Reduced Order Modeling: This example trains a DMD object and then predicts the solution using the DMD at the same times that the actual HyPar solution is written at.
The first of each of these file sets is the solution at \(t=0\) and the final one is the solution at \(t=2\). Since HyPar::op_overwrite is set to no in solver.inp, a separate file is written for solutions at each output time. All the files are binary (HyPar::op_file_format is set to binary in solver.inp).
The following plot shows the final solution (density) - FOM (full-order model) refers to the HyPar solution, ROM (reduced-order model) refers to the DMD solution.
By default, the code will write the trained DMD object(s) to files in a subdirectory (DMDROMObject::m_dirname - default value is "DMD"). If the subdirectory does not exist, the code may not report an error (or give some HDF5 file-writing error); the DMD objects will not be written! If the subdirectory exists, several files will exist after the simulation is complete - they are in a format that is readable by libROM.
HyPar - Parallel (MPI) version with 10 processes
Compiled with PETSc time integration.
Allocated simulation object(s).
Reading solver inputs from file "solver.inp".
No. of dimensions : 1
No. of variables : 3
Domain size : 201
Processes along each dimension : 10
Exact solution domain size : 201
No. of ghosts pts : 3
No. of iter. : 400
Restart iteration : 0
Time integration scheme : rk (44)
Spatial discretization scheme (hyperbolic) : weno5
Split hyperbolic flux term? : no
Interpolation type for hyperbolic term : characteristic
Spatial discretization type (parabolic ) : nonconservative-1stage
Spatial discretization scheme (parabolic ) : 2
Time Step : 5.000000E-04
Check for conservation : no
Screen output iterations : 1
File output iterations : 50
Initial solution file type : ascii
Initial solution read mode : serial
Solution file write mode : serial
Solution file format : binary
Overwrite solution file : no
Physical model : euler1d
Partitioning domain and allocating data arrays.
Reading array from ASCII file initial.inp (Serial mode).
Volume integral of the initial solution:
0: 5.6312499999999999E-01
1: 0.0000000000000000E+00
2: 1.3762500000000000E+00
Reading boundary conditions from boundary.inp.
Boundary extrapolate: Along dimension 0 and face +1
Boundary extrapolate: Along dimension 0 and face -1
2 boundary condition(s) read.
Initializing solvers.
Reading WENO parameters from weno.inp.
Initializing physics. Model = "euler1d"
Reading physical model inputs from file "physics.inp".
Setting up time integration.
Setting up libROM interface.
libROM inputs and parameters:
reduced model dimensionality: 8
sampling frequency: 1
mode: train
type: DMD
save to file: true
local vector size: 60
libROM DMD inputs:
number of samples per window: 40
directory name for DMD onjects: DMD
Solving in time (from 0 to 400 iterations)
Writing solution file op_00000.bin.
DMDROMObject::takeSample() - creating new DMD
object, t=0.000000 (total: 1).
iter= 1 t=5.000E-04 CFL=1.183E-01 norm=1.3928E-02 wctime: 6.1E-04 (s)
iter= 2 t=1.000E-03 CFL=1.407E-01 norm=1.3304E-02 wctime: 4.7E-04 (s)
iter= 3 t=1.500E-03 CFL=1.617E-01 norm=1.2540E-02 wctime: 4.6E-04 (s)
iter= 4 t=2.000E-03 CFL=1.756E-01 norm=1.1267E-02 wctime: 4.9E-04 (s)
iter= 5 t=2.500E-03 CFL=1.848E-01 norm=1.0102E-02 wctime: 4.9E-04 (s)
iter= 6 t=3.000E-03 CFL=1.912E-01 norm=9.2728E-03 wctime: 4.8E-04 (s)
iter= 7 t=3.500E-03 CFL=1.956E-01 norm=8.8385E-03 wctime: 4.8E-04 (s)
iter= 8 t=4.000E-03 CFL=1.983E-01 norm=8.8084E-03 wctime: 4.7E-04 (s)
iter= 9 t=4.500E-03 CFL=1.996E-01 norm=8.6687E-03 wctime: 4.6E-04 (s)
iter= 10 t=5.000E-03 CFL=1.999E-01 norm=8.4023E-03 wctime: 4.4E-04 (s)
iter= 11 t=5.500E-03 CFL=1.998E-01 norm=8.1570E-03 wctime: 5.1E-04 (s)
iter= 12 t=6.000E-03 CFL=2.010E-01 norm=8.0063E-03 wctime: 4.9E-04 (s)
iter= 13 t=6.500E-03 CFL=2.055E-01 norm=8.0330E-03 wctime: 4.9E-04 (s)
iter= 14 t=7.000E-03 CFL=2.080E-01 norm=8.0151E-03 wctime: 4.4E-04 (s)
iter= 15 t=7.500E-03 CFL=2.091E-01 norm=7.8389E-03 wctime: 4.9E-04 (s)
iter= 16 t=8.000E-03 CFL=2.095E-01 norm=7.6569E-03 wctime: 4.4E-04 (s)
iter= 17 t=8.500E-03 CFL=2.094E-01 norm=7.5528E-03 wctime: 4.9E-04 (s)
iter= 18 t=9.000E-03 CFL=2.088E-01 norm=7.5441E-03 wctime: 4.5E-04 (s)
iter= 19 t=9.500E-03 CFL=2.079E-01 norm=7.6453E-03 wctime: 4.4E-04 (s)
iter= 20 t=1.000E-02 CFL=2.107E-01 norm=7.6219E-03 wctime: 4.4E-04 (s)
iter= 21 t=1.050E-02 CFL=2.124E-01 norm=7.4669E-03 wctime: 5.4E-04 (s)
iter= 22 t=1.100E-02 CFL=2.132E-01 norm=7.3193E-03 wctime: 4.9E-04 (s)
iter= 23 t=1.150E-02 CFL=2.135E-01 norm=7.2489E-03 wctime: 4.8E-04 (s)
iter= 24 t=1.200E-02 CFL=2.134E-01 norm=7.3010E-03 wctime: 4.8E-04 (s)
iter= 25 t=1.250E-02 CFL=2.130E-01 norm=7.3878E-03 wctime: 4.5E-04 (s)
iter= 26 t=1.300E-02 CFL=2.123E-01 norm=7.3133E-03 wctime: 4.4E-04 (s)
iter= 27 t=1.350E-02 CFL=2.136E-01 norm=7.1491E-03 wctime: 4.6E-04 (s)
iter= 28 t=1.400E-02 CFL=2.146E-01 norm=7.0327E-03 wctime: 4.5E-04 (s)
iter= 29 t=1.450E-02 CFL=2.152E-01 norm=7.0047E-03 wctime: 4.4E-04 (s)
iter= 30 t=1.500E-02 CFL=2.154E-01 norm=7.1079E-03 wctime: 4.8E-04 (s)
iter= 31 t=1.550E-02 CFL=2.154E-01 norm=7.1552E-03 wctime: 4.3E-04 (s)
iter= 32 t=1.600E-02 CFL=2.152E-01 norm=7.0472E-03 wctime: 4.7E-04 (s)
iter= 33 t=1.650E-02 CFL=2.148E-01 norm=6.9057E-03 wctime: 4.5E-04 (s)
iter= 34 t=1.700E-02 CFL=2.156E-01 norm=6.8315E-03 wctime: 4.7E-04 (s)
iter= 35 t=1.750E-02 CFL=2.162E-01 norm=6.8546E-03 wctime: 4.5E-04 (s)
iter= 36 t=1.800E-02 CFL=2.165E-01 norm=6.9765E-03 wctime: 4.6E-04 (s)
iter= 37 t=1.850E-02 CFL=2.167E-01 norm=6.9766E-03 wctime: 4.5E-04 (s)
iter= 38 t=1.900E-02 CFL=2.167E-01 norm=6.8460E-03 wctime: 4.6E-04 (s)
iter= 39 t=1.950E-02 CFL=2.166E-01 norm=6.7252E-03 wctime: 4.5E-04 (s)
iter= 40 t=2.000E-02 CFL=2.164E-01 norm=6.6847E-03 wctime: 4.6E-04 (s)
DMDROMObject::takeSample() - creating new DMD
object, t=0.020000 (total: 2).
iter= 41 t=2.050E-02 CFL=2.168E-01 norm=6.7577E-03 wctime: 4.5E-04 (s)
iter= 42 t=2.100E-02 CFL=2.172E-01 norm=6.8630E-03 wctime: 4.6E-04 (s)
iter= 43 t=2.150E-02 CFL=2.174E-01 norm=6.8159E-03 wctime: 4.7E-04 (s)
iter= 44 t=2.200E-02 CFL=2.175E-01 norm=6.6782E-03 wctime: 4.4E-04 (s)
iter= 45 t=2.250E-02 CFL=2.175E-01 norm=6.5853E-03 wctime: 4.9E-04 (s)
iter= 46 t=2.300E-02 CFL=2.174E-01 norm=6.5785E-03 wctime: 4.4E-04 (s)
iter= 47 t=2.350E-02 CFL=2.174E-01 norm=6.6914E-03 wctime: 4.8E-04 (s)
iter= 48 t=2.400E-02 CFL=2.177E-01 norm=6.7629E-03 wctime: 4.3E-04 (s)
iter= 49 t=2.450E-02 CFL=2.179E-01 norm=6.6776E-03 wctime: 5.2E-04 (s)
iter= 50 t=2.500E-02 CFL=2.180E-01 norm=6.5471E-03 wctime: 4.3E-04 (s)
Writing solution file op_00001.bin.
iter= 51 t=2.550E-02 CFL=2.181E-01 norm=6.4832E-03 wctime: 5.3E-04 (s)
iter= 52 t=2.600E-02 CFL=2.180E-01 norm=6.5124E-03 wctime: 4.5E-04 (s)
iter= 53 t=2.650E-02 CFL=2.180E-01 norm=6.6413E-03 wctime: 4.3E-04 (s)
iter= 54 t=2.700E-02 CFL=2.180E-01 norm=6.6649E-03 wctime: 4.7E-04 (s)
iter= 55 t=2.750E-02 CFL=2.182E-01 norm=6.5513E-03 wctime: 4.3E-04 (s)
iter= 56 t=2.800E-02 CFL=2.183E-01 norm=6.4377E-03 wctime: 5.2E-04 (s)
iter= 57 t=2.850E-02 CFL=2.184E-01 norm=6.4036E-03 wctime: 4.3E-04 (s)
iter= 58 t=2.900E-02 CFL=2.184E-01 norm=6.4767E-03 wctime: 4.9E-04 (s)
iter= 59 t=2.950E-02 CFL=2.184E-01 norm=6.5974E-03 wctime: 4.3E-04 (s)
iter= 60 t=3.000E-02 CFL=2.183E-01 norm=6.5714E-03 wctime: 4.7E-04 (s)
iter= 61 t=3.050E-02 CFL=2.184E-01 norm=6.4429E-03 wctime: 4.6E-04 (s)
iter= 62 t=3.100E-02 CFL=2.185E-01 norm=6.3513E-03 wctime: 4.5E-04 (s)
iter= 63 t=3.150E-02 CFL=2.186E-01 norm=6.3443E-03 wctime: 4.4E-04 (s)
iter= 64 t=3.200E-02 CFL=2.187E-01 norm=6.4562E-03 wctime: 4.5E-04 (s)
iter= 65 t=3.250E-02 CFL=2.187E-01 norm=6.5452E-03 wctime: 4.5E-04 (s)
iter= 66 t=3.300E-02 CFL=2.186E-01 norm=6.4750E-03 wctime: 4.3E-04 (s)
iter= 67 t=3.350E-02 CFL=2.186E-01 norm=6.3469E-03 wctime: 4.7E-04 (s)
iter= 68 t=3.400E-02 CFL=2.186E-01 norm=6.2820E-03 wctime: 4.3E-04 (s)
iter= 69 t=3.450E-02 CFL=2.187E-01 norm=6.3082E-03 wctime: 4.7E-04 (s)
iter= 70 t=3.500E-02 CFL=2.188E-01 norm=6.4425E-03 wctime: 5.1E-04 (s)
iter= 71 t=3.550E-02 CFL=2.188E-01 norm=6.4853E-03 wctime: 5.1E-04 (s)
iter= 72 t=3.600E-02 CFL=2.188E-01 norm=6.3811E-03 wctime: 4.3E-04 (s)
iter= 73 t=3.650E-02 CFL=2.188E-01 norm=6.2647E-03 wctime: 4.5E-04 (s)
iter= 74 t=3.700E-02 CFL=2.188E-01 norm=6.2260E-03 wctime: 4.7E-04 (s)
iter= 75 t=3.750E-02 CFL=2.188E-01 norm=6.2912E-03 wctime: 4.7E-04 (s)
iter= 76 t=3.800E-02 CFL=2.188E-01 norm=6.4219E-03 wctime: 4.5E-04 (s)
iter= 77 t=3.850E-02 CFL=2.188E-01 norm=6.4134E-03 wctime: 4.5E-04 (s)
iter= 78 t=3.900E-02 CFL=2.189E-01 norm=6.2897E-03 wctime: 4.5E-04 (s)
iter= 79 t=3.950E-02 CFL=2.189E-01 norm=6.1938E-03 wctime: 4.5E-04 (s)
iter= 80 t=4.000E-02 CFL=2.189E-01 norm=6.1825E-03 wctime: 4.5E-04 (s)
DMDROMObject::takeSample() - creating new DMD
object, t=0.040000 (total: 3).
iter= 81 t=4.050E-02 CFL=2.189E-01 norm=6.2883E-03 wctime: 4.3E-04 (s)
iter= 82 t=4.100E-02 CFL=2.188E-01 norm=6.3926E-03 wctime: 4.9E-04 (s)
iter= 83 t=4.150E-02 CFL=2.189E-01 norm=6.3366E-03 wctime: 4.3E-04 (s)
iter= 84 t=4.200E-02 CFL=2.189E-01 norm=6.2077E-03 wctime: 4.7E-04 (s)
iter= 85 t=4.250E-02 CFL=2.189E-01 norm=6.1362E-03 wctime: 4.3E-04 (s)
iter= 86 t=4.300E-02 CFL=2.189E-01 norm=6.1543E-03 wctime: 4.6E-04 (s)
iter= 87 t=4.350E-02 CFL=2.189E-01 norm=6.2873E-03 wctime: 4.6E-04 (s)
iter= 88 t=4.400E-02 CFL=2.189E-01 norm=6.3486E-03 wctime: 4.5E-04 (s)
iter= 89 t=4.450E-02 CFL=2.189E-01 norm=6.2553E-03 wctime: 4.4E-04 (s)
iter= 90 t=4.500E-02 CFL=2.189E-01 norm=6.1349E-03 wctime: 4.7E-04 (s)
iter= 91 t=4.550E-02 CFL=2.189E-01 norm=6.0902E-03 wctime: 4.7E-04 (s)
iter= 92 t=4.600E-02 CFL=2.190E-01 norm=6.1452E-03 wctime: 4.5E-04 (s)
iter= 93 t=4.650E-02 CFL=2.190E-01 norm=6.2833E-03 wctime: 4.7E-04 (s)
iter= 94 t=4.700E-02 CFL=2.190E-01 norm=6.2949E-03 wctime: 4.3E-04 (s)
iter= 95 t=4.750E-02 CFL=2.190E-01 norm=6.1774E-03 wctime: 4.7E-04 (s)
iter= 96 t=4.800E-02 CFL=2.190E-01 norm=6.0745E-03 wctime: 4.3E-04 (s)
iter= 97 t=4.850E-02 CFL=2.190E-01 norm=6.0558E-03 wctime: 4.3E-04 (s)
iter= 98 t=4.900E-02 CFL=2.190E-01 norm=6.1502E-03 wctime: 4.3E-04 (s)
iter= 99 t=4.950E-02 CFL=2.190E-01 norm=6.2693E-03 wctime: 4.6E-04 (s)
iter= 100 t=5.000E-02 CFL=2.190E-01 norm=6.2327E-03 wctime: 4.5E-04 (s)
Writing solution file op_00002.bin.
iter= 101 t=5.050E-02 CFL=2.190E-01 norm=6.1057E-03 wctime: 5.1E-04 (s)
iter= 102 t=5.100E-02 CFL=2.190E-01 norm=6.0269E-03 wctime: 4.3E-04 (s)
iter= 103 t=5.150E-02 CFL=2.190E-01 norm=6.0361E-03 wctime: 4.3E-04 (s)
iter= 104 t=5.200E-02 CFL=2.190E-01 norm=6.1634E-03 wctime: 4.4E-04 (s)
iter= 105 t=5.250E-02 CFL=2.191E-01 norm=6.2457E-03 wctime: 4.5E-04 (s)
iter= 106 t=5.300E-02 CFL=2.191E-01 norm=6.1680E-03 wctime: 4.3E-04 (s)
iter= 107 t=5.350E-02 CFL=2.191E-01 norm=6.0440E-03 wctime: 4.3E-04 (s)
iter= 108 t=5.400E-02 CFL=2.191E-01 norm=5.9906E-03 wctime: 4.3E-04 (s)
iter= 109 t=5.450E-02 CFL=2.191E-01 norm=6.0322E-03 wctime: 4.7E-04 (s)
iter= 110 t=5.500E-02 CFL=2.191E-01 norm=6.1736E-03 wctime: 4.3E-04 (s)
iter= 111 t=5.550E-02 CFL=2.191E-01 norm=6.2092E-03 wctime: 4.3E-04 (s)
iter= 112 t=5.600E-02 CFL=2.191E-01 norm=6.1020E-03 wctime: 4.3E-04 (s)
iter= 113 t=5.650E-02 CFL=2.191E-01 norm=5.9920E-03 wctime: 4.5E-04 (s)
iter= 114 t=5.700E-02 CFL=2.192E-01 norm=5.9645E-03 wctime: 4.4E-04 (s)
iter= 115 t=5.750E-02 CFL=2.192E-01 norm=6.0444E-03 wctime: 4.5E-04 (s)
iter= 116 t=5.800E-02 CFL=2.192E-01 norm=6.1771E-03 wctime: 4.4E-04 (s)
iter= 117 t=5.850E-02 CFL=2.192E-01 norm=6.1633E-03 wctime: 4.3E-04 (s)
iter= 118 t=5.900E-02 CFL=2.192E-01 norm=6.0397E-03 wctime: 4.6E-04 (s)
iter= 119 t=5.950E-02 CFL=2.192E-01 norm=5.9503E-03 wctime: 5.0E-04 (s)
iter= 120 t=6.000E-02 CFL=2.192E-01 norm=5.9483E-03 wctime: 4.6E-04 (s)
DMDROMObject::takeSample() - creating new DMD
object, t=0.060000 (total: 4).
iter= 121 t=6.050E-02 CFL=2.192E-01 norm=6.0644E-03 wctime: 4.3E-04 (s)
iter= 122 t=6.100E-02 CFL=2.192E-01 norm=6.1675E-03 wctime: 4.4E-04 (s)
iter= 123 t=6.150E-02 CFL=2.193E-01 norm=6.1089E-03 wctime: 4.5E-04 (s)
iter= 124 t=6.200E-02 CFL=2.193E-01 norm=5.9826E-03 wctime: 4.3E-04 (s)
iter= 125 t=6.250E-02 CFL=2.193E-01 norm=5.9186E-03 wctime: 4.3E-04 (s)
iter= 126 t=6.300E-02 CFL=2.193E-01 norm=5.9463E-03 wctime: 4.4E-04 (s)
iter= 127 t=6.350E-02 CFL=2.193E-01 norm=6.0858E-03 wctime: 4.4E-04 (s)
iter= 128 t=6.400E-02 CFL=2.193E-01 norm=6.1458E-03 wctime: 4.3E-04 (s)
iter= 129 t=6.450E-02 CFL=2.193E-01 norm=6.0515E-03 wctime: 4.3E-04 (s)
iter= 130 t=6.500E-02 CFL=2.193E-01 norm=5.9337E-03 wctime: 4.3E-04 (s)
iter= 131 t=6.550E-02 CFL=2.193E-01 norm=5.8951E-03 wctime: 4.5E-04 (s)
iter= 132 t=6.600E-02 CFL=2.193E-01 norm=5.9579E-03 wctime: 4.4E-04 (s)
iter= 133 t=6.650E-02 CFL=2.194E-01 norm=6.0993E-03 wctime: 4.3E-04 (s)
iter= 134 t=6.700E-02 CFL=2.194E-01 norm=6.1110E-03 wctime: 4.3E-04 (s)
iter= 135 t=6.750E-02 CFL=2.193E-01 norm=5.9943E-03 wctime: 4.3E-04 (s)
iter= 136 t=6.800E-02 CFL=2.193E-01 norm=5.8947E-03 wctime: 4.4E-04 (s)
iter= 137 t=6.850E-02 CFL=2.193E-01 norm=5.8818E-03 wctime: 4.3E-04 (s)
iter= 138 t=6.900E-02 CFL=2.194E-01 norm=5.9821E-03 wctime: 4.3E-04 (s)
iter= 139 t=6.950E-02 CFL=2.194E-01 norm=6.1035E-03 wctime: 4.3E-04 (s)
iter= 140 t=7.000E-02 CFL=2.194E-01 norm=6.0676E-03 wctime: 4.4E-04 (s)
iter= 141 t=7.050E-02 CFL=2.194E-01 norm=5.9413E-03 wctime: 4.4E-04 (s)
iter= 142 t=7.100E-02 CFL=2.194E-01 norm=5.8649E-03 wctime: 4.3E-04 (s)
iter= 143 t=7.150E-02 CFL=2.193E-01 norm=5.8786E-03 wctime: 4.3E-04 (s)
iter= 144 t=7.200E-02 CFL=2.193E-01 norm=6.0094E-03 wctime: 4.3E-04 (s)
iter= 145 t=7.250E-02 CFL=2.193E-01 norm=6.0946E-03 wctime: 4.6E-04 (s)
iter= 146 t=7.300E-02 CFL=2.193E-01 norm=6.0186E-03 wctime: 4.3E-04 (s)
iter= 147 t=7.350E-02 CFL=2.193E-01 norm=5.8957E-03 wctime: 4.3E-04 (s)
iter= 148 t=7.400E-02 CFL=2.193E-01 norm=5.8452E-03 wctime: 4.3E-04 (s)
iter= 149 t=7.450E-02 CFL=2.193E-01 norm=5.8903E-03 wctime: 4.4E-04 (s)
iter= 150 t=7.500E-02 CFL=2.193E-01 norm=6.0345E-03 wctime: 4.4E-04 (s)
Writing solution file op_00003.bin.
iter= 151 t=7.550E-02 CFL=2.193E-01 norm=6.0738E-03 wctime: 4.9E-04 (s)
iter= 152 t=7.600E-02 CFL=2.193E-01 norm=5.9680E-03 wctime: 4.3E-04 (s)
iter= 153 t=7.650E-02 CFL=2.193E-01 norm=5.8580E-03 wctime: 4.3E-04 (s)
iter= 154 t=7.700E-02 CFL=2.193E-01 norm=5.8327E-03 wctime: 4.4E-04 (s)
iter= 155 t=7.750E-02 CFL=2.193E-01 norm=5.9142E-03 wctime: 4.4E-04 (s)
iter= 156 t=7.800E-02 CFL=2.193E-01 norm=6.0506E-03 wctime: 4.3E-04 (s)
iter= 157 t=7.850E-02 CFL=2.193E-01 norm=6.0420E-03 wctime: 4.3E-04 (s)
iter= 158 t=7.900E-02 CFL=2.193E-01 norm=5.9199E-03 wctime: 4.3E-04 (s)
iter= 159 t=7.950E-02 CFL=2.193E-01 norm=5.8307E-03 wctime: 4.7E-04 (s)
iter= 160 t=8.000E-02 CFL=2.193E-01 norm=5.8307E-03 wctime: 4.4E-04 (s)
DMDROMObject::takeSample() - creating new DMD
object, t=0.080000 (total: 5).
iter= 161 t=8.050E-02 CFL=2.193E-01 norm=5.9473E-03 wctime: 4.7E-04 (s)
iter= 162 t=8.100E-02 CFL=2.193E-01 norm=6.0559E-03 wctime: 4.3E-04 (s)
iter= 163 t=8.150E-02 CFL=2.193E-01 norm=6.0020E-03 wctime: 4.4E-04 (s)
iter= 164 t=8.200E-02 CFL=2.193E-01 norm=5.8757E-03 wctime: 4.3E-04 (s)
iter= 165 t=8.250E-02 CFL=2.193E-01 norm=5.8111E-03 wctime: 4.3E-04 (s)
iter= 166 t=8.300E-02 CFL=2.193E-01 norm=5.8394E-03 wctime: 4.3E-04 (s)
iter= 167 t=8.350E-02 CFL=2.193E-01 norm=5.9806E-03 wctime: 4.3E-04 (s)
iter= 168 t=8.400E-02 CFL=2.192E-01 norm=6.0481E-03 wctime: 5.4E-04 (s)
iter= 169 t=8.450E-02 CFL=2.192E-01 norm=5.9579E-03 wctime: 4.7E-04 (s)
iter= 170 t=8.500E-02 CFL=2.192E-01 norm=5.8393E-03 wctime: 4.3E-04 (s)
iter= 171 t=8.550E-02 CFL=2.192E-01 norm=5.8004E-03 wctime: 4.3E-04 (s)
iter= 172 t=8.600E-02 CFL=2.192E-01 norm=5.8624E-03 wctime: 4.3E-04 (s)
iter= 173 t=8.650E-02 CFL=2.192E-01 norm=6.0078E-03 wctime: 4.3E-04 (s)
iter= 174 t=8.700E-02 CFL=2.192E-01 norm=6.0268E-03 wctime: 4.3E-04 (s)
iter= 175 t=8.750E-02 CFL=2.192E-01 norm=5.9117E-03 wctime: 4.3E-04 (s)
iter= 176 t=8.800E-02 CFL=2.192E-01 norm=5.8099E-03 wctime: 4.4E-04 (s)
iter= 177 t=8.850E-02 CFL=2.192E-01 norm=5.7963E-03 wctime: 4.4E-04 (s)
iter= 178 t=8.900E-02 CFL=2.192E-01 norm=5.8961E-03 wctime: 4.3E-04 (s)
iter= 179 t=8.950E-02 CFL=2.192E-01 norm=6.0244E-03 wctime: 4.7E-04 (s)
iter= 180 t=9.000E-02 CFL=2.192E-01 norm=5.9951E-03 wctime: 4.3E-04 (s)
iter= 181 t=9.050E-02 CFL=2.193E-01 norm=5.8688E-03 wctime: 4.3E-04 (s)
iter= 182 t=9.100E-02 CFL=2.193E-01 norm=5.7901E-03 wctime: 4.3E-04 (s)
iter= 183 t=9.150E-02 CFL=2.193E-01 norm=5.8026E-03 wctime: 4.4E-04 (s)
iter= 184 t=9.200E-02 CFL=2.193E-01 norm=5.9346E-03 wctime: 4.4E-04 (s)
iter= 185 t=9.250E-02 CFL=2.193E-01 norm=6.0270E-03 wctime: 4.4E-04 (s)
iter= 186 t=9.300E-02 CFL=2.193E-01 norm=5.9545E-03 wctime: 4.4E-04 (s)
iter= 187 t=9.350E-02 CFL=2.193E-01 norm=5.8295E-03 wctime: 4.3E-04 (s)
iter= 188 t=9.400E-02 CFL=2.192E-01 norm=5.7767E-03 wctime: 4.6E-04 (s)
iter= 189 t=9.450E-02 CFL=2.193E-01 norm=5.8211E-03 wctime: 4.3E-04 (s)
iter= 190 t=9.500E-02 CFL=2.193E-01 norm=5.9698E-03 wctime: 4.3E-04 (s)
iter= 191 t=9.550E-02 CFL=2.193E-01 norm=6.0156E-03 wctime: 4.3E-04 (s)
iter= 192 t=9.600E-02 CFL=2.193E-01 norm=5.9107E-03 wctime: 4.3E-04 (s)
iter= 193 t=9.650E-02 CFL=2.193E-01 norm=5.7980E-03 wctime: 4.3E-04 (s)
iter= 194 t=9.700E-02 CFL=2.193E-01 norm=5.7708E-03 wctime: 4.5E-04 (s)
iter= 195 t=9.750E-02 CFL=2.193E-01 norm=5.8525E-03 wctime: 4.4E-04 (s)
iter= 196 t=9.800E-02 CFL=2.192E-01 norm=5.9944E-03 wctime: 4.3E-04 (s)
iter= 197 t=9.850E-02 CFL=2.192E-01 norm=5.9890E-03 wctime: 4.6E-04 (s)
iter= 198 t=9.900E-02 CFL=2.192E-01 norm=5.8653E-03 wctime: 4.2E-04 (s)
iter= 199 t=9.950E-02 CFL=2.192E-01 norm=5.7735E-03 wctime: 4.3E-04 (s)
iter= 200 t=1.000E-01 CFL=2.192E-01 norm=5.7725E-03 wctime: 4.3E-04 (s)
Writing solution file op_00004.bin.
DMDROMObject::takeSample() - creating new DMD
object, t=0.100000 (total: 6).
iter= 201 t=1.005E-01 CFL=2.192E-01 norm=5.8924E-03 wctime: 4.9E-04 (s)
iter= 202 t=1.010E-01 CFL=2.192E-01 norm=6.0060E-03 wctime: 4.8E-04 (s)
iter= 203 t=1.015E-01 CFL=2.192E-01 norm=5.9524E-03 wctime: 4.3E-04 (s)
iter= 204 t=1.020E-01 CFL=2.192E-01 norm=5.8236E-03 wctime: 4.6E-04 (s)
iter= 205 t=1.025E-01 CFL=2.192E-01 norm=5.7570E-03 wctime: 4.4E-04 (s)
iter= 206 t=1.030E-01 CFL=2.192E-01 norm=5.7854E-03 wctime: 4.6E-04 (s)
iter= 207 t=1.035E-01 CFL=2.192E-01 norm=5.9313E-03 wctime: 4.5E-04 (s)
iter= 208 t=1.040E-01 CFL=2.192E-01 norm=6.0005E-03 wctime: 4.5E-04 (s)
iter= 209 t=1.045E-01 CFL=2.192E-01 norm=5.9077E-03 wctime: 4.5E-04 (s)
iter= 210 t=1.050E-01 CFL=2.192E-01 norm=5.7868E-03 wctime: 4.3E-04 (s)
iter= 211 t=1.055E-01 CFL=2.192E-01 norm=5.7472E-03 wctime: 4.7E-04 (s)
iter= 212 t=1.060E-01 CFL=2.192E-01 norm=5.8124E-03 wctime: 4.3E-04 (s)
iter= 213 t=1.065E-01 CFL=2.192E-01 norm=5.9628E-03 wctime: 4.7E-04 (s)
iter= 214 t=1.070E-01 CFL=2.192E-01 norm=5.9801E-03 wctime: 4.3E-04 (s)
iter= 215 t=1.075E-01 CFL=2.192E-01 norm=5.8614E-03 wctime: 4.6E-04 (s)
iter= 216 t=1.080E-01 CFL=2.192E-01 norm=5.7581E-03 wctime: 4.5E-04 (s)
iter= 217 t=1.085E-01 CFL=2.192E-01 norm=5.7446E-03 wctime: 5.2E-04 (s)
iter= 218 t=1.090E-01 CFL=2.192E-01 norm=5.8500E-03 wctime: 4.7E-04 (s)
iter= 219 t=1.095E-01 CFL=2.192E-01 norm=5.9799E-03 wctime: 4.5E-04 (s)
iter= 220 t=1.100E-01 CFL=2.192E-01 norm=5.9455E-03 wctime: 4.5E-04 (s)
iter= 221 t=1.105E-01 CFL=2.192E-01 norm=5.8160E-03 wctime: 4.5E-04 (s)
iter= 222 t=1.110E-01 CFL=2.192E-01 norm=5.7377E-03 wctime: 4.5E-04 (s)
iter= 223 t=1.115E-01 CFL=2.192E-01 norm=5.7530E-03 wctime: 4.3E-04 (s)
iter= 224 t=1.120E-01 CFL=2.192E-01 norm=5.8921E-03 wctime: 4.6E-04 (s)
iter= 225 t=1.125E-01 CFL=2.192E-01 norm=5.9819E-03 wctime: 4.3E-04 (s)
iter= 226 t=1.130E-01 CFL=2.192E-01 norm=5.9028E-03 wctime: 4.6E-04 (s)
iter= 227 t=1.135E-01 CFL=2.192E-01 norm=5.7759E-03 wctime: 4.3E-04 (s)
iter= 228 t=1.140E-01 CFL=2.192E-01 norm=5.7244E-03 wctime: 4.6E-04 (s)
iter= 229 t=1.145E-01 CFL=2.192E-01 norm=5.7742E-03 wctime: 4.4E-04 (s)
iter= 230 t=1.150E-01 CFL=2.192E-01 norm=5.9275E-03 wctime: 4.3E-04 (s)
iter= 231 t=1.155E-01 CFL=2.192E-01 norm=5.9664E-03 wctime: 4.3E-04 (s)
iter= 232 t=1.160E-01 CFL=2.192E-01 norm=5.8555E-03 wctime: 4.4E-04 (s)
iter= 233 t=1.165E-01 CFL=2.192E-01 norm=5.7434E-03 wctime: 4.4E-04 (s)
iter= 234 t=1.170E-01 CFL=2.192E-01 norm=5.7192E-03 wctime: 4.3E-04 (s)
iter= 235 t=1.175E-01 CFL=2.192E-01 norm=5.8097E-03 wctime: 4.8E-04 (s)
iter= 236 t=1.180E-01 CFL=2.192E-01 norm=5.9517E-03 wctime: 4.3E-04 (s)
iter= 237 t=1.185E-01 CFL=2.192E-01 norm=5.9368E-03 wctime: 4.3E-04 (s)
iter= 238 t=1.190E-01 CFL=2.192E-01 norm=5.8086E-03 wctime: 4.3E-04 (s)
iter= 239 t=1.195E-01 CFL=2.192E-01 norm=5.7192E-03 wctime: 4.4E-04 (s)
iter= 240 t=1.200E-01 CFL=2.192E-01 norm=5.7226E-03 wctime: 4.4E-04 (s)
DMDROMObject::takeSample() - creating new DMD
object, t=0.120000 (total: 7).
iter= 241 t=1.205E-01 CFL=2.192E-01 norm=5.8515E-03 wctime: 4.4E-04 (s)
iter= 242 t=1.210E-01 CFL=2.192E-01 norm=5.9595E-03 wctime: 4.4E-04 (s)
iter= 243 t=1.215E-01 CFL=2.192E-01 norm=5.8960E-03 wctime: 4.4E-04 (s)
iter= 244 t=1.220E-01 CFL=2.192E-01 norm=5.7660E-03 wctime: 5.0E-04 (s)
iter= 245 t=1.225E-01 CFL=2.193E-01 norm=5.7038E-03 wctime: 4.3E-04 (s)
iter= 246 t=1.230E-01 CFL=2.193E-01 norm=5.7397E-03 wctime: 4.7E-04 (s)
iter= 247 t=1.235E-01 CFL=2.193E-01 norm=5.8917E-03 wctime: 4.3E-04 (s)
iter= 248 t=1.240E-01 CFL=2.193E-01 norm=5.9509E-03 wctime: 4.7E-04 (s)
iter= 249 t=1.245E-01 CFL=2.193E-01 norm=5.8495E-03 wctime: 4.5E-04 (s)
iter= 250 t=1.250E-01 CFL=2.193E-01 norm=5.7299E-03 wctime: 4.7E-04 (s)
Writing solution file op_00005.bin.
iter= 251 t=1.255E-01 CFL=2.192E-01 norm=5.6951E-03 wctime: 4.9E-04 (s)
iter= 252 t=1.260E-01 CFL=2.193E-01 norm=5.7704E-03 wctime: 4.6E-04 (s)
iter= 253 t=1.265E-01 CFL=2.193E-01 norm=5.9208E-03 wctime: 4.5E-04 (s)
iter= 254 t=1.270E-01 CFL=2.193E-01 norm=5.9260E-03 wctime: 4.6E-04 (s)
iter= 255 t=1.275E-01 CFL=2.193E-01 norm=5.8021E-03 wctime: 4.6E-04 (s)
iter= 256 t=1.280E-01 CFL=2.193E-01 norm=5.7032E-03 wctime: 4.3E-04 (s)
iter= 257 t=1.285E-01 CFL=2.193E-01 norm=5.6958E-03 wctime: 5.0E-04 (s)
iter= 258 t=1.290E-01 CFL=2.193E-01 norm=5.8120E-03 wctime: 4.3E-04 (s)
iter= 259 t=1.295E-01 CFL=2.193E-01 norm=5.9354E-03 wctime: 4.8E-04 (s)
iter= 260 t=1.300E-01 CFL=2.193E-01 norm=5.8887E-03 wctime: 4.3E-04 (s)
iter= 261 t=1.305E-01 CFL=2.192E-01 norm=5.7570E-03 wctime: 4.6E-04 (s)
iter= 262 t=1.310E-01 CFL=2.193E-01 norm=5.6842E-03 wctime: 4.5E-04 (s)
iter= 263 t=1.315E-01 CFL=2.193E-01 norm=5.7073E-03 wctime: 4.6E-04 (s)
iter= 264 t=1.320E-01 CFL=2.193E-01 norm=5.8542E-03 wctime: 4.7E-04 (s)
iter= 265 t=1.325E-01 CFL=2.193E-01 norm=5.9332E-03 wctime: 4.6E-04 (s)
iter= 266 t=1.330E-01 CFL=2.193E-01 norm=5.8441E-03 wctime: 5.3E-04 (s)
iter= 267 t=1.335E-01 CFL=2.193E-01 norm=5.7190E-03 wctime: 5.0E-04 (s)
iter= 268 t=1.340E-01 CFL=2.193E-01 norm=5.6739E-03 wctime: 4.5E-04 (s)
iter= 269 t=1.345E-01 CFL=2.193E-01 norm=5.7341E-03 wctime: 4.5E-04 (s)
iter= 270 t=1.350E-01 CFL=2.193E-01 norm=5.8887E-03 wctime: 4.5E-04 (s)
iter= 271 t=1.355E-01 CFL=2.192E-01 norm=5.9141E-03 wctime: 4.3E-04 (s)
iter= 272 t=1.360E-01 CFL=2.192E-01 norm=5.7963E-03 wctime: 4.7E-04 (s)
iter= 273 t=1.365E-01 CFL=2.192E-01 norm=5.6885E-03 wctime: 4.3E-04 (s)
iter= 274 t=1.370E-01 CFL=2.193E-01 norm=5.6709E-03 wctime: 4.8E-04 (s)
iter= 275 t=1.375E-01 CFL=2.193E-01 norm=5.7729E-03 wctime: 4.3E-04 (s)
iter= 276 t=1.380E-01 CFL=2.193E-01 norm=5.9096E-03 wctime: 4.4E-04 (s)
iter= 277 t=1.385E-01 CFL=2.193E-01 norm=5.8816E-03 wctime: 4.3E-04 (s)
iter= 278 t=1.390E-01 CFL=2.193E-01 norm=5.7509E-03 wctime: 4.6E-04 (s)
iter= 279 t=1.395E-01 CFL=2.193E-01 norm=5.6678E-03 wctime: 4.5E-04 (s)
iter= 280 t=1.400E-01 CFL=2.192E-01 norm=5.6789E-03 wctime: 4.8E-04 (s)
DMDROMObject::takeSample() - creating new DMD
object, t=0.140000 (total: 8).
iter= 281 t=1.405E-01 CFL=2.192E-01 norm=5.8167E-03 wctime: 4.8E-04 (s)
iter= 282 t=1.410E-01 CFL=2.192E-01 norm=5.9140E-03 wctime: 4.7E-04 (s)
iter= 283 t=1.415E-01 CFL=2.192E-01 norm=5.8391E-03 wctime: 4.8E-04 (s)
iter= 284 t=1.420E-01 CFL=2.192E-01 norm=5.7099E-03 wctime: 4.5E-04 (s)
iter= 285 t=1.425E-01 CFL=2.192E-01 norm=5.6546E-03 wctime: 4.6E-04 (s)
iter= 286 t=1.430E-01 CFL=2.192E-01 norm=5.7003E-03 wctime: 4.3E-04 (s)
iter= 287 t=1.435E-01 CFL=2.192E-01 norm=5.8556E-03 wctime: 4.4E-04 (s)
iter= 288 t=1.440E-01 CFL=2.192E-01 norm=5.9019E-03 wctime: 4.3E-04 (s)
iter= 289 t=1.445E-01 CFL=2.192E-01 norm=5.7932E-03 wctime: 4.9E-04 (s)
iter= 290 t=1.450E-01 CFL=2.192E-01 norm=5.6776E-03 wctime: 4.5E-04 (s)
iter= 291 t=1.455E-01 CFL=2.192E-01 norm=5.6496E-03 wctime: 4.6E-04 (s)
iter= 292 t=1.460E-01 CFL=2.192E-01 norm=5.7358E-03 wctime: 4.5E-04 (s)
iter= 293 t=1.465E-01 CFL=2.192E-01 norm=5.8824E-03 wctime: 4.4E-04 (s)
iter= 294 t=1.470E-01 CFL=2.192E-01 norm=5.8743E-03 wctime: 4.3E-04 (s)
iter= 295 t=1.475E-01 CFL=2.192E-01 norm=5.7467E-03 wctime: 4.5E-04 (s)
iter= 296 t=1.480E-01 CFL=2.192E-01 norm=5.6537E-03 wctime: 5.0E-04 (s)
iter= 297 t=1.485E-01 CFL=2.192E-01 norm=5.6536E-03 wctime: 4.4E-04 (s)
iter= 298 t=1.490E-01 CFL=2.192E-01 norm=5.7797E-03 wctime: 4.6E-04 (s)
iter= 299 t=1.495E-01 CFL=2.192E-01 norm=5.8944E-03 wctime: 4.3E-04 (s)
iter= 300 t=1.500E-01 CFL=2.192E-01 norm=5.8364E-03 wctime: 4.4E-04 (s)
Writing solution file op_00006.bin.
iter= 301 t=1.505E-01 CFL=2.192E-01 norm=5.7050E-03 wctime: 5.3E-04 (s)
iter= 302 t=1.510E-01 CFL=2.192E-01 norm=5.6387E-03 wctime: 4.4E-04 (s)
iter= 303 t=1.515E-01 CFL=2.192E-01 norm=5.6703E-03 wctime: 4.4E-04 (s)
iter= 304 t=1.520E-01 CFL=2.192E-01 norm=5.8219E-03 wctime: 4.4E-04 (s)
iter= 305 t=1.525E-01 CFL=2.192E-01 norm=5.8890E-03 wctime: 4.3E-04 (s)
iter= 306 t=1.530E-01 CFL=2.192E-01 norm=5.7918E-03 wctime: 4.9E-04 (s)
iter= 307 t=1.535E-01 CFL=2.192E-01 norm=5.6697E-03 wctime: 4.3E-04 (s)
iter= 308 t=1.540E-01 CFL=2.192E-01 norm=5.6314E-03 wctime: 4.6E-04 (s)
iter= 309 t=1.545E-01 CFL=2.192E-01 norm=5.7017E-03 wctime: 4.3E-04 (s)
iter= 310 t=1.550E-01 CFL=2.192E-01 norm=5.8550E-03 wctime: 4.3E-04 (s)
iter= 311 t=1.555E-01 CFL=2.192E-01 norm=5.8685E-03 wctime: 4.3E-04 (s)
iter= 312 t=1.560E-01 CFL=2.192E-01 norm=5.7464E-03 wctime: 4.4E-04 (s)
iter= 313 t=1.565E-01 CFL=2.192E-01 norm=5.6436E-03 wctime: 4.6E-04 (s)
iter= 314 t=1.570E-01 CFL=2.192E-01 norm=5.6324E-03 wctime: 4.3E-04 (s)
iter= 315 t=1.575E-01 CFL=2.192E-01 norm=5.7437E-03 wctime: 4.9E-04 (s)
iter= 316 t=1.580E-01 CFL=2.192E-01 norm=5.8736E-03 wctime: 4.6E-04 (s)
iter= 317 t=1.585E-01 CFL=2.192E-01 norm=5.8348E-03 wctime: 4.3E-04 (s)
iter= 318 t=1.590E-01 CFL=2.192E-01 norm=5.7032E-03 wctime: 4.3E-04 (s)
iter= 319 t=1.595E-01 CFL=2.192E-01 norm=5.6263E-03 wctime: 4.5E-04 (s)
iter= 320 t=1.600E-01 CFL=2.192E-01 norm=5.6448E-03 wctime: 4.3E-04 (s)
DMDROMObject::takeSample() - creating new DMD
object, t=0.160000 (total: 9).
iter= 321 t=1.605E-01 CFL=2.192E-01 norm=5.7889E-03 wctime: 4.4E-04 (s)
iter= 322 t=1.610E-01 CFL=2.192E-01 norm=5.8766E-03 wctime: 4.4E-04 (s)
iter= 323 t=1.615E-01 CFL=2.192E-01 norm=5.7937E-03 wctime: 4.3E-04 (s)
iter= 324 t=1.620E-01 CFL=2.192E-01 norm=5.6663E-03 wctime: 4.3E-04 (s)
iter= 325 t=1.625E-01 CFL=2.192E-01 norm=5.6168E-03 wctime: 4.3E-04 (s)
iter= 326 t=1.630E-01 CFL=2.192E-01 norm=5.6709E-03 wctime: 4.6E-04 (s)
iter= 327 t=1.635E-01 CFL=2.192E-01 norm=5.8269E-03 wctime: 4.3E-04 (s)
iter= 328 t=1.640E-01 CFL=2.192E-01 norm=5.8627E-03 wctime: 4.5E-04 (s)
iter= 329 t=1.645E-01 CFL=2.192E-01 norm=5.7490E-03 wctime: 4.6E-04 (s)
iter= 330 t=1.650E-01 CFL=2.193E-01 norm=5.6374E-03 wctime: 4.9E-04 (s)
iter= 331 t=1.655E-01 CFL=2.193E-01 norm=5.6155E-03 wctime: 4.5E-04 (s)
iter= 332 t=1.660E-01 CFL=2.193E-01 norm=5.7106E-03 wctime: 4.3E-04 (s)
iter= 333 t=1.665E-01 CFL=2.193E-01 norm=5.8530E-03 wctime: 4.3E-04 (s)
iter= 334 t=1.670E-01 CFL=2.192E-01 norm=5.8351E-03 wctime: 4.4E-04 (s)
iter= 335 t=1.675E-01 CFL=2.192E-01 norm=5.7055E-03 wctime: 4.4E-04 (s)
iter= 336 t=1.680E-01 CFL=2.192E-01 norm=5.6174E-03 wctime: 4.3E-04 (s)
iter= 337 t=1.685E-01 CFL=2.192E-01 norm=5.6233E-03 wctime: 4.9E-04 (s)
iter= 338 t=1.690E-01 CFL=2.192E-01 norm=5.7561E-03 wctime: 4.3E-04 (s)
iter= 339 t=1.695E-01 CFL=2.193E-01 norm=5.8632E-03 wctime: 4.5E-04 (s)
iter= 340 t=1.700E-01 CFL=2.193E-01 norm=5.7972E-03 wctime: 4.3E-04 (s)
iter= 341 t=1.705E-01 CFL=2.193E-01 norm=5.6665E-03 wctime: 4.3E-04 (s)
iter= 342 t=1.710E-01 CFL=2.193E-01 norm=5.6059E-03 wctime: 4.3E-04 (s)
iter= 343 t=1.715E-01 CFL=2.193E-01 norm=5.6447E-03 wctime: 4.4E-04 (s)
iter= 344 t=1.720E-01 CFL=2.193E-01 norm=5.7991E-03 wctime: 4.4E-04 (s)
iter= 345 t=1.725E-01 CFL=2.192E-01 norm=5.8571E-03 wctime: 4.3E-04 (s)
iter= 346 t=1.730E-01 CFL=2.192E-01 norm=5.7542E-03 wctime: 5.0E-04 (s)
iter= 347 t=1.735E-01 CFL=2.192E-01 norm=5.6347E-03 wctime: 4.3E-04 (s)
iter= 348 t=1.740E-01 CFL=2.192E-01 norm=5.6015E-03 wctime: 4.5E-04 (s)
iter= 349 t=1.745E-01 CFL=2.193E-01 norm=5.6796E-03 wctime: 4.3E-04 (s)
iter= 350 t=1.750E-01 CFL=2.193E-01 norm=5.8311E-03 wctime: 4.3E-04 (s)
Writing solution file op_00007.bin.
iter= 351 t=1.755E-01 CFL=2.193E-01 norm=5.8354E-03 wctime: 4.9E-04 (s)
iter= 352 t=1.760E-01 CFL=2.193E-01 norm=5.7104E-03 wctime: 4.5E-04 (s)
iter= 353 t=1.765E-01 CFL=2.193E-01 norm=5.6119E-03 wctime: 4.3E-04 (s)
iter= 354 t=1.770E-01 CFL=2.193E-01 norm=5.6061E-03 wctime: 4.7E-04 (s)
iter= 355 t=1.775E-01 CFL=2.193E-01 norm=5.7247E-03 wctime: 4.6E-04 (s)
iter= 356 t=1.780E-01 CFL=2.192E-01 norm=5.8490E-03 wctime: 4.4E-04 (s)
iter= 357 t=1.785E-01 CFL=2.192E-01 norm=5.8017E-03 wctime: 4.6E-04 (s)
iter= 358 t=1.790E-01 CFL=2.192E-01 norm=5.6695E-03 wctime: 4.3E-04 (s)
iter= 359 t=1.795E-01 CFL=2.192E-01 norm=5.5972E-03 wctime: 4.3E-04 (s)
iter= 360 t=1.800E-01 CFL=2.193E-01 norm=5.6217E-03 wctime: 4.3E-04 (s)
DMDROMObject::takeSample() - creating new DMD
object, t=0.180000 (total: 10).
iter= 361 t=1.805E-01 CFL=2.193E-01 norm=5.7703E-03 wctime: 5.1E-04 (s)
iter= 362 t=1.810E-01 CFL=2.193E-01 norm=5.8501E-03 wctime: 4.3E-04 (s)
iter= 363 t=1.815E-01 CFL=2.193E-01 norm=5.7607E-03 wctime: 5.0E-04 (s)
iter= 364 t=1.820E-01 CFL=2.193E-01 norm=5.6350E-03 wctime: 4.6E-04 (s)
iter= 365 t=1.825E-01 CFL=2.193E-01 norm=5.5905E-03 wctime: 4.5E-04 (s)
iter= 366 t=1.830E-01 CFL=2.192E-01 norm=5.6519E-03 wctime: 4.3E-04 (s)
iter= 367 t=1.835E-01 CFL=2.192E-01 norm=5.8082E-03 wctime: 4.4E-04 (s)
iter= 368 t=1.840E-01 CFL=2.192E-01 norm=5.8348E-03 wctime: 4.6E-04 (s)
iter= 369 t=1.845E-01 CFL=2.192E-01 norm=5.7168E-03 wctime: 4.5E-04 (s)
iter= 370 t=1.850E-01 CFL=2.192E-01 norm=5.6084E-03 wctime: 4.4E-04 (s)
iter= 371 t=1.855E-01 CFL=2.193E-01 norm=5.5912E-03 wctime: 5.3E-04 (s)
iter= 372 t=1.860E-01 CFL=2.193E-01 norm=5.6940E-03 wctime: 5.9E-04 (s)
iter= 373 t=1.865E-01 CFL=2.193E-01 norm=5.8326E-03 wctime: 4.8E-04 (s)
iter= 374 t=1.870E-01 CFL=2.193E-01 norm=5.8058E-03 wctime: 4.5E-04 (s)
iter= 375 t=1.875E-01 CFL=2.193E-01 norm=5.6746E-03 wctime: 4.5E-04 (s)
iter= 376 t=1.880E-01 CFL=2.193E-01 norm=5.5909E-03 wctime: 4.5E-04 (s)
iter= 377 t=1.885E-01 CFL=2.192E-01 norm=5.6023E-03 wctime: 4.3E-04 (s)
iter= 378 t=1.890E-01 CFL=2.192E-01 norm=5.7411E-03 wctime: 4.8E-04 (s)
iter= 379 t=1.895E-01 CFL=2.192E-01 norm=5.8409E-03 wctime: 4.3E-04 (s)
iter= 380 t=1.900E-01 CFL=2.192E-01 norm=5.7671E-03 wctime: 4.8E-04 (s)
iter= 381 t=1.905E-01 CFL=2.192E-01 norm=5.6370E-03 wctime: 4.4E-04 (s)
iter= 382 t=1.910E-01 CFL=2.193E-01 norm=5.5809E-03 wctime: 4.6E-04 (s)
iter= 383 t=1.915E-01 CFL=2.193E-01 norm=5.6266E-03 wctime: 4.5E-04 (s)
iter= 384 t=1.920E-01 CFL=2.193E-01 norm=5.7833E-03 wctime: 4.6E-04 (s)
iter= 385 t=1.925E-01 CFL=2.193E-01 norm=5.8324E-03 wctime: 4.5E-04 (s)
iter= 386 t=1.930E-01 CFL=2.193E-01 norm=5.7241E-03 wctime: 4.5E-04 (s)
iter= 387 t=1.935E-01 CFL=2.192E-01 norm=5.6073E-03 wctime: 4.5E-04 (s)
iter= 388 t=1.940E-01 CFL=2.192E-01 norm=5.5788E-03 wctime: 4.3E-04 (s)
iter= 389 t=1.945E-01 CFL=2.192E-01 norm=5.6648E-03 wctime: 4.6E-04 (s)
iter= 390 t=1.950E-01 CFL=2.192E-01 norm=5.8138E-03 wctime: 4.3E-04 (s)
iter= 391 t=1.955E-01 CFL=2.192E-01 norm=5.8084E-03 wctime: 4.9E-04 (s)
iter= 392 t=1.960E-01 CFL=2.193E-01 norm=5.6805E-03 wctime: 4.3E-04 (s)
iter= 393 t=1.965E-01 CFL=2.193E-01 norm=5.5859E-03 wctime: 4.4E-04 (s)
iter= 394 t=1.970E-01 CFL=2.193E-01 norm=5.5852E-03 wctime: 4.3E-04 (s)
iter= 395 t=1.975E-01 CFL=2.193E-01 norm=5.7113E-03 wctime: 4.4E-04 (s)
iter= 396 t=1.980E-01 CFL=2.193E-01 norm=5.8292E-03 wctime: 4.3E-04 (s)
iter= 397 t=1.985E-01 CFL=2.193E-01 norm=5.7732E-03 wctime: 4.5E-04 (s)
iter= 398 t=1.990E-01 CFL=2.192E-01 norm=5.6408E-03 wctime: 4.7E-04 (s)
iter= 399 t=1.995E-01 CFL=2.192E-01 norm=5.5732E-03 wctime: 4.3E-04 (s)
iter= 400 t=2.000E-01 CFL=2.192E-01 norm=5.6040E-03 wctime: 4.7E-04 (s)
Completed time integration (Final time: 0.200000), total wctime: 0.860301 (seconds).
Writing solution file op_00008.bin.
libROM: Training ROM.
DMDRomObject::train() - training DMD object 0 with 41 samples.
Using 8 basis vectors out of 40.
DMDRomObject::train() - training DMD object 1 with 41 samples.
Using 8 basis vectors out of 40.
DMDRomObject::train() - training DMD object 2 with 41 samples.
Using 8 basis vectors out of 40.
DMDRomObject::train() - training DMD object 3 with 41 samples.
Using 8 basis vectors out of 40.
DMDRomObject::train() - training DMD object 4 with 41 samples.
Using 8 basis vectors out of 40.
DMDRomObject::train() - training DMD object 5 with 41 samples.
Using 8 basis vectors out of 40.
DMDRomObject::train() - training DMD object 6 with 41 samples.
Using 8 basis vectors out of 40.
DMDRomObject::train() - training DMD object 7 with 41 samples.
Using 8 basis vectors out of 40.
DMDRomObject::train() - training DMD object 8 with 41 samples.
Using 8 basis vectors out of 40.
DMDRomObject::train() - training DMD object 9 with 40 samples.
Using 8 basis vectors out of 39.
libROM: wallclock time: 0.130851 (seconds).
libROM: Predicting solution at time 0.0000e+00 using ROM.
libROM: wallclock time: 0.000330 (seconds).
Writing solution file op_rom_00000.bin.
libROM: Predicting solution at time 2.5000e-02 using ROM.
libROM: wallclock time: 0.000290 (seconds).
Writing solution file op_rom_00001.bin.
libROM: Predicting solution at time 5.0000e-02 using ROM.
libROM: wallclock time: 0.000291 (seconds).
Writing solution file op_rom_00002.bin.
libROM: Predicting solution at time 7.5000e-02 using ROM.
libROM: wallclock time: 0.000278 (seconds).
Writing solution file op_rom_00003.bin.
libROM: Predicting solution at time 1.0000e-01 using ROM.
libROM: wallclock time: 0.000260 (seconds).
Writing solution file op_rom_00004.bin.
libROM: Predicting solution at time 1.2500e-01 using ROM.
libROM: wallclock time: 0.000313 (seconds).
Writing solution file op_rom_00005.bin.
libROM: Predicting solution at time 1.5000e-01 using ROM.
libROM: wallclock time: 0.000433 (seconds).
Writing solution file op_rom_00006.bin.
libROM: Predicting solution at time 1.7500e-01 using ROM.
libROM: wallclock time: 0.000276 (seconds).
Writing solution file op_rom_00007.bin.
libROM: Predicting solution at time 2.0000e-01 using ROM.
libROM: wallclock time: 0.000296 (seconds).
libROM: Calculating diff between PDE and ROM solutions.
Writing solution file op_rom_00008.bin.
libROM: total prediction/query wallclock time: 0.002767 (seconds).
Saving DMD object with filename root DMD/dmdobj_0000.
Saving DMD object with filename root DMD/dmdobj_0001.
Saving DMD object with filename root DMD/dmdobj_0002.
Saving DMD object with filename root DMD/dmdobj_0003.
Saving DMD object with filename root DMD/dmdobj_0004.
Saving DMD object with filename root DMD/dmdobj_0005.
Saving DMD object with filename root DMD/dmdobj_0006.
Saving DMD object with filename root DMD/dmdobj_0007.
Saving DMD object with filename root DMD/dmdobj_0008.
Saving DMD object with filename root DMD/dmdobj_0009.
Norms of the diff between ROM and PDE solutions for domain 0:
L1 Norm : 5.6218372311378950E-04
L2 Norm : 2.2766977309887507E-03
Linfinity Norm : 1.6120671488108019E-02
Solver runtime (in seconds): 8.0859740000000002E+00
Total runtime (in seconds): 8.1111880000000003E+00
Deallocating arrays.
Finished.