

 <DUALSPHYSICS4> Copyright (c) 2019 by
 Dr Jose M. Dominguez, Dr Alejandro Crespo,
 Prof. Moncho Gomez Gesteira,  Prof. Benedict Rogers,
 Dr Georgios Fourtakas, Prof. Peter Stansby, Dr Ricardo Canelas,
 Dr Renato Vacondio, Dr Corrado Altomare, Dr Angelo Tafuni,
 Orlando Garcia-Feal, Dr Jose Gonzalez Cao

 EPHYSLAB Environmental Physics Laboratory, Universidade de Vigo
 School of Mechanical, Aerospace and Civil Engineering, University of Manchester

 DualSPHysics is free software: you can redistribute it and/or
 modify it under the terms of the GNU Lesser General Public License
 as published by the Free Software Foundation, either version 2.1 of
 the License, or (at your option) any later version.

 DualSPHysics is distributed in the hope that it will be useful,
 but WITHOUT ANY WARRANTY; without even the implied warranty of
 MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 GNU Lesser General Public License for more details.

 You should have received a copy of the GNU Lesser General Public License
 along with DualSPHysics. If not, see <http://www.gnu.org/licenses/>.


DualSPHysics4 [Symmetry] v4.4.010 (21-06-2019)
===============================================
Threads by host for parallel execution: 4
[Initialising JSphCpuSingle  26-08-2019 11:41:43]
ProgramFile=".../bin/linux/DualSPHysics4.4CPU_linux64"
ExecutionDir=".../gitlab/test/inertia"
XmlFile=".../InertiaBug04rotation/gencase/InertiaBug04rotation.xml"
OutputDir=".../test/inertia/InertiaBug04rotation"
OutputDataDir=".../inertia/InertiaBug04rotation/data"
**Basic case configuration is loaded
**Special case configuration is loaded
Loading initial state of particles...
Loaded particles: 90230
MapRealPos(border)=(-5.0293,-5.0293,-5.0293)-(5.01227,5.01227,5.01227)
MapRealPos(final)=(-5.0293,-5.0293,-5.0293)-(5.01227,5.01227,5.01227)
**Initial state of particles is loaded
**3D-Simulation parameters:
CaseName="InertiaBug04rotation"
RunName="InertiaBug04rotation"
Symmetry=False
PosDouble="2: Uses and stores in double precision"
SvTimers=True
StepAlgorithm="Symplectic"
Kernel="Wendland"
Viscosity="Artificial"
Visco=0.020000
ViscoBoundFactor=1.000000
DeltaSph="DynamicExt"
DeltaSphValue=0.100000
Shifting="None"
RigidAlgorithm="SPH+DCDEM"
FloatingCount=3
FtPause=0.000000
FtConstraints=False
CaseNp=90230
CaseNbound=90230
CaseNfixed=180
CaseNmoving=0
CaseNfloat=90050
CaseNfluid=0
PeriodicActive="None"
Dx=0.042428
H=0.073487
CoefficientH=1
CteB=14285.713867
Gamma=7.000000
RhopZero=1000.000000
Cs0=10
CFLnumber=0.200000
DtIni=0.00734875
DtMin=0.000367437
DtAllParticles=False
MassFluid=0.076376
MassBound=0.038188
Awen (Wendland)=1052.707397
Bwen (Wendland)=-71625.296875
Coefficients for DEM:
  Object Fixed  mkbound:1  mk:22
    Young_Modulus: 3e+09
    PoissonRatio.: 0.3
    Kfric........: 0.45
    Restitution..: 0.6
  Object Fixed  mkbound:2  mk:23
    Young_Modulus: 3e+09
    PoissonRatio.: 0.3
    Kfric........: 0.45
    Restitution..: 0.6
  Object Floating  mkbound:10  mk:31
    Young_Modulus: 3e+09
    PoissonRatio.: 0.3
    Kfric........: 0.45
    Restitution..: 0.6
  Object Floating  mkbound:30  mk:51
    Young_Modulus: 3e+09
    PoissonRatio.: 0.3
    Kfric........: 0.45
    Restitution..: 0.6
  Object Floating  mkbound:31  mk:52
    Young_Modulus: 3e+09
    PoissonRatio.: 0.3
    Kfric........: 0.45
    Restitution..: 0.6
FtPause=0.000000
TimeMax=0.06
TimePart=0.01
Gravity=(0.000000,0.000000,0.000000)
NpMinimum=90230
RhopOut=True
RhopOutMin=700.000000
RhopOutMax=1300.000000
**Requested cpu memory for 90240 particles: 12.4 MB.
CellMode="2H"
Hdiv=1
MapCells=(69,69,69)
DomCells=(69,69,69)
DomCellCode="11_11_10"
**CellDiv: Requested cpu memory for 94751 particles: 2.9 MB.
**CellDiv: Requested cpu memory for 12000 cells (CellMode=2H): 0.2 MB.
 
RunMode="Pos-Double - Stable - OpenMP(Threads:4)"
 
Particle summary:
  Fixed....: 180  id:(0-179)   MKs:2 (22-23)
  Moving...: 0
  Floating.: 90050  id:(180-90229)   MKs:3 (31,51-52)
  Fluid....: 0

Total particles: 90230 (bound=90230 (fx=180 mv=0 ft=90050) fluid=0)
Total MK blocks: 5 (bound=5 (fx=2 mv=0 ft=3) fluid=0)
 
Allocated memory in CPU: 16669460 (15.90 MB)
Part_0000        90230 particles successfully stored

[Initialising simulation (da2lcjx1)  26-08-2019 11:41:43]
PART       PartTime      TotalSteps    Steps    Time/Sec   Finish time        
=========  ============  ============  =======  =========  ===================

*** WARNING: 1 DTs adjusted to DtMin (t:0, nstep:0)


*** WARNING: 10 DTs adjusted to DtMin (t:0.0088185, nstep:5)

Part_0001      0.010288             9        9    1756.97  26-08-2019 11:43:29
**CellDiv: Requested cpu memory for 14450 cells (CellMode=2H): 0.2 MB.
Part_0002      0.020209            36       27    5629.76  26-08-2019 11:45:22

*** WARNING: 100 DTs adjusted to DtMin (t:0.0253532, nstep:50)

Part_0003      0.030130            63       27    5214.88  26-08-2019 11:45:53
Part_0004      0.040051            90       27    5349.63  26-08-2019 11:46:11
Part_0005      0.050339           118       28    5397.69  26-08-2019 11:46:22
Part_0006      0.060260           145       27    6011.79  26-08-2019 11:46:36

[Simulation finished  26-08-2019 11:46:37]
Particles of simulation (initial): 90230
DTs adjusted to DtMin............: 289
Excluded particles...............: 0
Total Runtime....................: 294.143829 sec.
Simulation Runtime...............: 293.911774 sec.
Time per second of simulation....: 4877.415527 sec.
Steps per second.................: 0.493345
Steps of simulation..............: 145
PART files.......................: 7
Maximum number of particles......: 90230
Maximum number of cells..........: 12672
CPU Memory.......................: 16708660 (15.93 MB)
 
[CPU Timers]
VA-Init..........................: 0.232622 sec.
NL-Limits........................: 0.349824 sec.
NL-MakeSort......................: 0.654291 sec.
NL-SortData......................: 1.977457 sec.
NL-OutCheck......................: 0.000058 sec.
CF-PreForces.....................: 0.943324 sec.
CF-Forces........................: 287.148743 sec.
SU-Shifting......................: 0.000000 sec.
SU-ComputeStep...................: 0.632763 sec.
SU-Floating......................: 1.403222 sec.
SU-Motion........................: 0.000000 sec.
SU-Periodic......................: 0.000000 sec.
SU-ResizeNp......................: 0.000000 sec.
SU-SavePart......................: 0.798679 sec.
SU-Chrono........................: 0.000000 sec.
SU-BoundCorr.....................: 0.000000 sec.
SU-InOut.........................: 0.000000 sec.
 
[Output files]
- CfgInit_Domain.vtk...: Saves the limits of the case and the simulation domain limits.
- CfgInit_MapCells.vtk.: Saves the cell division of the simulation domain.
- Run.csv..............: One line CSV file with execution parameters and other simulation data.
- Run.out..............: Log file of the simulation.
- data/PartFloat.fbi4..: Binary file with floating body information for each instant (input for FloatingInfo program).
- data/PartOut_???.obi4: Binary file with particles excluded during simulation (input for PartVtkOut program).
- data/Part_????.bi4...: Binary file with particle data in different instants.
- data/Part_Head.ibi4..: Binary file with basic information of simulation data.
 
[WARNINGS]
1. 1 DTs adjusted to DtMin (t:0, nstep:0)
2. 10 DTs adjusted to DtMin (t:0.0088185, nstep:5)
3. 100 DTs adjusted to DtMin (t:0.0253532, nstep:50)