
75s INFOG(4) Integer space for factors (estim.)= 30
3177
75s Maximum frontal size (estimated) = 5
3178
75s Number of nodes in the tree = 1
3179
75s ICNTL(23) Memory allowed (value on host) = 0
3180
75s Sum over all procs = 0
3181
75s Memory provided by user, sum of LWK_USER = 0
3182
75s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
3183
75s
3184
75s Statistics on the scaling phase
3185
75s Elapsed time for scaling = 0.0001
3186
75s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
3187
75s
3188
75s Average Effective size of S (based on INFO(39))= 2428
3189
75s Elapsed time to reformat/distribute matrix = 0.0000
3190
75s
3191
75s
3192
75s Allocated buffers
3193
75s ------------------
3194
75s Size of reception buffer in bytes ...... = 140000
3195
75s Size of async. emission buffer (bytes).. = 140012
3196
75s Small emission buffer (bytes) .......... = 180
3197
75s ** Memory allocated, max in Mbytes (INFOG(18)): 0
3198
75s
3199
75s ** Memory allocated, total in Mbytes (INFOG(19)): 0
3200
75s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
3201
75s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
3202
75s
3203
75s Elapsed time for factorization = 0.0002
3204
75s
3205
75s Leaving factorization with ...
3206
75s RINFOG (2) Operations in node assembly = 0.000D 00
3207
75s ------ (3) Operations in node elimination = 7.000D 01
3208
75s ICNTL (8) Scaling effectively used = 7
3209
75s INFOG (9) Real space for factors = 25
3210
75s INFOG (10) Integer space for factors = 30
3211
75s INFOG (11) Maximum front size = 5
3212
75s INFOG (29) Number of entries in factors = 25
3213
75s INFOG (12) Number of off diagonal pivots = 1
3214
75s INFOG (13) Number of delayed pivots = 0
3215
75s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
3216
75s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
3217
75s RINFOG(21) Largest pivot in absolute value = 5.281D 00
3218
75s INFOG (24) Effective value of ICNTL(12) = 1
3219
75s INFOG (14) Number of memory compress = 0
3220
75s
3221
75s Elapsed time in factorization driver = 0.0008
3222
75s
3223
75s
3224
75s ****** SOLVE & CHECK STEP ********
3225
75s
3226
75s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
3227
75s Number of right-hand-sides = 1
3228
75s Blocking factor for multiple rhs = 1
3229
75s ICNTL (9) = 1
3230
75s --- (10) = 0
3231
75s --- (11) = 0
3232
75s --- (20) = 0
3233
75s --- (21) = 0
3234
75s --- (30) = 0
3235
75s --- (35) = 0
3236
75s --- (48) (effective) = 0
3237
75s ** Rank of processor needing largest memory in solve : 0
3238
75s ** Space in MBYTES used by this processor for solve : 0
3239
75s ** Avg. Space in MBYTES per working proc during solve : 0
3240
75s
3241
75s Leaving solve with ...
3242
75s Time to build/scatter RHS = 0.000081
3243
75s Time in solution step (fwd/bwd) = 0.000066
3244
75s .. Time in forward (fwd) step = 0.000034
3245
75s .. Time in backward (bwd) step = 0.000022
3246
75s Time to gather solution(cent.sol)= 0.000007
3247
75s Time for distributed solution = 0.000000
3248
75s
3249
75s Elapsed time in solve driver= 0.0004
3250
75s Solution is (1.0000000000000013,0.0000000000000000) (2.0000000000000000,0.0000000000000000) (3.0000000000000004,0.0000000000000000) (4.0000000000000000,0.0000000000000000) (4.9999999999999991,0.0000000000000000)
3251
75s
3252
75s Entering ZMUMPS 5.7.3 with JOB = -2
3253
75s executing #MPI = 3, without OMP
3254
75s
3255
75s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
3256
75s executing #MPI = 3, without OMP
3257
75s
3258
75s =================================================
3259
75s MUMPS compiled with option -Dpord
3260
75s =================================================
3261
75s L U Solver for unsymmetric matrices
3262
75s Type of parallelism: Working host
3263
75s
3264
75s ****** ANALYSIS STEP ********
3265
75s
3266
75s Processing a graph of size: 5
3267
75s ... Structural symmetry (in percent)= 92
3268
75s Average density of rows/columns = 2
3269
75s ... No column permutation
3270
75s Ordering based on AMF
3271
75s WARNING: Largest root node of size 5 not selected for parallel execution
3272
75s
3273
75s Leaving analysis phase with ...
3274
75s INFOG(1) = 0
3275
75s INFOG(2) = 0
3276
75s -- (20) Number of entries in factors (estim.) = 25
3277
75s -- (3) Real space for factors (estimated) = 25
3278
75s -- (4) Integer space for factors (estimated) = 30
3279
75s -- (5) Maximum frontal size (estimated) = 5
3280
75s -- (6) Number of nodes in the tree = 1
3281
75s -- (32) Type of analysis effectively used = 1
3282
75s -- (7) Ordering option effectively used = 2
3283
75s ICNTL (6) Maximum transversal option = 0
3284
75s ICNTL (7) Pivot order option = 7
3285
75s ICNTL(12) Ordering symmetric indef. matrices = 1
3286
75s ICNTL(13) Parallelism/splitting of root node = 0
3287
75s ICNTL(14) Percentage of memory relaxation = 20
3288
75s ICNTL(15) Analysis by block effectively used = 0
3289
75s ICNTL(18) Distributed input matrix (on if >0) = 0
3290
75s ICNTL(32) Forward elimination during facto. = 0
3291
75s ICNTL(35) BLR activation = 0
3292
75s ICNTL(48) Tree based multithreading (effective)= 0
3293
75s ICNTL(58) Symbolic factorization option = 2
3294
75s Number of level 2 nodes = 0
3295
75s Number of split nodes = 0
3296
75s RINFOG(1) Operations during elimination (estim)= 7.000D 01
3297
75s
3298
75s MEMORY ESTIMATIONS ...
3299
75s Estimations with standard Full-Rank (FR) factorization:
3300
75s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
3301
75s Total space in MBytes, IC factorization (INFOG(17)): 0
3302
75s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
3303
75s Total space in MBytes, OOC factorization (INFOG(27)): 0
3304
75s
3305
75s Elapsed time in analysis driver= 0.0008
3306
75s
3307
75s
3308
75s ****** FACTORIZATION STEP ********
3309
75s
3310
75s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
3311
75s Number of working processes = 3
3312
75s ICNTL(22) Out-of-core option = 1
3313
75s ICNTL(35) BLR activation (eff. choice) = 0
3314
75s ICNTL(37) BLR CB compression (eff. choice) = 0
3315
75s ICNTL(49) Compact workarray S (end facto.) = 0
3316
75s ICNTL(14) Memory relaxation = 20
3317
75s INFOG(3) Real space for factors (estimated)= 25
3318
75s INFOG(4) Integer space for factors (estim.)= 30
3319
75s Maximum frontal size (estimated) = 5
3320
75s Number of nodes in the tree = 1
3321
75s ICNTL(23) Memory allowed (value on host) = 0
3322
75s Sum over all procs = 0
3323
75s Memory provided by user, sum of LWK_USER = 0
3324
75s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
3325
75s
3326
75s Statistics on the scaling phase
3327
75s Elapsed time for scaling = 0.0001
3328
75s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
3329
75s
3330
75s Average Effective size of S (based on INFO(39))= 2428
3331
75s Elapsed time to reformat/distribute matrix = 0.0000
3332
75s
3333
75s
3334
75s Allocated buffers
3335
75s ------------------
3336
75s Size of reception buffer in bytes ...... = 140000
3337
75s Size of async. emission buffer (bytes).. = 140012
3338
75s Small emission buffer (bytes) .......... = 180
3339
75s ** Memory allocated, max in Mbytes (INFOG(18)): 0
3340
75s
3341
75s ** Memory allocated, total in Mbytes (INFOG(19)): 0
3342
75s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
3343
75s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
3344
75s
3345
75s Elapsed time for factorization = 0.0007
3346
75s
3347
75s Leaving factorization with ...
3348
75s RINFOG (2) Operations in node assembly = 0.000D 00
3349
75s ------ (3) Operations in node elimination = 7.000D 01
3350
75s ICNTL (8) Scaling effectively used = 7
3351
75s INFOG (9) Real space for factors = 50
3352
75s INFOG (10) Integer space for factors = 31
3353
75s INFOG (11) Maximum front size = 5
3354
75s INFOG (29) Number of entries in factors = 25
3355
75s INFOG (12) Number of off diagonal pivots = 1
3356
75s INFOG (13) Number of delayed pivots = 0
3357
75s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
3358
75s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
3359
75s RINFOG(21) Largest pivot in absolute value = 5.281D 00
3360
75s INFOG (24) Effective value of ICNTL(12) = 1
3361
75s INFOG (14) Number of memory compress = 0
3362
75s
3363
75s Elapsed time in factorization driver = 0.0022
3364
75s
3365
75s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
3366
75s executing #MPI = 3, without OMP
3367
75s Save done successfully
3368
75s The corresponding OOC files are:
3369
75s /tmp//mumps_0_NvQ9dv
3370
75s /tmp//mumps_0_PrxYOu
3371
75s
3372
75s Elapsed time in save structure driver= 0.0009
3373
75s
3374
75s Entering ZMUMPS 5.7.3 with JOB = -2
3375
75s executing #MPI = 3, without OMP
3376
75s
3377
75s Entering ZMUMPS 5.7.3 with JOB = 8
3378
75s executing #MPI = 3, without OMP
3379
75s The corresponding OOC files are:
3380
75s /tmp//mumps_0_NvQ9dv
3381
75s /tmp//mumps_0_PrxYOu
3382
75s
3383
75s Elapsed time in restore structure driver= 0.0010
3384
75s
3385
75s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
3386
75s executing #MPI = 3, without OMP
3387
75s
3388
75s
3389
75s
3390
75s ****** SOLVE & CHECK STEP ********
3391
75s
3392
75s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
3393
75s Number of right-hand-sides = 1
3394
75s Blocking factor for multiple rhs = 1
3395
75s ICNTL (9) = 1
3396
75s --- (10) = 0
3397
75s --- (11) = 0
3398
75s --- (20) = 0
3399
75s --- (21) = 0
3400
75s --- (30) = 0
3401
75s --- (35) = 0
3402
75s --- (48) (effective) = 0
3403
75s ** Rank of processor needing largest memory in solve : 0
3404
75s ** Space in MBYTES used by this processor for solve : 0
3405
75s ** Avg. Space in MBYTES per working proc during solve : 0
3406
75s
3407
75s Leaving solve with ...
3408
75s Time to build/scatter RHS = 0.000093
3409
75s Time in solution step (fwd/bwd) = 0.000113
3410
75s .. Time in forward (fwd) step = 0.000072
3411
75s .. Time in backward (bwd) step = 0.000028
3412
75s Time to gather solution(cent.sol)= 0.000005
3413
75s Time for distributed solution = 0.000000
3414
75s
3415
75s Elapsed time in solve driver= 0.0005
3416
75s Solution is (1.0000000000000013,0.0000000000000000) (2.0000000000000000,0.0000000000000000) (3.0000000000000004,0.0000000000000000) (4.0000000000000000,0.0000000000000000) (4.9999999999999991,0.0000000000000000)
3417
75s
3418
75s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
3419
75s executing #MPI = 3, without OMP
3420
75s
3421
75s Entering ZMUMPS 5.7.3 with JOB = -2
3422
75s executing #MPI = 3, without OMP
3423
76s autopkgtest [07:59:02]: test mumps-examples-mpi: -----------------------]
3424
76s mumps-examples-mpi PASS
▸ ▾ test results
3425
76s autopkgtest [07:59:02]: test mumps-examples-mpi: - - - - - - - - - - results - - - - - - - - - -
3426
76s autopkgtest [07:59:02]: test mumps64-examples-serial: preparing testbed
3427
76s Reading package lists...
3428
76s Building dependency tree...
3429
76s Reading state information...
3430
76s Starting pkgProblemResolver with broken count: 0
3431
76s Starting 2 pkgProblemResolver with broken count: 0
3432
76s Done
3433
77s 0 upgraded, 0 newly installed, 0 to remove and 0 not upgraded.
3434
78s autopkgtest [07:59:04]: test mumps64-examples-serial: [-----------------------
3435
78s /bin/rm -f *.o [sdcz]simpletest c_example multiple_arithmetics_example ssimpletest_save_restore dsimpletest_save_restore csimpletest_save_restore zsimpletest_save_restore c_example_save_restore
3436
78s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c csimpletest.F -o csimpletest.o
3437
78s mpifort -o csimpletest -Wl,-z,relro csimpletest.o -L/usr/lib/powerpc64le-linux-gnu -lcmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
3438
78s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c csimpletest_save_restore.F -o csimpletest_save_restore.o
3439
78s mpifort -o csimpletest_save_restore -Wl,-z,relro csimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -lcmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
3440
79s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c zsimpletest.F -o zsimpletest.o
3441
79s mpifort -o zsimpletest -Wl,-z,relro zsimpletest.o -L/usr/lib/powerpc64le-linux-gnu -lzmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
3442
79s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c zsimpletest_save_restore.F -o zsimpletest_save_restore.o
3443
79s mpifort -o zsimpletest_save_restore -Wl,-z,relro zsimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -lzmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
3444
79s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c ssimpletest.F -o ssimpletest.o
3445
80s mpifort -o ssimpletest -Wl,-z,relro ssimpletest.o -L/usr/lib/powerpc64le-linux-gnu -lsmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
3446
80s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c ssimpletest_save_restore.F -o ssimpletest_save_restore.o
3447
80s mpifort -o ssimpletest_save_restore -Wl,-z,relro ssimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -lsmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
3448
80s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c dsimpletest.F -o dsimpletest.o
3449
80s mpifort -o dsimpletest -Wl,-z,relro dsimpletest.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
3450
80s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c dsimpletest_save_restore.F -o dsimpletest_save_restore.o
3451
81s mpifort -o dsimpletest_save_restore -Wl,-z,relro dsimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
3452
81s mpicc -g -O2 -Werror=implicit-function-declaration -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Wformat -Werror=format-security -DPORD_INTSIZE64 -DAdd_ -I. -I../include -I../src -c c_example_save_restore.c -o c_example_save_restore.o
3453
81s mpifort -o c_example_save_restore -Wl,-z,relro c_example_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
3454
81s mpicc -g -O2 -Werror=implicit-function-declaration -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Wformat -Werror=format-security -DPORD_INTSIZE64 -DAdd_ -I. -I../include -I../src -c c_example.c -o c_example.o
3455
81s mpifort -o c_example -Wl,-z,relro c_example.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lmpi -lblas -lpthread
3456
81s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c multiple_arithmetics_example.F -o multiple_arithmetics_example.o
3457
82s mpifort -o multiple_arithmetics_example -Wl,-z,relro multiple_arithmetics_example.o -L/usr/lib/powerpc64le-linux-gnu -lsmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -ldmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lcmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lzmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
3458
82s
3459
82s === running 64-bit c_example (serial) ===
3460
82s Solution is : ( 1.00 2.00)
3461
82s Saving MUMPS instance in /tmp with prefix csave_restore.
3462
82s DONE
3463
82s
3464
82s Restoring MUMPS instance in /tmp with prefix csave_restore.
3465
82s
3466
82s Entering DMUMPS 5.7.3 from C interface with JOB = 8
3467
82s executing #MPI = 1, without OMP
3468
82s
3469
82s Elapsed time in restore structure driver= 0.0001
3470
82s DONE
3471
82s
3472
82s Calling MUMPS package (solve).
3473
82s DONE
3474
82s
3475
82s Removing save files.
3476
82s DONE
3477
82s
3478
82s Solution is : ( 1.00 2.00)
3479
82s
3480
82s
3481
82s === running 64-bit simple test: real, single precision, serial ===
3482
82s
3483
82s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
3484
82s executing #MPI = 1, without OMP
3485
82s
3486
82s =================================================
3487
82s MUMPS compiled with option -Dpord
3488
82s =================================================
3489
82s L U Solver for unsymmetric matrices
3490
82s Type of parallelism: Working host
3491
82s
3492
82s ****** ANALYSIS STEP ********
3493
82s
3494
82s Processing a graph of size: 5
3495
82s ... Structural symmetry (in percent)= 92
3496
82s Average density of rows/columns = 2
3497
82s ... No column permutation
3498
82s Ordering based on AMF
3499
82s
3500
82s Leaving analysis phase with ...
3501
82s INFOG(1) = 0
3502
82s INFOG(2) = 0
3503
82s -- (20) Number of entries in factors (estim.) = 25
3504
82s -- (3) Real space for factors (estimated) = 25
3505
82s -- (4) Integer space for factors (estimated) = 30
3506
82s -- (5) Maximum frontal size (estimated) = 5
3507
82s -- (6) Number of nodes in the tree = 1
3508
82s -- (32) Type of analysis effectively used = 1
3509
82s -- (7) Ordering option effectively used = 2
3510
82s ICNTL (6) Maximum transversal option = 0
3511
82s ICNTL (7) Pivot order option = 7
3512
82s ICNTL(12) Ordering symmetric indef. matrices = 1
3513
82s ICNTL(13) Parallelism/splitting of root node = 0
3514
82s ICNTL(14) Percentage of memory relaxation = 20
3515
82s ICNTL(15) Analysis by block effectively used = 0
3516
82s ICNTL(18) Distributed input matrix (on if >0) = 0
3517
82s ICNTL(32) Forward elimination during facto. = 0
3518
82s ICNTL(35) BLR activation = 0
3519
82s ICNTL(48) Tree based multithreading (effective)= 0
3520
82s ICNTL(58) Symbolic factorization option = 2
3521
82s Number of level 2 nodes = 0
3522
82s Number of split nodes = 0
3523
82s RINFOG(1) Operations during elimination (estim)= 7.000D 01
3524
82s
3525
82s MEMORY ESTIMATIONS ...
3526
82s Estimations with standard Full-Rank (FR) factorization:
3527
82s Total space in MBytes, IC factorization (INFOG(17)): 0
3528
82s Total space in MBytes, OOC factorization (INFOG(27)): 0
3529
82s
3530
82s Elapsed time in analysis driver= 0.0002
3531
82s
3532
82s
3533
82s ****** FACTORIZATION STEP ********
3534
82s
3535
82s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
3536
82s Number of working processes = 1
3537
82s ICNTL(22) Out-of-core option = 0
3538
82s ICNTL(35) BLR activation (eff. choice) = 0
3539
82s ICNTL(37) BLR CB compression (eff. choice) = 0
3540
82s ICNTL(49) Compact workarray S (end facto.) = 0
3541
82s ICNTL(14) Memory relaxation = 20
3542
82s INFOG(3) Real space for factors (estimated)= 25
3543
82s INFOG(4) Integer space for factors (estim.)= 30
3544
82s Maximum frontal size (estimated) = 5
3545
82s Number of nodes in the tree = 1
3546
82s ICNTL(23) Memory allowed (value on host) = 0
3547
82s Sum over all procs = 0
3548
82s Memory provided by user, sum of LWK_USER = 0
3549
82s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
3550
82s
3551
82s Statistics on the scaling phase
3552
82s Elapsed time for scaling = 0.0000
3553
82s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
3554
82s
3555
82s Effective size of S (based on INFO(39))= 2445
3556
82s Elapsed time to reformat/distribute matrix = 0.0000
3557
82s
3558
82s
3559
82s Allocated buffers
3560
82s ------------------
3561
82s Size of reception buffer in bytes ...... = 140000
3562
82s Size of async. emission buffer (bytes).. = 140012
3563
82s Small emission buffer (bytes) .......... = 20
3564
82s
3565
82s ** Memory allocated, total in Mbytes (INFOG(19)): 0
3566
82s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
3567
82s
3568
82s Elapsed time for factorization = 0.0001
3569
82s
3570
82s Leaving factorization with ...
3571
82s RINFOG (2) Operations in node assembly = 0.000D 00
3572
82s ------ (3) Operations in node elimination = 7.000D 01
3573
82s ICNTL (8) Scaling effectively used = 7
3574
82s INFOG (9) Real space for factors = 25
3575
82s INFOG (10) Integer space for factors = 30
3576
82s INFOG (11) Maximum front size = 5
3577
82s INFOG (29) Number of entries in factors = 25
3578
82s INFOG (12) Number of off diagonal pivots = 1
3579
82s INFOG (13) Number of delayed pivots = 0
3580
82s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
3581
82s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
3582
82s RINFOG(21) Largest pivot in absolute value = 5.281D 00
3583
82s INFOG (24) Effective value of ICNTL(12) = 1
3584
82s INFOG (14) Number of memory compress = 0
3585
82s
3586
82s Elapsed time in factorization driver = 0.0004
3587
82s
3588
82s
3589
82s ****** SOLVE & CHECK STEP ********
3590
82s
3591
82s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
3592
82s Number of right-hand-sides = 1
3593
82s Blocking factor for multiple rhs = 1
3863
82s ICNTL (9) = 1
3595
82s --- (10) = 0
3596
82s --- (11) = 0
3597
82s --- (20) = 0
3598
82s --- (21) = 0
3599
82s --- (30) = 0
3600
82s --- (35) = 0
3601
82s --- (48) (effective) = 0
3602
82s ** Space in MBYTES used for solve : 0
3603
82s
3604
82s Leaving solve with ...
3605
82s Time to build/scatter RHS = 0.000047
3606
82s Time in solution step (fwd/bwd) = 0.000025
3607
82s .. Time in forward (fwd) step = 0.000014
3608
82s .. Time in backward (bwd) step = 0.000007
3609
82s Time to gather solution(cent.sol)= 0.000002
3610
82s Time for distributed solution = 0.000000
3611
82s
3612
82s Elapsed time in solve driver= 0.0002
3613
82s Solution is 0.999998450 1.99999976 3.00000000 3.99999976 5.00000095
3614
82s
3615
82s Entering SMUMPS 5.7.3 with JOB = -2
3616
82s executing #MPI = 1, without OMP
3617
82s
3618
82s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
3619
82s executing #MPI = 1, without OMP
3620
82s
3621
82s =================================================
3622
82s MUMPS compiled with option -Dpord
3623
82s =================================================
3624
82s L U Solver for unsymmetric matrices
3625
82s Type of parallelism: Working host
3626
82s
3627
82s ****** ANALYSIS STEP ********
3628
82s
3629
82s Processing a graph of size: 5
3630
82s ... Structural symmetry (in percent)= 92
3631
82s Average density of rows/columns = 2
3632
82s ... No column permutation
3633
82s Ordering based on AMF
3634
82s
3635
82s Leaving analysis phase with ...
3636
82s INFOG(1) = 0
3637
82s INFOG(2) = 0
3638
82s -- (20) Number of entries in factors (estim.) = 25
3639
82s -- (3) Real space for factors (estimated) = 25
3640
82s -- (4) Integer space for factors (estimated) = 30
3641
82s -- (5) Maximum frontal size (estimated) = 5
3642
82s -- (6) Number of nodes in the tree = 1
3643
82s -- (32) Type of analysis effectively used = 1
3644
82s -- (7) Ordering option effectively used = 2
3645
82s ICNTL (6) Maximum transversal option = 0
3646
82s ICNTL (7) Pivot order option = 7
3647
82s ICNTL(12) Ordering symmetric indef. matrices = 1
3648
82s ICNTL(13) Parallelism/splitting of root node = 0
3649
82s ICNTL(14) Percentage of memory relaxation = 20
3650
82s ICNTL(15) Analysis by block effectively used = 0
3651
82s ICNTL(18) Distributed input matrix (on if >0) = 0
3652
82s ICNTL(32) Forward elimination during facto. = 0
3653
82s ICNTL(35) BLR activation = 0
3654
82s ICNTL(48) Tree based multithreading (effective)= 0
3655
82s ICNTL(58) Symbolic factorization option = 2
3656
82s Number of level 2 nodes = 0
3657
82s Number of split nodes = 0
3658
82s RINFOG(1) Operations during elimination (estim)= 7.000D 01
3659
82s
3660
82s MEMORY ESTIMATIONS ...
3661
82s Estimations with standard Full-Rank (FR) factorization:
3662
82s Total space in MBytes, IC factorization (INFOG(17)): 0
3663
82s Total space in MBytes, OOC factorization (INFOG(27)): 0
3664
82s
3665
82s Elapsed time in analysis driver= 0.0002
3666
82s
3667
82s
3668
82s ****** FACTORIZATION STEP ********
3669
82s
3670
82s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
3671
82s Number of working processes = 1
3672
82s ICNTL(22) Out-of-core option = 1
3673
82s ICNTL(35) BLR activation (eff. choice) = 0
3674
82s ICNTL(37) BLR CB compression (eff. choice) = 0
3675
82s ICNTL(49) Compact workarray S (end facto.) = 0
3676
82s ICNTL(14) Memory relaxation = 20
3677
82s INFOG(3) Real space for factors (estimated)= 25
3678
82s INFOG(4) Integer space for factors (estim.)= 30
3679
82s Maximum frontal size (estimated) = 5
3680
82s Number of nodes in the tree = 1
3681
82s ICNTL(23) Memory allowed (value on host) = 0
3682
82s Sum over all procs = 0
3683
82s Memory provided by user, sum of LWK_USER = 0
3684
82s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
3685
82s
3686
82s Statistics on the scaling phase
3687
82s Elapsed time for scaling = 0.0000
3688
82s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
3689
82s
3690
82s Effective size of S (based on INFO(39))= 2445
3691
82s Elapsed time to reformat/distribute matrix = 0.0000
3692
82s
3693
82s
3694
82s Allocated buffers
3695
82s ------------------
3696
82s Size of reception buffer in bytes ...... = 140000
3697
82s Size of async. emission buffer (bytes).. = 140012
3698
82s Small emission buffer (bytes) .......... = 20
3699
82s
3700
82s ** Memory allocated, total in Mbytes (INFOG(19)): 0
3701
82s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
3702
82s
3703
82s Elapsed time for factorization = 0.0002
3704
82s
3705
82s Leaving factorization with ...
3706
82s RINFOG (2) Operations in node assembly = 0.000D 00
3707
82s ------ (3) Operations in node elimination = 7.000D 01
3708
82s ICNTL (8) Scaling effectively used = 7
3709
82s INFOG (9) Real space for factors = 50
3710
82s INFOG (10) Integer space for factors = 31
3711
82s INFOG (11) Maximum front size = 5
3712
82s INFOG (29) Number of entries in factors = 25
3713
82s INFOG (12) Number of off diagonal pivots = 1
3714
82s INFOG (13) Number of delayed pivots = 0
3715
82s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
3716
82s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
3717
82s RINFOG(21) Largest pivot in absolute value = 5.281D 00
3718
82s INFOG (24) Effective value of ICNTL(12) = 1
3719
82s INFOG (14) Number of memory compress = 0
3720
82s
3721
82s Elapsed time in factorization driver = 0.0008
3722
82s
3723
82s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
3724
82s executing #MPI = 1, without OMP
3725
82s Save done successfully
3726
82s The corresponding OOC files are:
3727
82s /tmp//mumps_0_87G2Ah
3728
82s /tmp//mumps_0_bUO0hn
3729
82s
3730
82s Elapsed time in save structure driver= 0.0004
3731
82s
3732
82s Entering SMUMPS 5.7.3 with JOB = -2
3733
82s executing #MPI = 1, without OMP
3734
82s
3735
82s Entering SMUMPS 5.7.3 with JOB = 8
3736
82s executing #MPI = 1, without OMP
3737
82s The corresponding OOC files are:
3738
82s /tmp//mumps_0_87G2Ah
3739
82s /tmp//mumps_0_bUO0hn
3740
82s
3741
82s Elapsed time in restore structure driver= 0.0002
3742
82s
3743
82s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
3744
82s executing #MPI = 1, without OMP
3745
82s
3746
82s
3747
82s
3748
82s ****** SOLVE & CHECK STEP ********
3749
82s
3750
82s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
3751
82s Number of right-hand-sides = 1
3752
82s Blocking factor for multiple rhs = 1
3753
82s ICNTL (9) = 1
3754
82s --- (10) = 0
3755
82s --- (11) = 0
3756
82s --- (20) = 0
3757
82s --- (21) = 0
3758
82s --- (30) = 0
3759
82s --- (35) = 0
3760
82s --- (48) (effective) = 0
3761
82s ** Space in MBYTES used for solve : 0
3762
82s
3763
82s Leaving solve with ...
3764
82s Time to build/scatter RHS = 0.000071
3765
82s Time in solution step (fwd/bwd) = 0.000060
3766
82s .. Time in forward (fwd) step = 0.000040
3767
82s .. Time in backward (bwd) step = 0.000014
3768
82s Time to gather solution(cent.sol)= 0.000002
3769
82s Time for distributed solution = 0.000000
3770
82s
3771
82s Elapsed time in solve driver= 0.0003
3772
82s Solution is 0.999998450 1.99999976 3.00000000 3.99999976 5.00000095
3773
82s
3774
82s Entering SMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
3775
82s executing #MPI = 1, without OMP
3776
82s
3777
82s Entering SMUMPS 5.7.3 with JOB = -2
3778
82s executing #MPI = 1, without OMP
3779
82s
3780
82s
3781
82s === running 64-bit simple test: real, double precision, serial ===
3782
82s
3783
82s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
3784
82s executing #MPI = 1, without OMP
3785
82s
3786
82s =================================================
3787
82s MUMPS compiled with option -Dpord
3788
82s =================================================
3789
82s L U Solver for unsymmetric matrices
3790
82s Type of parallelism: Working host
3791
82s
3792
82s ****** ANALYSIS STEP ********
3793
82s
3794
82s Processing a graph of size: 5
3795
82s ... Structural symmetry (in percent)= 92
3796
82s Average density of rows/columns = 2
3797
82s ... No column permutation
3798
82s Ordering based on AMF
3799
82s
3800
82s Leaving analysis phase with ...
3801
82s INFOG(1) = 0
3802
82s INFOG(2) = 0
3803
82s -- (20) Number of entries in factors (estim.) = 25
3804
82s -- (3) Real space for factors (estimated) = 25
3805
82s -- (4) Integer space for factors (estimated) = 30
3806
82s -- (5) Maximum frontal size (estimated) = 5
3807
82s -- (6) Number of nodes in the tree = 1
3808
82s -- (32) Type of analysis effectively used = 1
3809
82s -- (7) Ordering option effectively used = 2
3810
82s ICNTL (6) Maximum transversal option = 0
3811
82s ICNTL (7) Pivot order option = 7
3812
82s ICNTL(12) Ordering symmetric indef. matrices = 1
3813
82s ICNTL(13) Parallelism/splitting of root node = 0
3814
82s ICNTL(14) Percentage of memory relaxation = 20
3815
82s ICNTL(15) Analysis by block effectively used = 0
3816
82s ICNTL(18) Distributed input matrix (on if >0) = 0
3817
82s ICNTL(32) Forward elimination during facto. = 0
3818
82s ICNTL(35) BLR activation = 0
3819
82s ICNTL(48) Tree based multithreading (effective)= 0
3820
82s ICNTL(58) Symbolic factorization option = 2
3821
82s Number of level 2 nodes = 0
3822
82s Number of split nodes = 0
3823
82s RINFOG(1) Operations during elimination (estim)= 7.000D 01
3824
82s
3825
82s MEMORY ESTIMATIONS ...
3826
82s Estimations with standard Full-Rank (FR) factorization:
3827
82s Total space in MBytes, IC factorization (INFOG(17)): 0
3828
82s Total space in MBytes, OOC factorization (INFOG(27)): 0
3829
82s
3830
82s Elapsed time in analysis driver= 0.0002
3831
82s
3832
82s
3833
82s ****** FACTORIZATION STEP ********
3834
82s
3835
82s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
3836
82s Number of working processes = 1
3837
82s ICNTL(22) Out-of-core option = 0
3838
82s ICNTL(35) BLR activation (eff. choice) = 0
3839
82s ICNTL(37) BLR CB compression (eff. choice) = 0
3840
82s ICNTL(49) Compact workarray S (end facto.) = 0
3841
82s ICNTL(14) Memory relaxation = 20
3842
82s INFOG(3) Real space for factors (estimated)= 25
3843
82s INFOG(4) Integer space for factors (estim.)= 30
3844
82s Maximum frontal size (estimated) = 5
3845
82s Number of nodes in the tree = 1
3846
82s ICNTL(23) Memory allowed (value on host) = 0
3847
82s Sum over all procs = 0
3848
82s Memory provided by user, sum of LWK_USER = 0
3849
82s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
3850
82s
3851
82s Statistics on the scaling phase
3852
82s Elapsed time for scaling = 0.0000
3853
82s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
3854
82s
3855
82s Effective size of S (based on INFO(39))= 2445
3856
82s Elapsed time to reformat/distribute matrix = 0.0000
3857
82s
3858
82s
3859
82s Allocated buffers
3860
82s ------------------
3861
82s Size of reception buffer in bytes ...... = 140000
3862
82s Size of async. emission buffer (bytes).. = 140012
3863
82s Small emission buffer (bytes) .......... = 20
3864
82s
3865
82s ** Memory allocated, total in Mbytes (INFOG(19)): 0
3866
82s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
3867
82s
3868
82s Elapsed time for factorization = 0.0002
3869
82s
3870
82s Leaving factorization with ...
3871
82s RINFOG (2) Operations in node assembly = 0.000D 00
3872
82s ------ (3) Operations in node elimination = 7.000D 01
3873
82s ICNTL (8) Scaling effectively used = 7
3874
82s INFOG (9) Real space for factors = 25
3875
82s INFOG (10) Integer space for factors = 30
3876
82s INFOG (11) Maximum front size = 5
3877
82s INFOG (29) Number of entries in factors = 25
3878
82s INFOG (12) Number of off diagonal pivots = 1
3879
82s INFOG (13) Number of delayed pivots = 0
3880
82s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
3881
82s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
3882
82s RINFOG(21) Largest pivot in absolute value = 5.281D 00
3883
82s INFOG (24) Effective value of ICNTL(12) = 1
3884
82s INFOG (14) Number of memory compress = 0
3885
82s
3886
82s Elapsed time in factorization driver = 0.0004
3887
82s
3888
82s
3889
82s ****** SOLVE & CHECK STEP ********
3890
82s
3891
82s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
3892
82s Number of right-hand-sides = 1
3893
82s Blocking factor for multiple rhs = 1
3894
82s ICNTL (9) = 1
3895
82s --- (10) = 0
3896
82s --- (11) = 0
3897
82s --- (20) = 0
3898
82s --- (21) = 0
3899
82s --- (30) = 0
3900
82s --- (35) = 0
3901
82s --- (48) (effective) = 0
3902
82s ** Space in MBYTES used for solve : 0
3903
82s
3904
82s Leaving solve with ...
3905
82s Time to build/scatter RHS = 0.000058
3906
82s Time in solution step (fwd/bwd) = 0.000021
3907
82s .. Time in forward (fwd) step = 0.000011
3908
82s .. Time in backward (bwd) step = 0.000006
3909
82s Time to gather solution(cent.sol)= 0.000001
3910
82s Time for distributed solution = 0.000000
3911
82s
3912
82s Elapsed time in solve driver= 0.0002
3913
82s Solution is 0.99999999999999978 2.0000000000000004 3.0000000000000004 4.0000000000000000 4.9999999999999991
3914
82s
3915
82s Entering DMUMPS 5.7.3 with JOB = -2
3916
82s executing #MPI = 1, without OMP
3917
82s
3918
82s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
3919
82s executing #MPI = 1, without OMP
3920
82s
3921
82s =================================================
3922
82s MUMPS compiled with option -Dpord
3923
82s =================================================
3924
82s L U Solver for unsymmetric matrices
3925
82s Type of parallelism: Working host
3926
82s
3927
82s ****** ANALYSIS STEP ********
3928
82s
3929
82s Processing a graph of size: 5
3930
82s ... Structural symmetry (in percent)= 92
3931
82s Average density of rows/columns = 2
3932
82s ... No column permutation
3933
82s Ordering based on AMF
3934
82s
3935
82s Leaving analysis phase with ...
3936
82s INFOG(1) = 0
3937
82s INFOG(2) = 0
3938
82s -- (20) Number of entries in factors (estim.) = 25
3939
82s -- (3) Real space for factors (estimated) = 25
3940
82s -- (4) Integer space for factors (estimated) = 30
3941
82s -- (5) Maximum frontal size (estimated) = 5
3942
82s -- (6) Number of nodes in the tree = 1
3943
82s -- (32) Type of analysis effectively used = 1
3944
82s -- (7) Ordering option effectively used = 2
3945
82s ICNTL (6) Maximum transversal option = 0
3946
82s ICNTL (7) Pivot order option = 7
3947
82s ICNTL(12) Ordering symmetric indef. matrices = 1
3948
82s ICNTL(13) Parallelism/splitting of root node = 0
3949
82s ICNTL(14) Percentage of memory relaxation = 20
3950
82s ICNTL(15) Analysis by block effectively used = 0
3951
82s ICNTL(18) Distributed input matrix (on if >0) = 0
3952
82s ICNTL(32) Forward elimination during facto. = 0
3953
82s ICNTL(35) BLR activation = 0
3954
82s ICNTL(48) Tree based multithreading (effective)= 0
3955
82s ICNTL(58) Symbolic factorization option = 2
3956
82s Number of level 2 nodes = 0
3957
82s Number of split nodes = 0
3958
82s RINFOG(1) Operations during elimination (estim)= 7.000D 01
3959
82s
3960
82s MEMORY ESTIMATIONS ...
3961
82s Estimations with standard Full-Rank (FR) factorization:
3962
82s Total space in MBytes, IC factorization (INFOG(17)): 0
3963
82s Total space in MBytes, OOC factorization (INFOG(27)): 0
3964
82s
3965
82s Elapsed time in analysis driver= 0.0002
3966
82s
3967
82s
3968
82s ****** FACTORIZATION STEP ********
3969
82s
3970
82s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
3971
82s Number of working processes = 1
3972
82s ICNTL(22) Out-of-core option = 1
3973
82s ICNTL(35) BLR activation (eff. choice) = 0
3974
82s ICNTL(37) BLR CB compression (eff. choice) = 0
3975
82s ICNTL(49) Compact workarray S (end facto.) = 0
3976
82s ICNTL(14) Memory relaxation = 20
3977
82s INFOG(3) Real space for factors (estimated)= 25
3978
82s INFOG(4) Integer space for factors (estim.)= 30
3979
82s Maximum frontal size (estimated) = 5
3980
82s Number of nodes in the tree = 1
3981
82s ICNTL(23) Memory allowed (value on host) = 0
3982
82s Sum over all procs = 0
3983
82s Memory provided by user, sum of LWK_USER = 0
3984
82s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
3985
82s
3986
82s Statistics on the scaling phase
3987
82s Elapsed time for scaling = 0.0000
3988
82s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
3989
82s
3990
82s Effective size of S (based on INFO(39))= 2445
3991
82s Elapsed time to reformat/distribute matrix = 0.0000
3992
82s
3993
82s
3994
82s Allocated buffers
3995
82s ------------------
3996
82s Size of reception buffer in bytes ...... = 140000
3997
82s Size of async. emission buffer (bytes).. = 140012
3998
82s Small emission buffer (bytes) .......... = 20
3999
82s
4000
82s ** Memory allocated, total in Mbytes (INFOG(19)): 0
4001
82s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
4002
82s
4003
82s Elapsed time for factorization = 0.0002
4004
82s
4005
82s Leaving factorization with ...
4006
82s RINFOG (2) Operations in node assembly = 0.000D 00
4007
82s ------ (3) Operations in node elimination = 7.000D 01
4008
82s ICNTL (8) Scaling effectively used = 7
4009
82s INFOG (9) Real space for factors = 50
4010
82s INFOG (10) Integer space for factors = 31
4011
82s INFOG (11) Maximum front size = 5
4012
82s INFOG (29) Number of entries in factors = 25
4013
82s INFOG (12) Number of off diagonal pivots = 1
4014
82s INFOG (13) Number of delayed pivots = 0
4015
82s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
4016
82s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
4017
82s RINFOG(21) Largest pivot in absolute value = 5.281D 00
4018
82s INFOG (24) Effective value of ICNTL(12) = 1
4019
82s INFOG (14) Number of memory compress = 0
4020
82s
4021
82s Elapsed time in factorization driver = 0.0008
4022
82s
4023
82s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
4024
82s executing #MPI = 1, without OMP
4025
82s Save done successfully
4026
82s The corresponding OOC files are:
4027
82s /tmp//mumps_0_lJdAvt
4028
82s /tmp//mumps_0_DVOLgc
4029
82s
4030
82s Elapsed time in save structure driver= 0.0004
4031
82s
4032
82s Entering DMUMPS 5.7.3 with JOB = -2
4033
82s executing #MPI = 1, without OMP
4034
82s
4035
82s Entering DMUMPS 5.7.3 with JOB = 8
4036
82s executing #MPI = 1, without OMP
4037
82s The corresponding OOC files are:
4038
82s /tmp//mumps_0_lJdAvt
4039
82s /tmp//mumps_0_DVOLgc
4040
82s
4041
82s Elapsed time in restore structure driver= 0.0002
4042
82s
4043
82s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
4044
82s executing #MPI = 1, without OMP
4045
82s
4046
82s
4047
82s
4048
82s ****** SOLVE & CHECK STEP ********
4049
82s
4050
82s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
4051
82s Number of right-hand-sides = 1
4052
82s Blocking factor for multiple rhs = 1
4053
82s ICNTL (9) = 1
4054
82s --- (10) = 0
4055
82s --- (11) = 0
4056
82s --- (20) = 0
4057
82s --- (21) = 0
4058
82s --- (30) = 0
4059
82s --- (35) = 0
4060
82s --- (48) (effective) = 0
4061
82s ** Space in MBYTES used for solve : 0
4062
82s
4063
82s Leaving solve with ...
4064
82s Time to build/scatter RHS = 0.000068
4065
82s Time in solution step (fwd/bwd) = 0.000050
4066
82s .. Time in forward (fwd) step = 0.000033
4067
82s .. Time in backward (bwd) step = 0.000012
4068
82s Time to gather solution(cent.sol)= 0.000001
4069
82s Time for distributed solution = 0.000000
4070
82s
4071
82s Elapsed time in solve driver= 0.0003
4072
82s Solution is 0.99999999999999978 2.0000000000000004 3.0000000000000004 4.0000000000000000 4.9999999999999991
4073
82s
4074
82s Entering DMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
4075
82s executing #MPI = 1, without OMP
4076
82s
4077
82s Entering DMUMPS 5.7.3 with JOB = -2
4078
82s executing #MPI = 1, without OMP
4079
82s
4080
82s
4081
82s === running 64-bit simple test: complex, single precision, serial ===
4082
82s
4083
82s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
4084
82s executing #MPI = 1, without OMP
4085
82s
4086
82s =================================================
4087
82s MUMPS compiled with option -Dpord
4088
82s =================================================
4089
82s L U Solver for unsymmetric matrices
4090
82s Type of parallelism: Working host
4091
82s
4092
82s ****** ANALYSIS STEP ********
4093
82s
4094
82s Processing a graph of size: 5
4095
82s ... Structural symmetry (in percent)= 92
4096
82s Average density of rows/columns = 2
4097
82s ... No column permutation
4098
82s Ordering based on AMF
4099
82s
4100
82s Leaving analysis phase with ...
4101
82s INFOG(1) = 0
4102
82s INFOG(2) = 0
4103
82s -- (20) Number of entries in factors (estim.) = 25
4104
82s -- (3) Real space for factors (estimated) = 25
4105
82s -- (4) Integer space for factors (estimated) = 30
4106
82s -- (5) Maximum frontal size (estimated) = 5
4107
82s -- (6) Number of nodes in the tree = 1
4108
82s -- (32) Type of analysis effectively used = 1
4109
82s -- (7) Ordering option effectively used = 2
4110
82s ICNTL (6) Maximum transversal option = 0
4111
82s ICNTL (7) Pivot order option = 7
4112
82s ICNTL(12) Ordering symmetric indef. matrices = 1
4113
82s ICNTL(13) Parallelism/splitting of root node = 0
4114
82s ICNTL(14) Percentage of memory relaxation = 20
4115
82s ICNTL(15) Analysis by block effectively used = 0
4116
82s ICNTL(18) Distributed input matrix (on if >0) = 0
4117
82s ICNTL(32) Forward elimination during facto. = 0
4118
82s ICNTL(35) BLR activation = 0
4119
82s ICNTL(48) Tree based multithreading (effective)= 0
4120
82s ICNTL(58) Symbolic factorization option = 2
4121
82s Number of level 2 nodes = 0
4122
82s Number of split nodes = 0
4123
82s RINFOG(1) Operations during elimination (estim)= 7.000D 01
4124
82s
4125
82s MEMORY ESTIMATIONS ...
4126
82s Estimations with standard Full-Rank (FR) factorization:
4127
82s Total space in MBytes, IC factorization (INFOG(17)): 0
4128
82s Total space in MBytes, OOC factorization (INFOG(27)): 0
4129
82s
4130
82s Elapsed time in analysis driver= 0.0013
4131
82s
4132
82s
4133
82s ****** FACTORIZATION STEP ********
4134
82s
4135
82s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
4136
82s Number of working processes = 1
4137
82s ICNTL(22) Out-of-core option = 0
4138
82s ICNTL(35) BLR activation (eff. choice) = 0
4139
82s ICNTL(37) BLR CB compression (eff. choice) = 0
4140
82s ICNTL(49) Compact workarray S (end facto.) = 0
4141
82s ICNTL(14) Memory relaxation = 20
4142
82s INFOG(3) Real space for factors (estimated)= 25
4143
82s INFOG(4) Integer space for factors (estim.)= 30
4144
82s Maximum frontal size (estimated) = 5
4145
82s Number of nodes in the tree = 1
4146
82s ICNTL(23) Memory allowed (value on host) = 0
4147
82s Sum over all procs = 0
4148
82s Memory provided by user, sum of LWK_USER = 0
4149
82s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
4150
82s
4151
82s Statistics on the scaling phase
4152
82s Elapsed time for scaling = 0.0000
4153
82s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
4154
82s
4155
82s Effective size of S (based on INFO(39))= 2445
4156
82s Elapsed time to reformat/distribute matrix = 0.0000
4157
82s
4158
82s
4159
82s Allocated buffers
4160
82s ------------------
4161
82s Size of reception buffer in bytes ...... = 140000
4162
82s Size of async. emission buffer (bytes).. = 140012
4163
82s Small emission buffer (bytes) .......... = 20
4164
82s
4165
82s ** Memory allocated, total in Mbytes (INFOG(19)): 0
4166
82s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
4167
82s
4168
82s Elapsed time for factorization = 0.0003
4169
82s
4170
82s Leaving factorization with ...
4171
82s RINFOG (2) Operations in node assembly = 0.000D 00
4172
82s ------ (3) Operations in node elimination = 7.000D 01
4173
82s ICNTL (8) Scaling effectively used = 7
4174
82s INFOG (9) Real space for factors = 25
4175
82s INFOG (10) Integer space for factors = 30
4176
82s INFOG (11) Maximum front size = 5
4177
82s INFOG (29) Number of entries in factors = 25
4178
82s INFOG (12) Number of off diagonal pivots = 1
4179
82s INFOG (13) Number of delayed pivots = 0
4180
82s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
4181
82s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
4182
82s RINFOG(21) Largest pivot in absolute value = 5.281D 00
4183
82s INFOG (24) Effective value of ICNTL(12) = 1
4184
82s INFOG (14) Number of memory compress = 0
4185
82s
4186
82s Elapsed time in factorization driver = 0.0019
4187
82s
4188
82s
4189
82s ****** SOLVE & CHECK STEP ********
4190
82s
4191
82s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
4192
82s Number of right-hand-sides = 1
4193
82s Blocking factor for multiple rhs = 1
4194
82s ICNTL (9) = 1
4195
82s --- (10) = 0
4196
82s --- (11) = 0
4197
82s --- (20) = 0
4198
82s --- (21) = 0
4199
82s --- (30) = 0
4200
82s --- (35) = 0
4201
82s --- (48) (effective) = 0
4202
82s ** Space in MBYTES used for solve : 0
4203
82s
4204
82s Leaving solve with ...
4205
82s Time to build/scatter RHS = 0.000048
4206
82s Time in solution step (fwd/bwd) = 0.000024
4207
82s .. Time in forward (fwd) step = 0.000014
4208
82s .. Time in backward (bwd) step = 0.000007
4209
82s Time to gather solution(cent.sol)= 0.000002
4210
82s Time for distributed solution = 0.000000
4211
82s
4212
82s Elapsed time in solve driver= 0.0009
4213
82s Solution is (0.999998868,0.00000000) (1.99999976,0.00000000) (3.00000000,0.00000000) (3.99999976,0.00000000) (5.00000000,0.00000000)
4214
82s
4215
82s Entering CMUMPS 5.7.3 with JOB = -2
4216
82s executing #MPI = 1, without OMP
4217
82s
4218
82s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
4219
82s executing #MPI = 1, without OMP
4220
82s
4221
82s =================================================
4222
82s MUMPS compiled with option -Dpord
4223
82s =================================================
4224
82s L U Solver for unsymmetric matrices
4225
82s Type of parallelism: Working host
4226
82s
4227
82s ****** ANALYSIS STEP ********
4228
82s
4229
82s Processing a graph of size: 5
4230
82s ... Structural symmetry (in percent)= 92
4231
82s Average density of rows/columns = 2
4232
82s ... No column permutation
4233
82s Ordering based on AMF
4234
82s
4235
82s Leaving analysis phase with ...
4236
82s INFOG(1) = 0
4237
82s INFOG(2) = 0
4238
82s -- (20) Number of entries in factors (estim.) = 25
4239
82s -- (3) Real space for factors (estimated) = 25
4240
82s -- (4) Integer space for factors (estimated) = 30
4241
82s -- (5) Maximum frontal size (estimated) = 5
4242
82s -- (6) Number of nodes in the tree = 1
4243
82s -- (32) Type of analysis effectively used = 1
4244
82s -- (7) Ordering option effectively used = 2
4245
82s ICNTL (6) Maximum transversal option = 0
4246
82s ICNTL (7) Pivot order option = 7
4247
82s ICNTL(12) Ordering symmetric indef. matrices = 1
4248
82s ICNTL(13) Parallelism/splitting of root node = 0
4249
82s ICNTL(14) Percentage of memory relaxation = 20
4250
82s ICNTL(15) Analysis by block effectively used = 0
4251
82s ICNTL(18) Distributed input matrix (on if >0) = 0
4252
82s ICNTL(32) Forward elimination during facto. = 0
4253
82s ICNTL(35) BLR activation = 0
4254
82s ICNTL(48) Tree based multithreading (effective)= 0
4255
82s ICNTL(58) Symbolic factorization option = 2
4256
82s Number of level 2 nodes = 0
4257
82s Number of split nodes = 0
4258
82s RINFOG(1) Operations during elimination (estim)= 7.000D 01
4259
82s
4260
82s MEMORY ESTIMATIONS ...
4261
82s Estimations with standard Full-Rank (FR) factorization:
4262
82s Total space in MBytes, IC factorization (INFOG(17)): 0
4263
82s Total space in MBytes, OOC factorization (INFOG(27)): 0
4264
82s
4265
82s Elapsed time in analysis driver= 0.0002
4266
82s
4267
82s
4268
82s ****** FACTORIZATION STEP ********
4269
82s
4270
82s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
4271
82s Number of working processes = 1
4272
82s ICNTL(22) Out-of-core option = 1
4273
82s ICNTL(35) BLR activation (eff. choice) = 0
4274
82s ICNTL(37) BLR CB compression (eff. choice) = 0
4275
82s ICNTL(49) Compact workarray S (end facto.) = 0
4276
82s ICNTL(14) Memory relaxation = 20
4277
82s INFOG(3) Real space for factors (estimated)= 25
4278
82s INFOG(4) Integer space for factors (estim.)= 30
4279
82s Maximum frontal size (estimated) = 5
4280
82s Number of nodes in the tree = 1
4281
82s ICNTL(23) Memory allowed (value on host) = 0
4282
82s Sum over all procs = 0
4283
82s Memory provided by user, sum of LWK_USER = 0
4284
82s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
4285
82s
4286
82s Statistics on the scaling phase
4287
82s Elapsed time for scaling = 0.0000
4288
82s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
4289
82s
4290
82s Effective size of S (based on INFO(39))= 2445
4291
82s Elapsed time to reformat/distribute matrix = 0.0000
4292
82s
4293
82s
4294
82s Allocated buffers
4295
82s ------------------
4296
82s Size of reception buffer in bytes ...... = 140000
4297
82s Size of async. emission buffer (bytes).. = 140012
4298
82s Small emission buffer (bytes) .......... = 20
4299
82s
4300
82s ** Memory allocated, total in Mbytes (INFOG(19)): 0
4301
82s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
4302
82s
4303
82s Elapsed time for factorization = 0.0002
4304
82s
4305
82s Leaving factorization with ...
4306
82s RINFOG (2) Operations in node assembly = 0.000D 00
4307
82s ------ (3) Operations in node elimination = 7.000D 01
4308
82s ICNTL (8) Scaling effectively used = 7
4309
82s INFOG (9) Real space for factors = 50
4310
82s INFOG (10) Integer space for factors = 31
4311
82s INFOG (11) Maximum front size = 5
4312
82s INFOG (29) Number of entries in factors = 25
4313
82s INFOG (12) Number of off diagonal pivots = 1
4314
82s INFOG (13) Number of delayed pivots = 0
4315
82s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
4316
82s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
4317
82s RINFOG(21) Largest pivot in absolute value = 5.281D 00
4318
82s INFOG (24) Effective value of ICNTL(12) = 1
4319
82s INFOG (14) Number of memory compress = 0
4320
82s
4321
82s Elapsed time in factorization driver = 0.0007
4322
82s
4323
82s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
4324
82s executing #MPI = 1, without OMP
4325
82s Save done successfully
4326
82s The corresponding OOC files are:
4327
82s /tmp//mumps_0_nHVLWk
4328
82s /tmp//mumps_0_JknmnR
4329
82s
4330
82s Elapsed time in save structure driver= 0.0004
4331
82s
4332
82s Entering CMUMPS 5.7.3 with JOB = -2
4333
82s executing #MPI = 1, without OMP
4334
82s
4335
82s Entering CMUMPS 5.7.3 with JOB = 8
4336
82s executing #MPI = 1, without OMP
4337
82s The corresponding OOC files are:
4338
82s /tmp//mumps_0_nHVLWk
4339
82s /tmp//mumps_0_JknmnR
4340
82s
4341
82s Elapsed time in restore structure driver= 0.0002
4342
82s
4343
82s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
4344
82s executing #MPI = 1, without OMP
4345
82s
4346
82s
4347
82s
4348
82s ****** SOLVE & CHECK STEP ********
4349
82s
4350
82s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
4351
82s Number of right-hand-sides = 1
4352
82s Blocking factor for multiple rhs = 1
4353
82s ICNTL (9) = 1
4354
82s --- (10) = 0
4355
82s --- (11) = 0
4356
82s --- (20) = 0
4357
82s --- (21) = 0
4358
82s --- (30) = 0
4359
82s --- (35) = 0
4360
82s --- (48) (effective) = 0
4361
82s ** Space in MBYTES used for solve : 0
4362
82s
4363
82s Leaving solve with ...
4364
82s Time to build/scatter RHS = 0.000078
4365
82s Time in solution step (fwd/bwd) = 0.000071
4366
82s .. Time in forward (fwd) step = 0.000045
4367
82s .. Time in backward (bwd) step = 0.000017
4368
82s Time to gather solution(cent.sol)= 0.000003
4369
82s Time for distributed solution = 0.000000
4370
82s
4371
82s Elapsed time in solve driver= 0.0004
4372
82s Solution is (0.999998868,0.00000000) (1.99999976,0.00000000) (3.00000000,0.00000000) (3.99999976,0.00000000) (5.00000000,0.00000000)
4373
82s
4374
82s Entering CMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
4375
82s executing #MPI = 1, without OMP
4376
82s
4377
82s Entering CMUMPS 5.7.3 with JOB = -2
4378
82s executing #MPI = 1, without OMP
4379
82s
4380
82s
4381
82s === running 64-bit simple test: complex, double precision, serial ===
4382
82s
4383
82s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
4384
82s executing #MPI = 1, without OMP
4385
82s
4386
82s =================================================
4387
82s MUMPS compiled with option -Dpord
4388
82s =================================================
4389
82s L U Solver for unsymmetric matrices
4390
82s Type of parallelism: Working host
4391
82s
4392
82s ****** ANALYSIS STEP ********
4393
82s
4394
82s Processing a graph of size: 5
4395
82s ... Structural symmetry (in percent)= 92
4396
82s Average density of rows/columns = 2
4397
82s ... No column permutation
4398
82s Ordering based on AMF
4399
82s
4400
82s Leaving analysis phase with ...
4401
82s INFOG(1) = 0
4402
82s INFOG(2) = 0
4403
82s -- (20) Number of entries in factors (estim.) = 25
4404
82s -- (3) Real space for factors (estimated) = 25
4405
82s -- (4) Integer space for factors (estimated) = 30
4406
82s -- (5) Maximum frontal size (estimated) = 5
4407
82s -- (6) Number of nodes in the tree = 1
4408
82s -- (32) Type of analysis effectively used = 1
4409
82s -- (7) Ordering option effectively used = 2
4410
82s ICNTL (6) Maximum transversal option = 0
4411
82s ICNTL (7) Pivot order option = 7
4412
82s ICNTL(12) Ordering symmetric indef. matrices = 1
4413
82s ICNTL(13) Parallelism/splitting of root node = 0
4414
82s ICNTL(14) Percentage of memory relaxation = 20
4415
82s ICNTL(15) Analysis by block effectively used = 0
4416
82s ICNTL(18) Distributed input matrix (on if >0) = 0
4417
82s ICNTL(32) Forward elimination during facto. = 0
4418
82s ICNTL(35) BLR activation = 0
4419
82s ICNTL(48) Tree based multithreading (effective)= 0
4420
82s ICNTL(58) Symbolic factorization option = 2
4421
82s Number of level 2 nodes = 0
4422
82s Number of split nodes = 0
4423
82s RINFOG(1) Operations during elimination (estim)= 7.000D 01
4424
82s
4425
82s MEMORY ESTIMATIONS ...
4426
82s Estimations with standard Full-Rank (FR) factorization:
4427
82s Total space in MBytes, IC factorization (INFOG(17)): 0
4428
82s Total space in MBytes, OOC factorization (INFOG(27)): 0
4429
82s
4430
82s Elapsed time in analysis driver= 0.0002
4431
82s
4432
82s
4433
82s ****** FACTORIZATION STEP ********
4434
82s
4435
82s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
4436
82s Number of working processes = 1
4437
82s ICNTL(22) Out-of-core option = 0
4438
82s ICNTL(35) BLR activation (eff. choice) = 0
4439
82s ICNTL(37) BLR CB compression (eff. choice) = 0
4440
82s ICNTL(49) Compact workarray S (end facto.) = 0
4441
82s ICNTL(14) Memory relaxation = 20
4442
82s INFOG(3) Real space for factors (estimated)= 25
4443
82s INFOG(4) Integer space for factors (estim.)= 30
4444
82s Maximum frontal size (estimated) = 5
4445
82s Number of nodes in the tree = 1
4446
82s ICNTL(23) Memory allowed (value on host) = 0
4447
82s Sum over all procs = 0
4448
82s Memory provided by user, sum of LWK_USER = 0
4449
82s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
4450
82s
4451
82s Statistics on the scaling phase
4452
82s Elapsed time for scaling = 0.0000
4453
82s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
4454
82s
4455
82s Effective size of S (based on INFO(39))= 2445
4456
82s Elapsed time to reformat/distribute matrix = 0.0000
4457
82s
4458
82s
4459
82s Allocated buffers
4460
82s ------------------
4461
82s Size of reception buffer in bytes ...... = 140000
4462
82s Size of async. emission buffer (bytes).. = 140012
4463
82s Small emission buffer (bytes) .......... = 20
4464
82s
4465
82s ** Memory allocated, total in Mbytes (INFOG(19)): 0
4466
82s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
4467
82s
4468
82s Elapsed time for factorization = 0.0001
4469
82s
4470
82s Leaving factorization with ...
4471
82s RINFOG (2) Operations in node assembly = 0.000D 00
4472
82s ------ (3) Operations in node elimination = 7.000D 01
4473
82s ICNTL (8) Scaling effectively used = 7
4474
82s INFOG (9) Real space for factors = 25
4475
82s INFOG (10) Integer space for factors = 30
4476
82s INFOG (11) Maximum front size = 5
4477
82s INFOG (29) Number of entries in factors = 25
4478
82s INFOG (12) Number of off diagonal pivots = 1
4479
82s INFOG (13) Number of delayed pivots = 0
4480
82s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
4481
82s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
4482
82s RINFOG(21) Largest pivot in absolute value = 5.281D 00
4483
82s INFOG (24) Effective value of ICNTL(12) = 1
4484
82s INFOG (14) Number of memory compress = 0
4485
82s
4486
82s Elapsed time in factorization driver = 0.0003
4487
82s
4488
82s
4489
82s ****** SOLVE & CHECK STEP ********
4490
82s
4491
82s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
4492
82s Number of right-hand-sides = 1
4493
82s Blocking factor for multiple rhs = 1
4494
82s ICNTL (9) = 1
4495
82s --- (10) = 0
4496
82s --- (11) = 0
4497
82s --- (20) = 0
4498
82s --- (21) = 0
4499
82s --- (30) = 0
4500
82s --- (35) = 0
4501
82s --- (48) (effective) = 0
4502
82s ** Space in MBYTES used for solve : 0
4503
82s
4504
82s Leaving solve with ...
4505
82s Time to build/scatter RHS = 0.000039
4506
82s Time in solution step (fwd/bwd) = 0.000027
4507
82s .. Time in forward (fwd) step = 0.000013
4508
82s .. Time in backward (bwd) step = 0.000010
4509
82s Time to gather solution(cent.sol)= 0.000002
4510
82s Time for distributed solution = 0.000000
4511
82s
4512
82s Elapsed time in solve driver= 0.0002
4513
82s Solution is (1.0000000000000013,0.0000000000000000) (2.0000000000000000,0.0000000000000000) (3.0000000000000004,0.0000000000000000) (4.0000000000000000,0.0000000000000000) (4.9999999999999991,0.0000000000000000)
4514
82s
4515
82s Entering ZMUMPS 5.7.3 with JOB = -2
4516
82s executing #MPI = 1, without OMP
4517
82s
4518
82s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
4519
82s executing #MPI = 1, without OMP
4520
82s
4521
82s =================================================
4522
82s MUMPS compiled with option -Dpord
4523
82s =================================================
4524
82s L U Solver for unsymmetric matrices
4525
82s Type of parallelism: Working host
4526
82s
4527
82s ****** ANALYSIS STEP ********
4528
82s
4529
82s Processing a graph of size: 5
4530
82s ... Structural symmetry (in percent)= 92
4531
82s Average density of rows/columns = 2
4532
82s ... No column permutation
4533
82s Ordering based on AMF
4534
82s
4535
82s Leaving analysis phase with ...
4536
82s INFOG(1) = 0
4537
82s INFOG(2) = 0
4538
82s -- (20) Number of entries in factors (estim.) = 25
4539
82s -- (3) Real space for factors (estimated) = 25
4540
82s -- (4) Integer space for factors (estimated) = 30
4541
82s -- (5) Maximum frontal size (estimated) = 5
4542
82s -- (6) Number of nodes in the tree = 1
4543
82s -- (32) Type of analysis effectively used = 1
4544
82s -- (7) Ordering option effectively used = 2
4545
82s ICNTL (6) Maximum transversal option = 0
4546
82s ICNTL (7) Pivot order option = 7
4547
82s ICNTL(12) Ordering symmetric indef. matrices = 1
4548
82s ICNTL(13) Parallelism/splitting of root node = 0
4549
82s ICNTL(14) Percentage of memory relaxation = 20
4550
82s ICNTL(15) Analysis by block effectively used = 0
4551
82s ICNTL(18) Distributed input matrix (on if >0) = 0
4552
82s ICNTL(32) Forward elimination during facto. = 0
4553
82s ICNTL(35) BLR activation = 0
4554
82s ICNTL(48) Tree based multithreading (effective)= 0
4555
82s ICNTL(58) Symbolic factorization option = 2
4556
82s Number of level 2 nodes = 0
4557
82s Number of split nodes = 0
4558
82s RINFOG(1) Operations during elimination (estim)= 7.000D 01
4559
82s
4560
82s MEMORY ESTIMATIONS ...
4561
82s Estimations with standard Full-Rank (FR) factorization:
4562
82s Total space in MBytes, IC factorization (INFOG(17)): 0
4563
82s Total space in MBytes, OOC factorization (INFOG(27)): 0
4564
82s
4565
82s Elapsed time in analysis driver= 0.0002
4566
82s
4567
82s
4568
82s ****** FACTORIZATION STEP ********
4569
82s
4570
82s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
4571
82s Number of working processes = 1
4572
82s ICNTL(22) Out-of-core option = 1
4573
82s ICNTL(35) BLR activation (eff. choice) = 0
4574
82s ICNTL(37) BLR CB compression (eff. choice) = 0
4575
82s ICNTL(49) Compact workarray S (end facto.) = 0
4576
82s ICNTL(14) Memory relaxation = 20
4577
82s INFOG(3) Real space for factors (estimated)= 25
4578
82s INFOG(4) Integer space for factors (estim.)= 30
4579
82s Maximum frontal size (estimated) = 5
4580
82s Number of nodes in the tree = 1
4581
82s ICNTL(23) Memory allowed (value on host) = 0
4582
82s Sum over all procs = 0
4583
82s Memory provided by user, sum of LWK_USER = 0
4584
82s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
4585
82s
4586
82s Statistics on the scaling phase
4587
82s Elapsed time for scaling = 0.0000
4588
82s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
4589
82s
4590
82s Effective size of S (based on INFO(39))= 2445
4591
82s Elapsed time to reformat/distribute matrix = 0.0000
4592
82s
4593
82s
4863
82s Allocated buffers
4595
82s ------------------
4596
82s Size of reception buffer in bytes ...... = 140000
4597
82s Size of async. emission buffer (bytes).. = 140012
4598
82s Small emission buffer (bytes) .......... = 20
4599
82s
4600
82s ** Memory allocated, total in Mbytes (INFOG(19)): 0
4601
82s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
4602
82s
4603
82s Elapsed time for factorization = 0.0002
4604
82s
4605
82s Leaving factorization with ...
4606
82s RINFOG (2) Operations in node assembly = 0.000D 00
4607
82s ------ (3) Operations in node elimination = 7.000D 01
4608
82s ICNTL (8) Scaling effectively used = 7
4609
82s INFOG (9) Real space for factors = 50
4610
82s INFOG (10) Integer space for factors = 31
4611
82s INFOG (11) Maximum front size = 5
4612
82s INFOG (29) Number of entries in factors = 25
4613
82s INFOG (12) Number of off diagonal pivots = 1
4614
82s INFOG (13) Number of delayed pivots = 0
4615
82s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
4616
82s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
4617
82s RINFOG(21) Largest pivot in absolute value = 5.281D 00
4618
82s INFOG (24) Effective value of ICNTL(12) = 1
4619
82s INFOG (14) Number of memory compress = 0
4620
82s
4621
82s Elapsed time in factorization driver = 0.0009
4622
82s
4623
82s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
4624
82s executing #MPI = 1, without OMP
4625
82s Save done successfully
4626
82s The corresponding OOC files are:
4627
82s /tmp//mumps_0_INn0dS
4628
82s /tmp//mumps_0_jgbnmR
4629
82s
4630
82s Elapsed time in save structure driver= 0.0006
4631
82s
4632
82s Entering ZMUMPS 5.7.3 with JOB = -2
4633
82s executing #MPI = 1, without OMP
4634
82s
4635
82s Entering ZMUMPS 5.7.3 with JOB = 8
4636
82s executing #MPI = 1, without OMP
4637
82s The corresponding OOC files are:
4638
82s /tmp//mumps_0_INn0dS
4639
82s /tmp//mumps_0_jgbnmR
4640
82s
4641
82s Elapsed time in restore structure driver= 0.0002
4642
82s
4643
82s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
4644
82s executing #MPI = 1, without OMP
4645
82s
4646
82s
4647
82s
4648
82s ****** SOLVE & CHECK STEP ********
4649
82s
4650
82s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
4651
82s Number of right-hand-sides = 1
4652
82s Blocking factor for multiple rhs = 1
4653
82s ICNTL (9) = 1
4654
82s --- (10) = 0
4655
82s --- (11) = 0
4656
82s --- (20) = 0
4657
82s --- (21) = 0
4658
82s --- (30) = 0
4659
82s --- (35) = 0
4660
82s --- (48) (effective) = 0
4661
82s ** Space in MBYTES used for solve : 0
4662
82s
4663
82s Leaving solve with ...
4664
82s Time to build/scatter RHS = 0.000054
4665
82s Time in solution step (fwd/bwd) = 0.000052
4666
82s .. Time in forward (fwd) step = 0.000034
4667
82s .. Time in backward (bwd) step = 0.000014
4668
82s Time to gather solution(cent.sol)= 0.000001
4669
82s Time for distributed solution = 0.000000
4670
82s
4671
82s Elapsed time in solve driver= 0.0002
4672
82s Solution is (1.0000000000000013,0.0000000000000000) (2.0000000000000000,0.0000000000000000) (3.0000000000000004,0.0000000000000000) (4.0000000000000000,0.0000000000000000) (4.9999999999999991,0.0000000000000000)
4673
82s
4674
82s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
4675
82s executing #MPI = 1, without OMP
4676
82s
4677
82s Entering ZMUMPS 5.7.3 with JOB = -2
4678
82s executing #MPI = 1, without OMP
4679
83s autopkgtest [07:59:09]: test mumps64-examples-serial: -----------------------]
4680
83s mumps64-examples-serial PASS
4681
83s autopkgtest [07:59:09]: test mumps64-examples-serial: - - - - - - - - - - results - - - - - - - - - -
4682
83s autopkgtest [07:59:09]: test mumps64-examples-mpi: preparing testbed
4683
83s Reading package lists...
4684
83s Building dependency tree...
4685
83s Reading state information...
4686
84s Starting pkgProblemResolver with broken count: 0
4687
84s Starting 2 pkgProblemResolver with broken count: 0
4688
84s Done
4689
84s 0 upgraded, 0 newly installed, 0 to remove and 0 not upgraded.
4690
85s autopkgtest [07:59:11]: test mumps64-examples-mpi: [-----------------------
4691
85s /bin/rm -f *.o [sdcz]simpletest c_example multiple_arithmetics_example ssimpletest_save_restore dsimpletest_save_restore csimpletest_save_restore zsimpletest_save_restore c_example_save_restore
4692
86s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c csimpletest.F -o csimpletest.o
4693
86s mpifort -o csimpletest -Wl,-z,relro csimpletest.o -L/usr/lib/powerpc64le-linux-gnu -lcmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
4694
86s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c csimpletest_save_restore.F -o csimpletest_save_restore.o
4695
86s mpifort -o csimpletest_save_restore -Wl,-z,relro csimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -lcmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
4696
86s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c zsimpletest.F -o zsimpletest.o
4697
87s mpifort -o zsimpletest -Wl,-z,relro zsimpletest.o -L/usr/lib/powerpc64le-linux-gnu -lzmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
4698
87s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c zsimpletest_save_restore.F -o zsimpletest_save_restore.o
4699
87s mpifort -o zsimpletest_save_restore -Wl,-z,relro zsimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -lzmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
4700
87s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c ssimpletest.F -o ssimpletest.o
4701
87s mpifort -o ssimpletest -Wl,-z,relro ssimpletest.o -L/usr/lib/powerpc64le-linux-gnu -lsmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
4702
88s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c ssimpletest_save_restore.F -o ssimpletest_save_restore.o
4703
88s mpifort -o ssimpletest_save_restore -Wl,-z,relro ssimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -lsmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
4704
88s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c dsimpletest.F -o dsimpletest.o
4705
88s mpifort -o dsimpletest -Wl,-z,relro dsimpletest.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
4706
88s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c dsimpletest_save_restore.F -o dsimpletest_save_restore.o
4707
89s mpifort -o dsimpletest_save_restore -Wl,-z,relro dsimpletest_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
4708
89s mpicc -g -O2 -Werror=implicit-function-declaration -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Wformat -Werror=format-security -DPORD_INTSIZE64 -DAdd_ -I. -I../include -I../src -c c_example_save_restore.c -o c_example_save_restore.o
4709
89s mpifort -o c_example_save_restore -Wl,-z,relro c_example_save_restore.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
4710
89s mpicc -g -O2 -Werror=implicit-function-declaration -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Wformat -Werror=format-security -DPORD_INTSIZE64 -DAdd_ -I. -I../include -I../src -c c_example.c -o c_example.o
4711
89s mpifort -o c_example -Wl,-z,relro c_example.o -L/usr/lib/powerpc64le-linux-gnu -ldmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lmpi -lblas -lpthread
4712
89s mpifort -g -O2 -ffile-prefix-map=/tmp/autopkgtest-lxc.vtusdj_t/downtmp/build.wLE/src/examples=. -fstack-protector-strong -Dintel_ -I. -I../include -I../src -c multiple_arithmetics_example.F -o multiple_arithmetics_example.o
4713
89s mpifort -o multiple_arithmetics_example -Wl,-z,relro multiple_arithmetics_example.o -L/usr/lib/powerpc64le-linux-gnu -lsmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -ldmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lcmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lzmumps_64pord -lmumps_common_64pord -L/usr/lib/powerpc64le-linux-gnu -lpord_64pord -lscalapack-openmpi -llapack -lblas -lpthread
4714
90s
4715
90s
4716
90s === running 64-bit c_example (MPI) ===
4717
90s Solution is : ( 1.00 2.00)
4718
90s Saving MUMPS instance in /tmp with prefix csave_restore.
4719
90s DONE
4720
90s
4721
90s Restoring MUMPS instance in /tmp with prefix csave_restore.
4722
90s
4723
90s Entering DMUMPS 5.7.3 from C interface with JOB = 8
4724
90s executing #MPI = 3, without OMP
4725
90s
4726
90s Elapsed time in restore structure driver= 0.0007
4727
90s DONE
4728
90s
4729
90s Calling MUMPS package (solve).
4730
90s DONE
4731
90s
4732
90s Removing save files.
4733
90s DONE
4734
90s
4735
90s Solution is : ( 1.00 2.00)
4736
90s
4737
90s
4738
90s === running 64-bit simple test: real, single precision, MPI ===
4739
90s
4740
90s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
4741
90s executing #MPI = 3, without OMP
4742
90s
4743
90s =================================================
4744
90s MUMPS compiled with option -Dpord
4745
90s =================================================
4746
90s L U Solver for unsymmetric matrices
4747
90s Type of parallelism: Working host
4748
90s
4749
90s ****** ANALYSIS STEP ********
4750
90s
4751
90s Processing a graph of size: 5
4752
90s ... Structural symmetry (in percent)= 92
4753
90s Average density of rows/columns = 2
4754
90s ... No column permutation
4755
90s Ordering based on AMF
4756
90s WARNING: Largest root node of size 5 not selected for parallel execution
4757
90s
4758
90s Leaving analysis phase with ...
4759
90s INFOG(1) = 0
4760
90s INFOG(2) = 0
4761
90s -- (20) Number of entries in factors (estim.) = 25
4762
90s -- (3) Real space for factors (estimated) = 25
4763
90s -- (4) Integer space for factors (estimated) = 30
4764
90s -- (5) Maximum frontal size (estimated) = 5
4765
90s -- (6) Number of nodes in the tree = 1
4766
90s -- (32) Type of analysis effectively used = 1
4767
90s -- (7) Ordering option effectively used = 2
4768
90s ICNTL (6) Maximum transversal option = 0
4769
90s ICNTL (7) Pivot order option = 7
4770
90s ICNTL(12) Ordering symmetric indef. matrices = 1
4771
90s ICNTL(13) Parallelism/splitting of root node = 0
4772
90s ICNTL(14) Percentage of memory relaxation = 20
4773
90s ICNTL(15) Analysis by block effectively used = 0
4774
90s ICNTL(18) Distributed input matrix (on if >0) = 0
4775
90s ICNTL(32) Forward elimination during facto. = 0
4776
90s ICNTL(35) BLR activation = 0
4777
90s ICNTL(48) Tree based multithreading (effective)= 0
4778
90s ICNTL(58) Symbolic factorization option = 2
4779
90s Number of level 2 nodes = 0
4780
90s Number of split nodes = 0
4781
90s RINFOG(1) Operations during elimination (estim)= 7.000D 01
4782
90s
4783
90s MEMORY ESTIMATIONS ...
4784
90s Estimations with standard Full-Rank (FR) factorization:
4785
90s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
4786
90s Total space in MBytes, IC factorization (INFOG(17)): 0
4787
90s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
4788
90s Total space in MBytes, OOC factorization (INFOG(27)): 0
4789
90s
4790
90s Elapsed time in analysis driver= 0.0009
4791
90s
4792
90s
4793
90s ****** FACTORIZATION STEP ********
4794
90s
4795
90s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
4796
90s Number of working processes = 3
4797
90s ICNTL(22) Out-of-core option = 0
4798
90s ICNTL(35) BLR activation (eff. choice) = 0
4799
90s ICNTL(37) BLR CB compression (eff. choice) = 0
4800
90s ICNTL(49) Compact workarray S (end facto.) = 0
4801
90s ICNTL(14) Memory relaxation = 20
4802
90s INFOG(3) Real space for factors (estimated)= 25
4803
90s INFOG(4) Integer space for factors (estim.)= 30
4804
90s Maximum frontal size (estimated) = 5
4805
90s Number of nodes in the tree = 1
4806
90s ICNTL(23) Memory allowed (value on host) = 0
4807
90s Sum over all procs = 0
4808
90s Memory provided by user, sum of LWK_USER = 0
4809
90s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
4810
90s
4811
90s Statistics on the scaling phase
4812
90s Elapsed time for scaling = 0.0000
4813
90s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
4814
90s
4815
90s Average Effective size of S (based on INFO(39))= 2428
4816
90s Elapsed time to reformat/distribute matrix = 0.0000
4817
90s
4818
90s
4819
90s Allocated buffers
4820
90s ------------------
4821
90s Size of reception buffer in bytes ...... = 140000
4822
90s Size of async. emission buffer (bytes).. = 140012
4823
90s Small emission buffer (bytes) .......... = 180
4824
90s ** Memory allocated, max in Mbytes (INFOG(18)): 0
4825
90s
4826
90s ** Memory allocated, total in Mbytes (INFOG(19)): 0
4827
90s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
4828
90s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
4829
90s
4830
90s Elapsed time for factorization = 0.0003
4831
90s
4832
90s Leaving factorization with ...
4833
90s RINFOG (2) Operations in node assembly = 0.000D 00
4834
90s ------ (3) Operations in node elimination = 7.000D 01
4835
90s ICNTL (8) Scaling effectively used = 7
4836
90s INFOG (9) Real space for factors = 25
4837
90s INFOG (10) Integer space for factors = 30
4838
90s INFOG (11) Maximum front size = 5
4839
90s INFOG (29) Number of entries in factors = 25
4840
90s INFOG (12) Number of off diagonal pivots = 1
4841
90s INFOG (13) Number of delayed pivots = 0
4842
90s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
4843
90s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
4844
90s RINFOG(21) Largest pivot in absolute value = 5.281D 00
4845
90s INFOG (24) Effective value of ICNTL(12) = 1
4846
90s INFOG (14) Number of memory compress = 0
4847
90s
4848
90s Elapsed time in factorization driver = 0.0013
4849
90s
4850
90s
4851
90s ****** SOLVE & CHECK STEP ********
4852
90s
4853
90s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
4854
90s Number of right-hand-sides = 1
4855
90s Blocking factor for multiple rhs = 1
4856
90s ICNTL (9) = 1
4857
90s --- (10) = 0
4858
90s --- (11) = 0
4859
90s --- (20) = 0
4860
90s --- (21) = 0
4861
90s --- (30) = 0
4862
90s --- (35) = 0
4863
90s --- (48) (effective) = 0
4864
90s ** Rank of processor needing largest memory in solve : 0
4865
90s ** Space in MBYTES used by this processor for solve : 0
4866
90s ** Avg. Space in MBYTES per working proc during solve : 0
4867
90s
4868
90s Leaving solve with ...
4869
90s Time to build/scatter RHS = 0.000078
4870
90s Time in solution step (fwd/bwd) = 0.000068
4871
90s .. Time in forward (fwd) step = 0.000038
4872
90s .. Time in backward (bwd) step = 0.000021
4873
90s Time to gather solution(cent.sol)= 0.000007
4874
90s Time for distributed solution = 0.000000
4875
90s
4876
90s Elapsed time in solve driver= 0.0006
4877
90s Solution is 0.999998450 1.99999976 3.00000000 3.99999976 5.00000095
4878
90s
4879
90s Entering SMUMPS 5.7.3 with JOB = -2
4880
90s executing #MPI = 3, without OMP
4881
90s
4882
90s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
4883
90s executing #MPI = 3, without OMP
4884
90s
4885
90s =================================================
4886
90s MUMPS compiled with option -Dpord
4887
90s =================================================
4888
90s L U Solver for unsymmetric matrices
4889
90s Type of parallelism: Working host
4890
90s
4891
90s ****** ANALYSIS STEP ********
4892
90s
4893
90s Processing a graph of size: 5
4894
90s ... Structural symmetry (in percent)= 92
4895
90s Average density of rows/columns = 2
4896
90s ... No column permutation
4897
90s Ordering based on AMF
4898
90s WARNING: Largest root node of size 5 not selected for parallel execution
4899
90s
4900
90s Leaving analysis phase with ...
4901
90s INFOG(1) = 0
4902
90s INFOG(2) = 0
4903
90s -- (20) Number of entries in factors (estim.) = 25
4904
90s -- (3) Real space for factors (estimated) = 25
4905
90s -- (4) Integer space for factors (estimated) = 30
4906
90s -- (5) Maximum frontal size (estimated) = 5
4907
90s -- (6) Number of nodes in the tree = 1
4908
90s -- (32) Type of analysis effectively used = 1
4909
90s -- (7) Ordering option effectively used = 2
4910
90s ICNTL (6) Maximum transversal option = 0
4911
90s ICNTL (7) Pivot order option = 7
4912
90s ICNTL(12) Ordering symmetric indef. matrices = 1
4913
90s ICNTL(13) Parallelism/splitting of root node = 0
4914
90s ICNTL(14) Percentage of memory relaxation = 20
4915
90s ICNTL(15) Analysis by block effectively used = 0
4916
90s ICNTL(18) Distributed input matrix (on if >0) = 0
4917
90s ICNTL(32) Forward elimination during facto. = 0
4918
90s ICNTL(35) BLR activation = 0
4919
90s ICNTL(48) Tree based multithreading (effective)= 0
4920
90s ICNTL(58) Symbolic factorization option = 2
4921
90s Number of level 2 nodes = 0
4922
90s Number of split nodes = 0
4923
90s RINFOG(1) Operations during elimination (estim)= 7.000D 01
4924
90s
4925
90s MEMORY ESTIMATIONS ...
4926
90s Estimations with standard Full-Rank (FR) factorization:
4927
90s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
4928
90s Total space in MBytes, IC factorization (INFOG(17)): 0
4929
90s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
4930
90s Total space in MBytes, OOC factorization (INFOG(27)): 0
4931
90s
4932
90s Elapsed time in analysis driver= 0.0006
4933
90s
4934
90s
4935
90s ****** FACTORIZATION STEP ********
4936
90s
4937
90s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
4938
90s Number of working processes = 3
4939
90s ICNTL(22) Out-of-core option = 1
4940
90s ICNTL(35) BLR activation (eff. choice) = 0
4941
90s ICNTL(37) BLR CB compression (eff. choice) = 0
4942
90s ICNTL(49) Compact workarray S (end facto.) = 0
4943
90s ICNTL(14) Memory relaxation = 20
4944
90s INFOG(3) Real space for factors (estimated)= 25
4945
90s INFOG(4) Integer space for factors (estim.)= 30
4946
90s Maximum frontal size (estimated) = 5
4947
90s Number of nodes in the tree = 1
4948
90s ICNTL(23) Memory allowed (value on host) = 0
4949
90s Sum over all procs = 0
4950
90s Memory provided by user, sum of LWK_USER = 0
4951
90s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
4952
90s
4953
90s Statistics on the scaling phase
4954
90s Elapsed time for scaling = 0.0000
4955
90s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
4956
90s
4957
90s Average Effective size of S (based on INFO(39))= 2428
4958
90s Elapsed time to reformat/distribute matrix = 0.0000
4959
90s
4960
90s
4961
90s Allocated buffers
4962
90s ------------------
4963
90s Size of reception buffer in bytes ...... = 140000
4964
90s Size of async. emission buffer (bytes).. = 140012
4965
90s Small emission buffer (bytes) .......... = 180
4966
90s ** Memory allocated, max in Mbytes (INFOG(18)): 0
4967
90s
4968
90s ** Memory allocated, total in Mbytes (INFOG(19)): 0
4969
90s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
4970
90s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
4971
90s
4972
90s Elapsed time for factorization = 0.0003
4973
90s
4974
90s Leaving factorization with ...
4975
90s RINFOG (2) Operations in node assembly = 0.000D 00
4976
90s ------ (3) Operations in node elimination = 7.000D 01
4977
90s ICNTL (8) Scaling effectively used = 7
4978
90s INFOG (9) Real space for factors = 50
4979
90s INFOG (10) Integer space for factors = 31
4980
90s INFOG (11) Maximum front size = 5
4981
90s INFOG (29) Number of entries in factors = 25
4982
90s INFOG (12) Number of off diagonal pivots = 1
4983
90s INFOG (13) Number of delayed pivots = 0
4984
90s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
4985
90s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
4986
90s RINFOG(21) Largest pivot in absolute value = 5.281D 00
4987
90s INFOG (24) Effective value of ICNTL(12) = 1
4988
90s INFOG (14) Number of memory compress = 0
4989
90s
4990
90s Elapsed time in factorization driver = 0.0017
4991
90s
4992
90s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
4993
90s executing #MPI = 3, without OMP
4994
90s Save done successfully
4995
90s The corresponding OOC files are:
4996
90s /tmp//mumps_0_mqwvDQ
4997
90s /tmp//mumps_0_HfXrYO
4998
90s
4999
90s Elapsed time in save structure driver= 0.0009
5000
90s
5001
90s Entering SMUMPS 5.7.3 with JOB = -2
5002
90s executing #MPI = 3, without OMP
5003
90s
5004
90s Entering SMUMPS 5.7.3 with JOB = 8
5005
90s executing #MPI = 3, without OMP
5006
90s The corresponding OOC files are:
5007
90s /tmp//mumps_0_mqwvDQ
5008
90s /tmp//mumps_0_HfXrYO
5009
90s
5010
90s Elapsed time in restore structure driver= 0.0010
5011
90s
5012
90s Entering SMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
5013
90s executing #MPI = 3, without OMP
5014
90s
5015
90s
5016
90s
5017
90s ****** SOLVE & CHECK STEP ********
5018
90s
5019
90s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
5020
90s Number of right-hand-sides = 1
5021
90s Blocking factor for multiple rhs = 1
5022
90s ICNTL (9) = 1
5023
90s --- (10) = 0
5024
90s --- (11) = 0
5025
90s --- (20) = 0
5026
90s --- (21) = 0
5027
90s --- (30) = 0
5028
90s --- (35) = 0
5029
90s --- (48) (effective) = 0
5030
90s ** Rank of processor needing largest memory in solve : 0
5031
90s ** Space in MBYTES used by this processor for solve : 0
5032
90s ** Avg. Space in MBYTES per working proc during solve : 0
5033
90s
5034
90s Leaving solve with ...
5035
90s Time to build/scatter RHS = 0.000086
5036
90s Time in solution step (fwd/bwd) = 0.000098
5037
90s .. Time in forward (fwd) step = 0.000059
5038
90s .. Time in backward (bwd) step = 0.000027
5039
90s Time to gather solution(cent.sol)= 0.000006
5040
90s Time for distributed solution = 0.000000
5041
90s
5042
90s Elapsed time in solve driver= 0.0005
5043
90s Solution is 0.999998450 1.99999976 3.00000000 3.99999976 5.00000095
5044
90s
5045
90s Entering SMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
5046
90s executing #MPI = 3, without OMP
5047
90s
5048
90s Entering SMUMPS 5.7.3 with JOB = -2
5049
90s executing #MPI = 3, without OMP
5050
90s
5051
90s
5052
90s === running 64-bit simple test: real, double precision, MPI ===
5053
90s
5054
90s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
5055
90s executing #MPI = 3, without OMP
5056
90s
5057
90s =================================================
5058
90s MUMPS compiled with option -Dpord
5059
90s =================================================
5060
90s L U Solver for unsymmetric matrices
5061
90s Type of parallelism: Working host
5062
90s
5063
90s ****** ANALYSIS STEP ********
5064
90s
5065
90s Processing a graph of size: 5
5066
90s ... Structural symmetry (in percent)= 92
5067
90s Average density of rows/columns = 2
5068
90s ... No column permutation
5069
90s Ordering based on AMF
5070
90s WARNING: Largest root node of size 5 not selected for parallel execution
5071
90s
5072
90s Leaving analysis phase with ...
5073
90s INFOG(1) = 0
5074
90s INFOG(2) = 0
5075
90s -- (20) Number of entries in factors (estim.) = 25
5076
90s -- (3) Real space for factors (estimated) = 25
5077
90s -- (4) Integer space for factors (estimated) = 30
5078
90s -- (5) Maximum frontal size (estimated) = 5
5079
90s -- (6) Number of nodes in the tree = 1
5080
90s -- (32) Type of analysis effectively used = 1
5081
90s -- (7) Ordering option effectively used = 2
5082
90s ICNTL (6) Maximum transversal option = 0
5083
90s ICNTL (7) Pivot order option = 7
5084
90s ICNTL(12) Ordering symmetric indef. matrices = 1
5085
90s ICNTL(13) Parallelism/splitting of root node = 0
5086
90s ICNTL(14) Percentage of memory relaxation = 20
5087
90s ICNTL(15) Analysis by block effectively used = 0
5088
90s ICNTL(18) Distributed input matrix (on if >0) = 0
5089
90s ICNTL(32) Forward elimination during facto. = 0
5090
90s ICNTL(35) BLR activation = 0
5091
90s ICNTL(48) Tree based multithreading (effective)= 0
5092
90s ICNTL(58) Symbolic factorization option = 2
5093
90s Number of level 2 nodes = 0
5094
90s Number of split nodes = 0
5095
90s RINFOG(1) Operations during elimination (estim)= 7.000D 01
5096
90s
5097
90s MEMORY ESTIMATIONS ...
5098
90s Estimations with standard Full-Rank (FR) factorization:
5099
90s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
5100
90s Total space in MBytes, IC factorization (INFOG(17)): 0
5101
90s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
5102
90s Total space in MBytes, OOC factorization (INFOG(27)): 0
5103
90s
5104
90s Elapsed time in analysis driver= 0.0018
5105
90s
5106
90s
5107
90s ****** FACTORIZATION STEP ********
5108
90s
5109
90s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
5110
90s Number of working processes = 3
5111
90s ICNTL(22) Out-of-core option = 0
5112
90s ICNTL(35) BLR activation (eff. choice) = 0
5113
90s ICNTL(37) BLR CB compression (eff. choice) = 0
5114
90s ICNTL(49) Compact workarray S (end facto.) = 0
5115
90s ICNTL(14) Memory relaxation = 20
5116
90s INFOG(3) Real space for factors (estimated)= 25
5117
90s INFOG(4) Integer space for factors (estim.)= 30
5118
90s Maximum frontal size (estimated) = 5
5119
90s Number of nodes in the tree = 1
5120
90s ICNTL(23) Memory allowed (value on host) = 0
5121
90s Sum over all procs = 0
5122
90s Memory provided by user, sum of LWK_USER = 0
5123
90s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
5124
90s
5125
90s Statistics on the scaling phase
5126
90s Elapsed time for scaling = 0.0001
5127
90s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
5128
90s
5129
90s Average Effective size of S (based on INFO(39))= 2428
5130
90s Elapsed time to reformat/distribute matrix = 0.0000
5131
90s
5132
90s
5133
90s Allocated buffers
5134
90s ------------------
5135
90s Size of reception buffer in bytes ...... = 140000
5136
90s Size of async. emission buffer (bytes).. = 140012
5137
90s Small emission buffer (bytes) .......... = 180
5138
90s ** Memory allocated, max in Mbytes (INFOG(18)): 0
5139
90s
5140
90s ** Memory allocated, total in Mbytes (INFOG(19)): 0
5141
90s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
5142
90s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
5143
90s
5144
90s Elapsed time for factorization = 0.0003
5145
90s
5146
90s Leaving factorization with ...
5147
90s RINFOG (2) Operations in node assembly = 0.000D 00
5148
90s ------ (3) Operations in node elimination = 7.000D 01
5149
90s ICNTL (8) Scaling effectively used = 7
5150
90s INFOG (9) Real space for factors = 25
5151
90s INFOG (10) Integer space for factors = 30
5152
90s INFOG (11) Maximum front size = 5
5153
90s INFOG (29) Number of entries in factors = 25
5154
90s INFOG (12) Number of off diagonal pivots = 1
5155
90s INFOG (13) Number of delayed pivots = 0
5156
90s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
5157
90s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
5158
90s RINFOG(21) Largest pivot in absolute value = 5.281D 00
5159
90s INFOG (24) Effective value of ICNTL(12) = 1
5160
90s INFOG (14) Number of memory compress = 0
5161
90s
5162
90s Elapsed time in factorization driver = 0.0011
5163
90s
5164
90s
5165
90s ****** SOLVE & CHECK STEP ********
5166
90s
5167
90s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
5168
90s Number of right-hand-sides = 1
5169
90s Blocking factor for multiple rhs = 1
5170
90s ICNTL (9) = 1
5171
90s --- (10) = 0
5172
90s --- (11) = 0
5173
90s --- (20) = 0
5174
90s --- (21) = 0
5175
90s --- (30) = 0
5176
90s --- (35) = 0
5177
90s --- (48) (effective) = 0
5178
90s ** Rank of processor needing largest memory in solve : 0
5179
90s ** Space in MBYTES used by this processor for solve : 0
5180
90s ** Avg. Space in MBYTES per working proc during solve : 0
5181
90s
5182
90s Leaving solve with ...
5183
90s Time to build/scatter RHS = 0.000076
5184
90s Time in solution step (fwd/bwd) = 0.000066
5185
90s .. Time in forward (fwd) step = 0.000036
5186
90s .. Time in backward (bwd) step = 0.000021
5187
90s Time to gather solution(cent.sol)= 0.000008
5188
90s Time for distributed solution = 0.000000
5189
90s
5190
90s Elapsed time in solve driver= 0.0004
5191
90s Solution is 0.99999999999999978 2.0000000000000004 3.0000000000000004 4.0000000000000000 4.9999999999999991
5192
90s
5193
90s Entering DMUMPS 5.7.3 with JOB = -2
5194
90s executing #MPI = 3, without OMP
5195
90s
5196
90s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
5197
90s executing #MPI = 3, without OMP
5198
90s
5199
90s =================================================
5200
90s MUMPS compiled with option -Dpord
5201
90s =================================================
5202
90s L U Solver for unsymmetric matrices
5203
90s Type of parallelism: Working host
5204
90s
5205
90s ****** ANALYSIS STEP ********
5206
90s
5207
90s Processing a graph of size: 5
5208
90s ... Structural symmetry (in percent)= 92
5209
90s Average density of rows/columns = 2
5210
90s ... No column permutation
5211
90s Ordering based on AMF
5212
90s WARNING: Largest root node of size 5 not selected for parallel execution
5213
90s
5214
90s Leaving analysis phase with ...
5215
90s INFOG(1) = 0
5216
90s INFOG(2) = 0
5217
90s -- (20) Number of entries in factors (estim.) = 25
5218
90s -- (3) Real space for factors (estimated) = 25
5219
90s -- (4) Integer space for factors (estimated) = 30
5220
90s -- (5) Maximum frontal size (estimated) = 5
5221
90s -- (6) Number of nodes in the tree = 1
5222
90s -- (32) Type of analysis effectively used = 1
5223
90s -- (7) Ordering option effectively used = 2
5224
90s ICNTL (6) Maximum transversal option = 0
5225
90s ICNTL (7) Pivot order option = 7
5226
90s ICNTL(12) Ordering symmetric indef. matrices = 1
5227
90s ICNTL(13) Parallelism/splitting of root node = 0
5228
90s ICNTL(14) Percentage of memory relaxation = 20
5229
90s ICNTL(15) Analysis by block effectively used = 0
5230
90s ICNTL(18) Distributed input matrix (on if >0) = 0
5231
90s ICNTL(32) Forward elimination during facto. = 0
5232
90s ICNTL(35) BLR activation = 0
5233
90s ICNTL(48) Tree based multithreading (effective)= 0
5234
90s ICNTL(58) Symbolic factorization option = 2
5235
90s Number of level 2 nodes = 0
5236
90s Number of split nodes = 0
5237
90s RINFOG(1) Operations during elimination (estim)= 7.000D 01
5238
90s
5239
90s MEMORY ESTIMATIONS ...
5240
90s Estimations with standard Full-Rank (FR) factorization:
5241
90s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
5242
90s Total space in MBytes, IC factorization (INFOG(17)): 0
5243
90s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
5244
90s Total space in MBytes, OOC factorization (INFOG(27)): 0
5245
90s
5246
90s Elapsed time in analysis driver= 0.0006
5247
90s
5248
90s
5249
90s ****** FACTORIZATION STEP ********
5250
90s
5251
90s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
5252
90s Number of working processes = 3
5253
90s ICNTL(22) Out-of-core option = 1
5254
90s ICNTL(35) BLR activation (eff. choice) = 0
5255
90s ICNTL(37) BLR CB compression (eff. choice) = 0
5256
90s ICNTL(49) Compact workarray S (end facto.) = 0
5257
90s ICNTL(14) Memory relaxation = 20
5258
90s INFOG(3) Real space for factors (estimated)= 25
5259
90s INFOG(4) Integer space for factors (estim.)= 30
5260
90s Maximum frontal size (estimated) = 5
5261
90s Number of nodes in the tree = 1
5262
90s ICNTL(23) Memory allowed (value on host) = 0
5263
90s Sum over all procs = 0
5264
90s Memory provided by user, sum of LWK_USER = 0
5265
90s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
5266
90s
5267
90s Statistics on the scaling phase
5268
90s Elapsed time for scaling = 0.0000
5269
90s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
5270
90s
5271
90s Average Effective size of S (based on INFO(39))= 2428
5272
90s Elapsed time to reformat/distribute matrix = 0.0000
5273
90s
5274
90s
5275
90s Allocated buffers
5276
90s ------------------
5277
90s Size of reception buffer in bytes ...... = 140000
5278
90s Size of async. emission buffer (bytes).. = 140012
5279
90s Small emission buffer (bytes) .......... = 180
5280
90s ** Memory allocated, max in Mbytes (INFOG(18)): 0
5281
90s
5282
90s ** Memory allocated, total in Mbytes (INFOG(19)): 0
5283
90s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
5284
90s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
5285
90s
5286
90s Elapsed time for factorization = 0.0060
5287
90s
5288
90s Leaving factorization with ...
5289
90s RINFOG (2) Operations in node assembly = 0.000D 00
5290
90s ------ (3) Operations in node elimination = 7.000D 01
5291
90s ICNTL (8) Scaling effectively used = 7
5292
90s INFOG (9) Real space for factors = 50
5293
90s INFOG (10) Integer space for factors = 31
5294
90s INFOG (11) Maximum front size = 5
5295
90s INFOG (29) Number of entries in factors = 25
5296
90s INFOG (12) Number of off diagonal pivots = 1
5297
90s INFOG (13) Number of delayed pivots = 0
5298
90s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
5299
90s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
5300
90s RINFOG(21) Largest pivot in absolute value = 5.281D 00
5301
90s INFOG (24) Effective value of ICNTL(12) = 1
5302
90s INFOG (14) Number of memory compress = 0
5303
90s
5304
90s Elapsed time in factorization driver = 0.0090
5305
90s
5306
90s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
5307
90s executing #MPI = 3, without OMP
5308
90s Save done successfully
5309
90s The corresponding OOC files are:
5310
90s /tmp//mumps_0_RgbFhU
5311
90s /tmp//mumps_0_Pdkx9l
5312
90s
5313
90s Elapsed time in save structure driver= 0.0011
5314
90s
5315
90s Entering DMUMPS 5.7.3 with JOB = -2
5316
90s executing #MPI = 3, without OMP
5317
90s
5318
90s Entering DMUMPS 5.7.3 with JOB = 8
5319
90s executing #MPI = 3, without OMP
5320
90s The corresponding OOC files are:
5321
90s /tmp//mumps_0_RgbFhU
5322
90s /tmp//mumps_0_Pdkx9l
5323
90s
5324
90s Elapsed time in restore structure driver= 0.0008
5325
90s
5326
90s Entering DMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
5327
90s executing #MPI = 3, without OMP
5328
90s
5329
90s
5330
90s
5331
90s ****** SOLVE & CHECK STEP ********
5332
90s
5333
90s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
5334
90s Number of right-hand-sides = 1
5335
90s Blocking factor for multiple rhs = 1
5336
90s ICNTL (9) = 1
5337
90s --- (10) = 0
5338
90s --- (11) = 0
5339
90s --- (20) = 0
5340
90s --- (21) = 0
5341
90s --- (30) = 0
5342
90s --- (35) = 0
5343
90s --- (48) (effective) = 0
5344
90s ** Rank of processor needing largest memory in solve : 0
5345
90s ** Space in MBYTES used by this processor for solve : 0
5346
90s ** Avg. Space in MBYTES per working proc during solve : 0
5347
90s
5348
90s Leaving solve with ...
5349
90s Time to build/scatter RHS = 0.000082
5350
90s Time in solution step (fwd/bwd) = 0.000093
5351
90s .. Time in forward (fwd) step = 0.000055
5352
90s .. Time in backward (bwd) step = 0.000025
5353
90s Time to gather solution(cent.sol)= 0.000005
5354
90s Time for distributed solution = 0.000000
5355
90s
5356
90s Elapsed time in solve driver= 0.0004
5357
90s Solution is 0.99999999999999978 2.0000000000000004 3.0000000000000004 4.0000000000000000 4.9999999999999991
5358
90s
5359
90s Entering DMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
5360
90s executing #MPI = 3, without OMP
5361
90s
5362
90s Entering DMUMPS 5.7.3 with JOB = -2
5363
90s executing #MPI = 3, without OMP
5364
91s
5365
91s
5366
91s === running 64-bit simple test: complex, single precision, MPI ===
5367
91s
5368
91s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
5369
91s executing #MPI = 3, without OMP
5370
91s
5371
91s =================================================
5372
91s MUMPS compiled with option -Dpord
5373
91s =================================================
5374
91s L U Solver for unsymmetric matrices
5375
91s Type of parallelism: Working host
5376
91s
5377
91s ****** ANALYSIS STEP ********
5378
91s
5379
91s Processing a graph of size: 5
5380
91s ... Structural symmetry (in percent)= 92
5381
91s Average density of rows/columns = 2
5382
91s ... No column permutation
5383
91s Ordering based on AMF
5384
91s WARNING: Largest root node of size 5 not selected for parallel execution
5385
91s
5386
91s Leaving analysis phase with ...
5387
91s INFOG(1) = 0
5388
91s INFOG(2) = 0
5389
91s -- (20) Number of entries in factors (estim.) = 25
5390
91s -- (3) Real space for factors (estimated) = 25
5391
91s -- (4) Integer space for factors (estimated) = 30
5392
91s -- (5) Maximum frontal size (estimated) = 5
5393
91s -- (6) Number of nodes in the tree = 1
5394
91s -- (32) Type of analysis effectively used = 1
5395
91s -- (7) Ordering option effectively used = 2
5396
91s ICNTL (6) Maximum transversal option = 0
5397
91s ICNTL (7) Pivot order option = 7
5398
91s ICNTL(12) Ordering symmetric indef. matrices = 1
5399
91s ICNTL(13) Parallelism/splitting of root node = 0
5400
91s ICNTL(14) Percentage of memory relaxation = 20
5401
91s ICNTL(15) Analysis by block effectively used = 0
5402
91s ICNTL(18) Distributed input matrix (on if >0) = 0
5403
91s ICNTL(32) Forward elimination during facto. = 0
5404
91s ICNTL(35) BLR activation = 0
5405
91s ICNTL(48) Tree based multithreading (effective)= 0
5406
91s ICNTL(58) Symbolic factorization option = 2
5407
91s Number of level 2 nodes = 0
5408
91s Number of split nodes = 0
5409
91s RINFOG(1) Operations during elimination (estim)= 7.000D 01
5410
91s
5411
91s MEMORY ESTIMATIONS ...
5412
91s Estimations with standard Full-Rank (FR) factorization:
5413
91s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
5414
91s Total space in MBytes, IC factorization (INFOG(17)): 0
5415
91s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
5416
91s Total space in MBytes, OOC factorization (INFOG(27)): 0
5417
91s
5418
91s Elapsed time in analysis driver= 0.0014
5419
91s
5420
91s
5421
91s ****** FACTORIZATION STEP ********
5422
91s
5423
91s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
5424
91s Number of working processes = 3
5425
91s ICNTL(22) Out-of-core option = 0
5426
91s ICNTL(35) BLR activation (eff. choice) = 0
5427
91s ICNTL(37) BLR CB compression (eff. choice) = 0
5428
91s ICNTL(49) Compact workarray S (end facto.) = 0
5429
91s ICNTL(14) Memory relaxation = 20
5430
91s INFOG(3) Real space for factors (estimated)= 25
5431
91s INFOG(4) Integer space for factors (estim.)= 30
5432
91s Maximum frontal size (estimated) = 5
5433
91s Number of nodes in the tree = 1
5434
91s ICNTL(23) Memory allowed (value on host) = 0
5435
91s Sum over all procs = 0
5436
91s Memory provided by user, sum of LWK_USER = 0
5437
91s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
5438
91s
5439
91s Statistics on the scaling phase
5440
91s Elapsed time for scaling = 0.0001
5441
91s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
5442
91s
5443
91s Average Effective size of S (based on INFO(39))= 2428
5444
91s Elapsed time to reformat/distribute matrix = 0.0000
5445
91s
5446
91s
5447
91s Allocated buffers
5448
91s ------------------
5449
91s Size of reception buffer in bytes ...... = 140000
5450
91s Size of async. emission buffer (bytes).. = 140012
5451
91s Small emission buffer (bytes) .......... = 180
5452
91s ** Memory allocated, max in Mbytes (INFOG(18)): 0
5453
91s
5454
91s ** Memory allocated, total in Mbytes (INFOG(19)): 0
5455
91s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
5456
91s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
5457
91s
5458
91s Elapsed time for factorization = 0.0004
5459
91s
5460
91s Leaving factorization with ...
5461
91s RINFOG (2) Operations in node assembly = 0.000D 00
5462
91s ------ (3) Operations in node elimination = 7.000D 01
5463
91s ICNTL (8) Scaling effectively used = 7
5464
91s INFOG (9) Real space for factors = 25
5465
91s INFOG (10) Integer space for factors = 30
5466
91s INFOG (11) Maximum front size = 5
5467
91s INFOG (29) Number of entries in factors = 25
5468
91s INFOG (12) Number of off diagonal pivots = 1
5469
91s INFOG (13) Number of delayed pivots = 0
5470
91s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
5471
91s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
5472
91s RINFOG(21) Largest pivot in absolute value = 5.281D 00
5473
91s INFOG (24) Effective value of ICNTL(12) = 1
5474
91s INFOG (14) Number of memory compress = 0
5475
91s
5476
91s Elapsed time in factorization driver = 0.0024
5477
91s
5478
91s
5479
91s ****** SOLVE & CHECK STEP ********
5480
91s
5481
91s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
5482
91s Number of right-hand-sides = 1
5483
91s Blocking factor for multiple rhs = 1
5484
91s ICNTL (9) = 1
5485
91s --- (10) = 0
5486
91s --- (11) = 0
5487
91s --- (20) = 0
5488
91s --- (21) = 0
5489
91s --- (30) = 0
5490
91s --- (35) = 0
5491
91s --- (48) (effective) = 0
5492
91s ** Rank of processor needing largest memory in solve : 0
5493
91s ** Space in MBYTES used by this processor for solve : 0
5494
91s ** Avg. Space in MBYTES per working proc during solve : 0
5495
91s
5496
91s Leaving solve with ...
5497
91s Time to build/scatter RHS = 0.000109
5498
91s Time in solution step (fwd/bwd) = 0.000081
5499
91s .. Time in forward (fwd) step = 0.000045
5500
91s .. Time in backward (bwd) step = 0.000026
5501
91s Time to gather solution(cent.sol)= 0.000007
5502
91s Time for distributed solution = 0.000000
5503
91s
5504
91s Elapsed time in solve driver= 0.0009
5505
91s Solution is (0.999998868,0.00000000) (1.99999976,0.00000000) (3.00000000,0.00000000) (3.99999976,0.00000000) (5.00000000,0.00000000)
5506
91s
5507
91s Entering CMUMPS 5.7.3 with JOB = -2
5508
91s executing #MPI = 3, without OMP
5509
91s
5510
91s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
5511
91s executing #MPI = 3, without OMP
5512
91s
5513
91s =================================================
5514
91s MUMPS compiled with option -Dpord
5515
91s =================================================
5516
91s L U Solver for unsymmetric matrices
5517
91s Type of parallelism: Working host
5518
91s
5519
91s ****** ANALYSIS STEP ********
5520
91s
5521
91s Processing a graph of size: 5
5522
91s ... Structural symmetry (in percent)= 92
5523
91s Average density of rows/columns = 2
5524
91s ... No column permutation
5525
91s Ordering based on AMF
5526
91s WARNING: Largest root node of size 5 not selected for parallel execution
5527
91s
5528
91s Leaving analysis phase with ...
5529
91s INFOG(1) = 0
5530
91s INFOG(2) = 0
5531
91s -- (20) Number of entries in factors (estim.) = 25
5532
91s -- (3) Real space for factors (estimated) = 25
5533
91s -- (4) Integer space for factors (estimated) = 30
5534
91s -- (5) Maximum frontal size (estimated) = 5
5535
91s -- (6) Number of nodes in the tree = 1
5536
91s -- (32) Type of analysis effectively used = 1
5537
91s -- (7) Ordering option effectively used = 2
5538
91s ICNTL (6) Maximum transversal option = 0
5539
91s ICNTL (7) Pivot order option = 7
5540
91s ICNTL(12) Ordering symmetric indef. matrices = 1
5541
91s ICNTL(13) Parallelism/splitting of root node = 0
5542
91s ICNTL(14) Percentage of memory relaxation = 20
5543
91s ICNTL(15) Analysis by block effectively used = 0
5544
91s ICNTL(18) Distributed input matrix (on if >0) = 0
5545
91s ICNTL(32) Forward elimination during facto. = 0
5546
91s ICNTL(35) BLR activation = 0
5547
91s ICNTL(48) Tree based multithreading (effective)= 0
5548
91s ICNTL(58) Symbolic factorization option = 2
5549
91s Number of level 2 nodes = 0
5550
91s Number of split nodes = 0
5551
91s RINFOG(1) Operations during elimination (estim)= 7.000D 01
5552
91s
5553
91s MEMORY ESTIMATIONS ...
5554
91s Estimations with standard Full-Rank (FR) factorization:
5555
91s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
5556
91s Total space in MBytes, IC factorization (INFOG(17)): 0
5557
91s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
5558
91s Total space in MBytes, OOC factorization (INFOG(27)): 0
5559
91s
5560
91s Elapsed time in analysis driver= 0.0006
5561
91s
5562
91s
5563
91s ****** FACTORIZATION STEP ********
5564
91s
5565
91s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
5566
91s Number of working processes = 3
5567
91s ICNTL(22) Out-of-core option = 1
5568
91s ICNTL(35) BLR activation (eff. choice) = 0
5569
91s ICNTL(37) BLR CB compression (eff. choice) = 0
5570
91s ICNTL(49) Compact workarray S (end facto.) = 0
5571
91s ICNTL(14) Memory relaxation = 20
5572
91s INFOG(3) Real space for factors (estimated)= 25
5573
91s INFOG(4) Integer space for factors (estim.)= 30
5574
91s Maximum frontal size (estimated) = 5
5575
91s Number of nodes in the tree = 1
5576
91s ICNTL(23) Memory allowed (value on host) = 0
5577
91s Sum over all procs = 0
5578
91s Memory provided by user, sum of LWK_USER = 0
5579
91s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
5580
91s
5581
91s Statistics on the scaling phase
5582
91s Elapsed time for scaling = 0.0001
5583
91s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
5584
91s
5585
91s Average Effective size of S (based on INFO(39))= 2428
5586
91s Elapsed time to reformat/distribute matrix = 0.0000
5587
91s
5588
91s
5589
91s Allocated buffers
5590
91s ------------------
5591
91s Size of reception buffer in bytes ...... = 140000
5592
91s Size of async. emission buffer (bytes).. = 140012
5593
91s Small emission buffer (bytes) .......... = 180
5863
91s ** Memory allocated, max in Mbytes (INFOG(18)): 0
5595
91s
5596
91s ** Memory allocated, total in Mbytes (INFOG(19)): 0
5597
91s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
5598
91s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
5599
91s
5600
91s Elapsed time for factorization = 0.0012
5601
91s
5602
91s Leaving factorization with ...
5603
91s RINFOG (2) Operations in node assembly = 0.000D 00
5604
91s ------ (3) Operations in node elimination = 7.000D 01
5605
91s ICNTL (8) Scaling effectively used = 7
5606
91s INFOG (9) Real space for factors = 50
5607
91s INFOG (10) Integer space for factors = 31
5608
91s INFOG (11) Maximum front size = 5
5609
91s INFOG (29) Number of entries in factors = 25
5610
91s INFOG (12) Number of off diagonal pivots = 1
5611
91s INFOG (13) Number of delayed pivots = 0
5612
91s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
5613
91s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
5614
91s RINFOG(21) Largest pivot in absolute value = 5.281D 00
5615
91s INFOG (24) Effective value of ICNTL(12) = 1
5616
91s INFOG (14) Number of memory compress = 0
5617
91s
5618
91s Elapsed time in factorization driver = 0.0035
5619
91s
5620
91s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
5621
91s executing #MPI = 3, without OMP
5622
91s Save done successfully
5623
91s The corresponding OOC files are:
5624
91s /tmp//mumps_0_KIuK5S
5625
91s /tmp//mumps_0_gBZYOk
5626
91s
5627
91s Elapsed time in save structure driver= 0.0009
5628
91s
5629
91s Entering CMUMPS 5.7.3 with JOB = -2
5630
91s executing #MPI = 3, without OMP
5631
91s
5632
91s Entering CMUMPS 5.7.3 with JOB = 8
5633
91s executing #MPI = 3, without OMP
5634
91s The corresponding OOC files are:
5635
91s /tmp//mumps_0_KIuK5S
5636
91s /tmp//mumps_0_gBZYOk
5637
91s
5638
91s Elapsed time in restore structure driver= 0.0008
5639
91s
5640
91s Entering CMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
5641
91s executing #MPI = 3, without OMP
5642
91s
5643
91s
5644
91s
5645
91s ****** SOLVE & CHECK STEP ********
5646
91s
5647
91s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
5648
91s Number of right-hand-sides = 1
5649
91s Blocking factor for multiple rhs = 1
5650
91s ICNTL (9) = 1
5651
91s --- (10) = 0
5652
91s --- (11) = 0
5653
91s --- (20) = 0
5654
91s --- (21) = 0
5655
91s --- (30) = 0
5656
91s --- (35) = 0
5657
91s --- (48) (effective) = 0
5658
91s ** Rank of processor needing largest memory in solve : 0
5659
91s ** Space in MBYTES used by this processor for solve : 0
5660
91s ** Avg. Space in MBYTES per working proc during solve : 0
5661
91s
5662
91s Leaving solve with ...
5663
91s Time to build/scatter RHS = 0.000077
5664
91s Time in solution step (fwd/bwd) = 0.000097
5665
91s .. Time in forward (fwd) step = 0.000060
5666
91s .. Time in backward (bwd) step = 0.000024
5667
91s Time to gather solution(cent.sol)= 0.000005
5668
91s Time for distributed solution = 0.000000
5669
91s
5670
91s Elapsed time in solve driver= 0.0005
5671
91s Solution is (0.999998868,0.00000000) (1.99999976,0.00000000) (3.00000000,0.00000000) (3.99999976,0.00000000) (5.00000000,0.00000000)
5672
91s
5673
91s Entering CMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
5674
91s executing #MPI = 3, without OMP
5675
91s
5676
91s Entering CMUMPS 5.7.3 with JOB = -2
5677
91s executing #MPI = 3, without OMP
5678
91s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
5679
91s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
5680
91s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
5681
91s
5682
91s
5683
91s === running 64-bit simple test: complex, double precision, MPI ===
5684
91s
5685
91s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 6 5 12
5686
91s executing #MPI = 3, without OMP
5687
91s
5688
91s =================================================
5689
91s MUMPS compiled with option -Dpord
5690
91s =================================================
5691
91s L U Solver for unsymmetric matrices
5692
91s Type of parallelism: Working host
5693
91s
5694
91s ****** ANALYSIS STEP ********
5695
91s
5696
91s Processing a graph of size: 5
5697
91s ... Structural symmetry (in percent)= 92
5698
91s Average density of rows/columns = 2
5699
91s ... No column permutation
5700
91s Ordering based on AMF
5701
91s WARNING: Largest root node of size 5 not selected for parallel execution
5702
91s
5703
91s Leaving analysis phase with ...
5704
91s INFOG(1) = 0
5705
91s INFOG(2) = 0
5706
91s -- (20) Number of entries in factors (estim.) = 25
5707
91s -- (3) Real space for factors (estimated) = 25
5708
91s -- (4) Integer space for factors (estimated) = 30
5709
91s -- (5) Maximum frontal size (estimated) = 5
5710
91s -- (6) Number of nodes in the tree = 1
5711
91s -- (32) Type of analysis effectively used = 1
5712
91s -- (7) Ordering option effectively used = 2
5713
91s ICNTL (6) Maximum transversal option = 0
5714
91s ICNTL (7) Pivot order option = 7
5715
91s ICNTL(12) Ordering symmetric indef. matrices = 1
5716
91s ICNTL(13) Parallelism/splitting of root node = 0
5717
91s ICNTL(14) Percentage of memory relaxation = 20
5718
91s ICNTL(15) Analysis by block effectively used = 0
5719
91s ICNTL(18) Distributed input matrix (on if >0) = 0
5720
91s ICNTL(32) Forward elimination during facto. = 0
5721
91s ICNTL(35) BLR activation = 0
5722
91s ICNTL(48) Tree based multithreading (effective)= 0
5723
91s ICNTL(58) Symbolic factorization option = 2
5724
91s Number of level 2 nodes = 0
5725
91s Number of split nodes = 0
5726
91s RINFOG(1) Operations during elimination (estim)= 7.000D 01
5727
91s
5728
91s MEMORY ESTIMATIONS ...
5729
91s Estimations with standard Full-Rank (FR) factorization:
5730
91s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
5731
91s Total space in MBytes, IC factorization (INFOG(17)): 0
5732
91s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
5733
91s Total space in MBytes, OOC factorization (INFOG(27)): 0
5734
91s
5735
91s Elapsed time in analysis driver= 0.0007
5736
91s
5737
91s
5738
91s ****** FACTORIZATION STEP ********
5739
91s
5740
91s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
5741
91s Number of working processes = 3
5742
91s ICNTL(22) Out-of-core option = 0
5743
91s ICNTL(35) BLR activation (eff. choice) = 0
5744
91s ICNTL(37) BLR CB compression (eff. choice) = 0
5745
91s ICNTL(49) Compact workarray S (end facto.) = 0
5746
91s ICNTL(14) Memory relaxation = 20
5747
91s INFOG(3) Real space for factors (estimated)= 25
5748
91s INFOG(4) Integer space for factors (estim.)= 30
5749
91s Maximum frontal size (estimated) = 5
5750
91s Number of nodes in the tree = 1
5751
91s ICNTL(23) Memory allowed (value on host) = 0
5752
91s Sum over all procs = 0
5753
91s Memory provided by user, sum of LWK_USER = 0
5754
91s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
5755
91s
5756
91s Statistics on the scaling phase
5757
91s Elapsed time for scaling = 0.0001
5758
91s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
5759
91s
5760
91s Average Effective size of S (based on INFO(39))= 2428
5761
91s Elapsed time to reformat/distribute matrix = 0.0000
5762
91s
5763
91s
5764
91s Allocated buffers
5765
91s ------------------
5766
91s Size of reception buffer in bytes ...... = 140000
5767
91s Size of async. emission buffer (bytes).. = 140012
5768
91s Small emission buffer (bytes) .......... = 180
5769
91s ** Memory allocated, max in Mbytes (INFOG(18)): 0
5770
91s
5771
91s ** Memory allocated, total in Mbytes (INFOG(19)): 0
5772
91s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
5773
91s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
5774
91s
5775
91s Elapsed time for factorization = 0.0004
5776
91s
5777
91s Leaving factorization with ...
5778
91s RINFOG (2) Operations in node assembly = 0.000D 00
5779
91s ------ (3) Operations in node elimination = 7.000D 01
5780
91s ICNTL (8) Scaling effectively used = 7
5781
91s INFOG (9) Real space for factors = 25
5782
91s INFOG (10) Integer space for factors = 30
5783
91s INFOG (11) Maximum front size = 5
5784
91s INFOG (29) Number of entries in factors = 25
5785
91s INFOG (12) Number of off diagonal pivots = 1
5786
91s INFOG (13) Number of delayed pivots = 0
5787
91s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
5788
91s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
5789
91s RINFOG(21) Largest pivot in absolute value = 5.281D 00
5790
91s INFOG (24) Effective value of ICNTL(12) = 1
5791
91s INFOG (14) Number of memory compress = 0
5792
91s
5793
91s Elapsed time in factorization driver = 0.0008
5794
91s
5795
91s
5796
91s ****** SOLVE & CHECK STEP ********
5797
91s
5798
91s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
5799
91s Number of right-hand-sides = 1
5800
91s Blocking factor for multiple rhs = 1
5801
91s ICNTL (9) = 1
5802
91s --- (10) = 0
5803
91s --- (11) = 0
5804
91s --- (20) = 0
5805
91s --- (21) = 0
5806
91s --- (30) = 0
5807
91s --- (35) = 0
5808
91s --- (48) (effective) = 0
5809
91s ** Rank of processor needing largest memory in solve : 0
5810
91s ** Space in MBYTES used by this processor for solve : 0
5811
91s ** Avg. Space in MBYTES per working proc during solve : 0
5812
91s
5813
91s Leaving solve with ...
5814
91s Time to build/scatter RHS = 0.000157
5815
91s Time in solution step (fwd/bwd) = 0.000070
5816
91s .. Time in forward (fwd) step = 0.000039
5817
91s .. Time in backward (bwd) step = 0.000021
5818
91s Time to gather solution(cent.sol)= 0.000006
5819
91s Time for distributed solution = 0.000000
5820
91s
5821
91s Elapsed time in solve driver= 0.0004
5822
91s Solution is (1.0000000000000013,0.0000000000000000) (2.0000000000000000,0.0000000000000000) (3.0000000000000004,0.0000000000000000) (4.0000000000000000,0.0000000000000000) (4.9999999999999991,0.0000000000000000)
5823
91s
5824
91s Entering ZMUMPS 5.7.3 with JOB = -2
5825
91s executing #MPI = 3, without OMP
5826
91s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
5827
91s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
5828
91s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
5829
91s
5830
91s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 4 5 12
5831
91s executing #MPI = 3, without OMP
5832
91s
5833
91s =================================================
5834
91s MUMPS compiled with option -Dpord
5835
91s =================================================
5836
91s L U Solver for unsymmetric matrices
5837
91s Type of parallelism: Working host
5838
91s
5839
91s ****** ANALYSIS STEP ********
5840
91s
5841
91s Processing a graph of size: 5
5842
91s ... Structural symmetry (in percent)= 92
5843
91s Average density of rows/columns = 2
5844
91s ... No column permutation
5845
91s Ordering based on AMF
5846
91s WARNING: Largest root node of size 5 not selected for parallel execution
5847
91s
5848
91s Leaving analysis phase with ...
5849
91s INFOG(1) = 0
5850
91s INFOG(2) = 0
5851
91s -- (20) Number of entries in factors (estim.) = 25
5852
91s -- (3) Real space for factors (estimated) = 25
5853
91s -- (4) Integer space for factors (estimated) = 30
5854
91s -- (5) Maximum frontal size (estimated) = 5
5855
91s -- (6) Number of nodes in the tree = 1
5856
91s -- (32) Type of analysis effectively used = 1
5857
91s -- (7) Ordering option effectively used = 2
5858
91s ICNTL (6) Maximum transversal option = 0
5859
91s ICNTL (7) Pivot order option = 7
5860
91s ICNTL(12) Ordering symmetric indef. matrices = 1
5861
91s ICNTL(13) Parallelism/splitting of root node = 0
5862
91s ICNTL(14) Percentage of memory relaxation = 20
5863
91s ICNTL(15) Analysis by block effectively used = 0
5864
91s ICNTL(18) Distributed input matrix (on if >0) = 0
5865
91s ICNTL(32) Forward elimination during facto. = 0
5866
91s ICNTL(35) BLR activation = 0
5867
91s ICNTL(48) Tree based multithreading (effective)= 0
5868
91s ICNTL(58) Symbolic factorization option = 2
5869
91s Number of level 2 nodes = 0
5870
91s Number of split nodes = 0
5871
91s RINFOG(1) Operations during elimination (estim)= 7.000D 01
5872
91s
5873
91s MEMORY ESTIMATIONS ...
5874
91s Estimations with standard Full-Rank (FR) factorization:
5875
91s Maximum estim. space in Mbytes, IC facto. (INFOG(16)): 0
5876
91s Total space in MBytes, IC factorization (INFOG(17)): 0
5877
91s Maximum estim. space in Mbytes, OOC facto. (INFOG(26)): 0
5878
91s Total space in MBytes, OOC factorization (INFOG(27)): 0
5879
91s
5880
91s Elapsed time in analysis driver= 0.0005
5881
91s
5882
91s
5883
91s ****** FACTORIZATION STEP ********
5884
91s
5885
91s GLOBAL STATISTICS PRIOR NUMERICAL FACTORIZATION ...
5886
91s Number of working processes = 3
5887
91s ICNTL(22) Out-of-core option = 1
5888
91s ICNTL(35) BLR activation (eff. choice) = 0
5889
91s ICNTL(37) BLR CB compression (eff. choice) = 0
5890
91s ICNTL(49) Compact workarray S (end facto.) = 0
5891
91s ICNTL(14) Memory relaxation = 20
5892
91s INFOG(3) Real space for factors (estimated)= 25
5893
91s INFOG(4) Integer space for factors (estim.)= 30
5894
91s Maximum frontal size (estimated) = 5
5895
91s Number of nodes in the tree = 1
5896
91s ICNTL(23) Memory allowed (value on host) = 0
5897
91s Sum over all procs = 0
5898
91s Memory provided by user, sum of LWK_USER = 0
5899
91s Effective threshold for pivoting, CNTL(1) = 0.1000D-01
5900
91s
5901
91s Statistics on the scaling phase
5902
91s Elapsed time for scaling = 0.0001
5903
91s Max difference from 1 after scaling the entries for ONE-NORM (option 7/8) = 0.38D 00
5904
91s
5905
91s Average Effective size of S (based on INFO(39))= 2428
5906
91s Elapsed time to reformat/distribute matrix = 0.0000
5907
91s
5908
91s
5909
91s Allocated buffers
5910
91s ------------------
5911
91s Size of reception buffer in bytes ...... = 140000
5912
91s Size of async. emission buffer (bytes).. = 140012
5913
91s Small emission buffer (bytes) .......... = 180
5914
91s ** Memory allocated, max in Mbytes (INFOG(18)): 0
5915
91s
5916
91s ** Memory allocated, total in Mbytes (INFOG(19)): 0
5917
91s ** Memory effectively used, max in Mbytes (INFOG(21)): 0
5918
91s ** Memory effectively used, total in Mbytes (INFOG(22)): 0
5919
91s
5920
91s Elapsed time for factorization = 0.0003
5921
91s
5922
91s Leaving factorization with ...
5923
91s RINFOG (2) Operations in node assembly = 0.000D 00
5924
91s ------ (3) Operations in node elimination = 7.000D 01
5925
91s ICNTL (8) Scaling effectively used = 7
5926
91s INFOG (9) Real space for factors = 50
5927
91s INFOG (10) Integer space for factors = 31
5928
91s INFOG (11) Maximum front size = 5
5929
91s INFOG (29) Number of entries in factors = 25
5930
91s INFOG (12) Number of off diagonal pivots = 1
5931
91s INFOG (13) Number of delayed pivots = 0
5932
91s RINFOG(19) Smallest pivot WITH perturbed pivots = 1.129D-01
5933
91s RINFOG(20) Smallest pivot WITHOUT perturbed pivots = 1.129D-01
5934
91s RINFOG(21) Largest pivot in absolute value = 5.281D 00
5935
91s INFOG (24) Effective value of ICNTL(12) = 1
5936
91s INFOG (14) Number of memory compress = 0
5937
91s
5938
91s Elapsed time in factorization driver = 0.0021
5939
91s
8630
91s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 7 5 12
8631
91s executing #MPI = 3, without OMP
8632
91s Save done successfully
8633
91s The corresponding OOC files are:
8634
91s /tmp//mumps_0_jKIL3G
8635
91s /tmp//mumps_0_LeBLRZ
8636
91s
8637
91s Elapsed time in save structure driver= 0.0025
8638
91s
8639
91s Entering ZMUMPS 5.7.3 with JOB = -2
5950
91s executing #MPI = 3, without OMP
5951
91s
5952
91s Entering ZMUMPS 5.7.3 with JOB = 8
5953
91s executing #MPI = 3, without OMP
5954
91s The corresponding OOC files are:
5955
91s /tmp//mumps_0_jKIL3G
5956
91s /tmp//mumps_0_LeBLRZ
5957
91s
5958
91s Elapsed time in restore structure driver= 0.0019
5959
91s
5960
91s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = 3 5 12
5961
91s executing #MPI = 3, without OMP
5962
91s
5963
91s
5964
91s
5965
91s ****** SOLVE & CHECK STEP ********
5966
91s
5967
91s GLOBAL STATISTICS PRIOR SOLVE PHASE ...........
5968
91s Number of right-hand-sides = 1
5969
91s Blocking factor for multiple rhs = 1
5970
91s ICNTL (9) = 1
5971
91s --- (10) = 0
5972
91s --- (11) = 0
5973
91s --- (20) = 0
5974
91s --- (21) = 0
5975
91s --- (30) = 0
5976
91s --- (35) = 0
5977
91s --- (48) (effective) = 0
5978
91s ** Rank of processor needing largest memory in solve : 0
5979
91s ** Space in MBYTES used by this processor for solve : 0
5980
91s ** Avg. Space in MBYTES per working proc during solve : 0
5981
91s
5982
91s Leaving solve with ...
5983
91s Time to build/scatter RHS = 0.000097
5984
91s Time in solution step (fwd/bwd) = 0.000111
5985
91s .. Time in forward (fwd) step = 0.000070
5986
91s .. Time in backward (bwd) step = 0.000026
5987
91s Time to gather solution(cent.sol)= 0.000006
5988
91s Time for distributed solution = 0.000000
5989
91s
5990
91s Elapsed time in solve driver= 0.0009
5991
91s Solution is (1.0000000000000013,0.0000000000000000) (2.0000000000000000,0.0000000000000000) (3.0000000000000004,0.0000000000000000) (4.0000000000000000,0.0000000000000000) (4.9999999999999991,0.0000000000000000)
5992
91s
5993
91s Entering ZMUMPS 5.7.3 with JOB, N, NNZ = -3 5 12
5994
91s executing #MPI = 3, without OMP
5995
91s
5996
91s Entering ZMUMPS 5.7.3 with JOB = -2
5997
91s executing #MPI = 3, without OMP
5998
91s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
5999
91s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
6000
91s Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
6001
92s autopkgtest [07:59:18]: test mumps64-examples-mpi: -----------------------]
6002
92s mumps64-examples-mpi PASS
6003
92s autopkgtest [07:59:18]: test mumps64-examples-mpi: - - - - - - - - - - results - - - - - - - - - -
6004
92s autopkgtest [07:59:18]: @@@@@@@@@@@@@@@@@@@@ summary
6005
92s mumps-examples-serial PASS
6006
92s mumps-examples-mpi PASS
6007
92s mumps64-examples-serial PASS
6008
92s mumps64-examples-mpi PASS