Re: Parallel mode and Ubuntu 16.04

Hi,

I did it, and I got the exactly same result as before.

For parallel using 6 cores:

[prepareLattice] Prepare Lattice … OK
[main] starting simulation…
[SuperGeometryStatistics2D] updated
[Timer] step=0; percent=0; passedTime=2.492; remTime=inf; MLUPs=0
[LatticeStatistics] step=0; t=0; uMax=1.49167e-154; avEnergy=0; avRho=1
[getResults] pressure1=0; pressure2=0; pressureDrop=0
[Timer] step=2490; percent=0.999984; passedTime=376.826; remTime=37306.4; MLUPs=3.91765
[LatticeStatistics] step=2490; t=9.99984e-07; uMax=1.83835e-08; avEnergy=1.49736e-17; avRho=1
[getResults] pressure1=0.00250375; pressure2=-3.46939e-09; pressureDrop=0.00250376
[Timer] step=4980; percent=1.99997; passedTime=621.798; remTime=30468.6; MLUPs=5.98643
[LatticeStatistics] step=4980; t=1.99997e-06; uMax=2.13556e-07; avEnergy=1.71931e-15; avRho=1
[getResults] pressure1=0.0259461; pressure2=7.78311e-05; pressureDrop=0.0258682
[Timer] step=7470; percent=2.99995; passedTime=867; remTime=28033.5; MLUPs=5.98079
[LatticeStatistics] step=7470; t=2.99995e-06; uMax=8.54192e-07; avEnergy=2.66965e-14; avRho=1
[getResults] pressure1=0.0990565; pressure2=0.000869947; pressureDrop=0.0981866
[Timer] step=9960; percent=3.99994; passedTime=1119.08; remTime=26858.3; MLUPs=5.81772
[LatticeStatistics] step=9960; t=3.99994e-06; uMax=2.20359e-06; avEnergy=1.88381e-13; avRho=1
[getResults] pressure1=0.25256; pressure2=0.00256692; pressureDrop=0.249993
[Timer] step=12450; percent=4.99992; passedTime=1372.47; remTime=26077.4; MLUPs=5.78744
[LatticeStatistics] step=12450; t=4.99992e-06; uMax=4.51051e-06; avEnergy=8.58289e-13; avRho=1
[getResults] pressure1=0.512447; pressure2=0.00508384; pressureDrop=0.507363
[Timer] step=14940; percent=5.9999; passedTime=1623.13; remTime=25429.5; MLUPs=5.85049
[LatticeStatistics] step=14940; t=5.9999e-06; uMax=7.98394e-06; avEnergy=2.90958e-12; avRho=1
[getResults] pressure1=0.896736; pressure2=0.00822985; pressureDrop=0.888506
[Timer] step=17430; percent=6.99989; passedTime=1877.84; remTime=24948.9; MLUPs=5.7576
[LatticeStatistics] step=17430; t=6.99989e-06; uMax=1.28418e-05; avEnergy=7.96468e-12; avRho=1.00001
[getResults] pressure1=1.41638; pressure2=0.0117892; pressureDrop=1.40459
[Timer] step=19920; percent=7.99987; passedTime=2132.92; remTime=24529; MLUPs=5.74925
[LatticeStatistics] step=19920; t=7.99987e-06; uMax=2.01619e-05; avEnergy=1.85785e-11; avRho=1.00001
[getResults] pressure1=2.07734; pressure2=0.0156005; pressureDrop=2.06174
[Timer] step=22410; percent=8.99986; passedTime=2381.91; remTime=24084.2; MLUPs=5.88976
[LatticeStatistics] step=22410; t=8.99986e-06; uMax=2.95348e-05; avEnergy=3.83296e-11; avRho=1.00002
[getResults] pressure1=2.88289; pressure2=0.0195351; pressureDrop=2.86335
[Timer] step=24900; percent=9.99984; passedTime=2634.51; remTime=23711; MLUPs=5.80572
[LatticeStatistics] step=24900; t=9.99984e-06; uMax=4.10235e-05; avEnergy=7.18176e-11; avRho=1.00002
[getResults] pressure1=3.83369; pressure2=0.0234941; pressureDrop=3.81019
[Timer] step=27390; percent=10.9998; passedTime=2905.68; remTime=23510; MLUPs=5.4081
[LatticeStatistics] step=27390; t=1.09998e-05; uMax=5.46398e-05; avEnergy=1.24571e-10; avRho=1.00003
[getResults] pressure1=4.92626; pressure2=0.0273942; pressureDrop=4.89886
[Timer] step=29880; percent=11.9998; passedTime=3161.5; remTime=23184.8; MLUPs=5.73249
[LatticeStatistics] step=29880; t=1.19998e-05; uMax=7.03505e-05; avEnergy=2.02857e-10; avRho=1.00004
[getResults] pressure1=6.15333; pressure2=0.0311625; pressureDrop=6.12217
[Timer] step=32370; percent=12.9998; passedTime=3435.25; remTime=22990.2; MLUPs=5.35724
[LatticeStatistics] step=32370; t=1.29998e-05; uMax=8.8081e-05; avEnergy=3.1342e-10; avRho=1.00004
[getResults] pressure1=7.50595; pressure2=0.0347291; pressureDrop=7.47122
[Timer] step=34860; percent=13.9998; passedTime=3732.72; remTime=22930; MLUPs=4.92992
[LatticeStatistics] step=34860; t=1.39998e-05; uMax=0.000107719; avEnergy=4.6315e-10; avRho=1.00005
[getResults] pressure1=8.97489; pressure2=0.0380231; pressureDrop=8.93686
[Timer] step=37350; percent=14.9998; passedTime=4006.1; remTime=22701.7; MLUPs=5.36428
[LatticeStatistics] step=37350; t=1.49998e-05; uMax=0.000129117; avEnergy=6.58706e-10; avRho=1.00006
[getResults] pressure1=10.5492; pressure2=0.0409805; pressureDrop=10.5082
[Timer] step=39840; percent=15.9997; passedTime=4310.88; remTime=22632.5; MLUPs=4.81177
[LatticeStatistics] step=39840; t=1.59997e-05; uMax=0.000152097; avEnergy=9.06128e-10; avRho=1.00007
[getResults] pressure1=12.2139; pressure2=0.0435527; pressureDrop=12.1704
[Timer] step=42330; percent=16.9997; passedTime=4579.84; remTime=22360.8; MLUPs=5.45247
[LatticeStatistics] step=42330; t=1.69997e-05; uMax=0.000176455; avEnergy=1.21042e-09; avRho=1.00008
[getResults] pressure1=13.9512; pressure2=0.0457036; pressureDrop=13.9055
[Timer] step=44820; percent=17.9997; passedTime=4857.99; remTime=22131.3; MLUPs=5.27223
[LatticeStatistics] step=44820; t=1.79997e-05; uMax=0.000201966; avEnergy=1.5752e-09; avRho=1.00009
[getResults] pressure1=15.7435; pressure2=0.0474008; pressureDrop=15.6961
[Timer] step=47310; percent=18.9997; passedTime=5122.45; remTime=21838.3; MLUPs=5.54535
[LatticeStatistics] step=47310; t=1.89997e-05; uMax=0.000228384; avEnergy=2.00237e-09; avRho=1.0001
[getResults] pressure1=17.5753; pressure2=0.0486111; pressureDrop=17.5267
[Timer] step=49800; percent=19.9997; passedTime=5388.14; remTime=21553; MLUPs=5.51968
[LatticeStatistics] step=49800; t=1.99997e-05; uMax=0.00025545; avEnergy=2.49188e-09; avRho=1.00011
[getResults] pressure1=19.4301; pressure2=0.0493097; pressureDrop=19.3808
[Timer] step=52290; percent=20.9997; passedTime=5661.09; remTime=21296.9; MLUPs=5.37271
[LatticeStatistics] step=52290; t=2.09997e-05; uMax=0.000282898; avEnergy=3.04157e-09; avRho=1.00012
[getResults] pressure1=21.2882; pressure2=0.0494893; pressureDrop=21.2387
[Timer] step=54780; percent=21.9996; passedTime=5936.58; remTime=21048.3; MLUPs=5.32331
[LatticeStatistics] step=54780; t=2.19996e-05; uMax=0.000310452; avEnergy=3.64701e-09; avRho=1.00014
[getResults] pressure1=23.1286; pressure2=0.0491541; pressureDrop=23.0794

And in serial mode:

[Timer] step=0; percent=0; passedTime=1.727; remTime=inf; MLUPs=0
[LatticeStatistics] step=0; t=0; uMax=1.49167e-154; avEnergy=0; avRho=1
[getResults] pressure1=0; pressure2=0; pressureDrop=0
[Timer] step=2490; percent=0.999984; passedTime=250.796; remTime=24829.2; MLUPs=5.88798
[LatticeStatistics] step=2490; t=9.99984e-07; uMax=1.83835e-08; avEnergy=1.49736e-17; avRho=1
[getResults] pressure1=0.00250375; pressure2=-3.46939e-09; pressureDrop=0.00250376
[Timer] step=4980; percent=1.99997; passedTime=419.045; remTime=20533.5; MLUPs=8.71624
[LatticeStatistics] step=4980; t=1.99997e-06; uMax=2.13556e-07; avEnergy=1.71931e-15; avRho=1
[getResults] pressure1=0.0259461; pressure2=7.78311e-05; pressureDrop=0.0258682
[Timer] step=7470; percent=2.99995; passedTime=587.218; remTime=18987; MLUPs=8.72029
[LatticeStatistics] step=7470; t=2.99995e-06; uMax=8.54192e-07; avEnergy=2.66965e-14; avRho=1
[getResults] pressure1=0.0990565; pressure2=0.000869947; pressureDrop=0.0981866
[Timer] step=9960; percent=3.99994; passedTime=757.696; remTime=18185; MLUPs=8.60238
[LatticeStatistics] step=9960; t=3.99994e-06; uMax=2.20359e-06; avEnergy=1.88381e-13; avRho=1
[getResults] pressure1=0.25256; pressure2=0.00256692; pressureDrop=0.249993
[Timer] step=12450; percent=4.99992; passedTime=928.393; remTime=17639.8; MLUPs=8.59124
[LatticeStatistics] step=12450; t=4.99992e-06; uMax=4.51051e-06; avEnergy=8.58289e-13; avRho=1
[getResults] pressure1=0.512447; pressure2=0.00508384; pressureDrop=0.507363
[Timer] step=14940; percent=5.9999; passedTime=1101.18; remTime=17252.2; MLUPs=8.48718
[LatticeStatistics] step=14940; t=5.9999e-06; uMax=7.98394e-06; avEnergy=2.90958e-12; avRho=1
[getResults] pressure1=0.896736; pressure2=0.00822985; pressureDrop=0.888506
[Timer] step=17430; percent=6.99989; passedTime=1276.87; remTime=16964.4; MLUPs=8.34737
[LatticeStatistics] step=17430; t=6.99989e-06; uMax=1.28418e-05; avEnergy=7.96468e-12; avRho=1.00001
[getResults] pressure1=1.41638; pressure2=0.0117892; pressureDrop=1.40459
[Timer] step=19920; percent=7.99987; passedTime=1444.53; remTime=16612.4; MLUPs=8.74676
[LatticeStatistics] step=19920; t=7.99987e-06; uMax=2.01619e-05; avEnergy=1.85785e-11; avRho=1.00001
[getResults] pressure1=2.07734; pressure2=0.0156005; pressureDrop=2.06174
[Timer] step=22410; percent=8.99986; passedTime=1612.24; remTime=16301.9; MLUPs=8.74426
[LatticeStatistics] step=22410; t=8.99986e-06; uMax=2.95348e-05; avEnergy=3.83296e-11; avRho=1.00002
[getResults] pressure1=2.88289; pressure2=0.0195351; pressureDrop=2.86335
[Timer] step=24900; percent=9.99984; passedTime=1783.34; remTime=16050.3; MLUPs=8.57151
[LatticeStatistics] step=24900; t=9.99984e-06; uMax=4.10235e-05; avEnergy=7.18176e-11; avRho=1.00002
[getResults] pressure1=3.83369; pressure2=0.0234941; pressureDrop=3.81019
[Timer] step=27390; percent=10.9998; passedTime=1952.88; remTime=15800.8; MLUPs=8.64992
[LatticeStatistics] step=27390; t=1.09998e-05; uMax=5.46398e-05; avEnergy=1.24571e-10; avRho=1.00003
[getResults] pressure1=4.92626; pressure2=0.0273942; pressureDrop=4.89886
[Timer] step=29880; percent=11.9998; passedTime=2126.04; remTime=15591.2; MLUPs=8.4689
[LatticeStatistics] step=29880; t=1.19998e-05; uMax=7.03505e-05; avEnergy=2.02857e-10; avRho=1.00004
[getResults] pressure1=6.15333; pressure2=0.0311625; pressureDrop=6.12217
[Timer] step=32370; percent=12.9998; passedTime=2294.04; remTime=15352.7; MLUPs=8.72932
[LatticeStatistics] step=32370; t=1.29998e-05; uMax=8.8081e-05; avEnergy=3.1342e-10; avRho=1.00004
[getResults] pressure1=7.50595; pressure2=0.0347291; pressureDrop=7.47122
[Timer] step=34860; percent=13.9998; passedTime=2465.39; remTime=15144.8; MLUPs=8.5586
[LatticeStatistics] step=34860; t=1.39998e-05; uMax=0.000107719; avEnergy=4.6315e-10; avRho=1.00005
[getResults] pressure1=8.97489; pressure2=0.0380231; pressureDrop=8.93686
[Timer] step=37350; percent=14.9998; passedTime=2635.34; remTime=14933.9; MLUPs=8.62885
[LatticeStatistics] step=37350; t=1.49998e-05; uMax=0.000129117; avEnergy=6.58706e-10; avRho=1.00006
[getResults] pressure1=10.5492; pressure2=0.0409805; pressureDrop=10.5082
[Timer] step=39840; percent=15.9997; passedTime=2804.72; remTime=14725.1; MLUPs=8.65794
[LatticeStatistics] step=39840; t=1.59997e-05; uMax=0.000152097; avEnergy=9.06128e-10; avRho=1.00007
[getResults] pressure1=12.2139; pressure2=0.0435527; pressureDrop=12.1704
[Timer] step=42330; percent=16.9997; passedTime=2972.9; remTime=14515; MLUPs=8.71992
[LatticeStatistics] step=42330; t=1.69997e-05; uMax=0.000176455; avEnergy=1.21042e-09; avRho=1.00008
[getResults] pressure1=13.9512; pressure2=0.0457036; pressureDrop=13.9055
[Timer] step=44820; percent=17.9997; passedTime=3143.27; remTime=14319.6; MLUPs=8.60793
[LatticeStatistics] step=44820; t=1.79997e-05; uMax=0.000201966; avEnergy=1.5752e-09; avRho=1.00009
[getResults] pressure1=15.7435; pressure2=0.0474008; pressureDrop=15.6961
[Timer] step=47310; percent=18.9997; passedTime=3313.3; remTime=14125.4; MLUPs=8.62469
[LatticeStatistics] step=47310; t=1.89997e-05; uMax=0.000228384; avEnergy=2.00237e-09; avRho=1.0001
[getResults] pressure1=17.5753; pressure2=0.0486111; pressureDrop=17.5267
[Timer] step=49800; percent=19.9997; passedTime=3483.24; remTime=13933.2; MLUPs=8.62997
[LatticeStatistics] step=49800; t=1.99997e-05; uMax=0.00025545; avEnergy=2.49188e-09; avRho=1.00011
[getResults] pressure1=19.4301; pressure2=0.0493097; pressureDrop=19.3808
[Timer] step=52290; percent=20.9997; passedTime=3655.07; remTime=13750.3; MLUPs=8.53425
[LatticeStatistics] step=52290; t=2.09997e-05; uMax=0.000282898; avEnergy=3.04157e-09; avRho=1.00012
[getResults] pressure1=21.2882; pressure2=0.0494893; pressureDrop=21.2387

Best,
Liliana.