22:30 $ ./ExaHyPE-Euler Euler_ADERDG-debug.exahype
 1.53731e+09  22:30:26     [hamilton1.hpc.dur.ac.uk]rank:0 info         tarch::parallel::Node<static>::reserveFreeTag()         assigned message JoinDataBufferPool[vertex] the free tag 0
 1.53731e+09  22:30:26     [hamilton1.hpc.dur.ac.uk]rank:0 info         tarch::parallel::Node<static>::reserveFreeTag()         assigned message JoinDataBufferPool[cell] the free tag 1
 1.53731e+09  22:30:26     [hamilton1.hpc.dur.ac.uk]rank:0 info         tarch::parallel::Node<static>::reserveFreeTag()         assigned message JoinDataBufferPool[cell-marker] the free tag 2
 0.00339376   22:30:26     [hamilton1.hpc.dur.ac.uk]rank:0 info         kernels::readSpecificationFileToJSON()                  Invoking external command: /ddn/data/jdmd33/collabs/enclavetasking/ExaHyPE-Engine/Toolkit/toolkit.sh --format=any --validate-only Euler_ADERDG-debug.exahype
 0.606129     22:30:26     [hamilton1.hpc.dur.ac.uk]rank:0 info         exahype::plotters::Plotter::Plotter(...)                write snapshot to file ./errors every 0.01 time units with first snapshot at 0. plotter type is vtk::Cartesian::vertices::ascii. Plotter configuration=(solver no=0,plotter identifier (type)=vtk::Cartesian::vertices::ascii,written unknowns=15,time=0,repeat=0.01,file name=./errors,plotter parameters=not available,device configured=0)
 0.606644     22:30:26     [hamilton1.hpc.dur.ac.uk]rank:0 info         exahype::plotters::Slicer::bestFromSelectionQuery       Scanning plotting plotter parameters for selection query 'not available'
 0.60989      info         use the following global optimisations:
 0.609995     info         	fuse-algorithmic-steps=off
 0.610046     info         	fuse-algorithmic-steps-factor=0.99
 0.610081     info         	spawn-predictor-as-background-thread=on
 0.61018      info         	spawn-amr-background-threads=on
 0.610235     info         	disable-vertex-exchange-in-time-steps=off
 0.610377     info         	batching enabled=no
 0.610513     info         		time-step-batch-factor=1
 0.610565     info         		all solvers use 'globalfixed' time stepping=no
 0.610601     info         	disable-metadata-exchange-in-batched-time-steps=off
 0.610944     info         coarsest mesh size was chosen as 0.111111 based on user's maximum mesh size 0.15 and length of longest edge of domain 1
 0.611048     info         summary: create computational domain at [0,0] of width/size [1,1]. bounding box has offset [0,0] and size [1,1]. grid regular up to level 3 (1 means a single cell)
 0.612494     warning      did not find filter rule for target "info" and class "Euler::EulerSolver_ADERDG::init(...)" on rank 0 (file:/ddn/data/jdmd33/collabs/enclavetasking/ExaHyPE-Engine/./Peano/tarch/logging/CommandLineLogger.cpp,line:459)
 0.614058     warning      did not find filter rule for target "info" and class "Euler::EulerSolver_ADERDG::init(...)" on rank 0 (file:/ddn/data/jdmd33/collabs/enclavetasking/ExaHyPE-Engine/./Peano/tarch/logging/CommandLineLogger.cpp,line:459)
 0.614665     info         tarch::multicore::jobs::HighPriorityTaskProcessing::ProcessOneHighPriorityTasksAtATimeAndRunBackgroundTasksOnlyIfNoHighPriorityTasksAreLeft
 0.61508      info        
 0.615148     info         Application based upon the PDE framework Peano - 3rd Generation
 0.615192     info         revision: 2626
 0.615245     info         build: multicore=tbb dim=2
 0.615281     info         optimisations: d-loop persistent-attributes packed opt-static-subtrees recursion-unrolling persistent-regular-subtrees
 0.615309     info         (C) 2005 - 2018   www.peano-framework.org
 0.615336     info         processes: 1, threads: 8
 0.619975     info         grid setup iteration #1, max-level=3, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 0.620189     info         memoryUsage    =36 MB
 0.627029     info         grid setup iteration #2, max-level=3, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 0.62714      info         memoryUsage    =512 MB
 0.630325     info         grid setup iteration #3, max-level=3, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 0.630436     info         memoryUsage    =512 MB
 0.638369     info         grid setup iteration #4, max-level=4, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 0.638476     info         memoryUsage    =516 MB
 0.643819     info         grid setup iteration #5, max-level=4, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 0.643909     info         memoryUsage    =516 MB
 0.661528     info         grid setup iteration #6, max-level=5, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 0.661624     info         memoryUsage    =520 MB
 0.67571      info         grid setup iteration #7, max-level=5, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 0.675792     info         memoryUsage    =520 MB
 0.721284     info         grid setup iteration #8, max-level=6, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 0.721362     info         memoryUsage    =533 MB
 0.750054     info         grid setup iteration #9, max-level=6, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 0.750113     info         memoryUsage    =533 MB
 0.938647     info         grid setup iteration #10, max-level=7, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 0.938756     info         memoryUsage    =659 MB
 1.06362      info         grid setup iteration #11, max-level=7, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 1.06368      info         memoryUsage    =660 MB
 1.21429      info         grid setup iteration #12, max-level=7, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 1.21435      info         memoryUsage    =662 MB
 1.39342      info         grid setup iteration #13, max-level=7, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 1.3935       info         memoryUsage    =662 MB
 1.54164      info         grid setup iteration #14, max-level=7, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 1.54171      info         memoryUsage    =663 MB
 1.69831      info         grid setup iteration #15, max-level=7, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 1.69838      info         memoryUsage    =663 MB
 1.85647      info         grid setup iteration #16, max-level=7, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 1.85654      info         memoryUsage    =663 MB
 2.00805      info         grid setup iteration #17, max-level=7, idle-nodes=0, vertical solver communication=0, continue to construct grid=1
 2.00812      info         memoryUsage    =663 MB
 2.1602       info         grid setup iteration #18, max-level=7, idle-nodes=0, vertical solver communication=0, continue to construct grid=0
 2.16026      info         memoryUsage    =799 MB
 2.16028      info         finished grid setup after 18 iterations
 2.2402       info         initialised all data and computed first time step size
 2.24023      info         sweeps=2    
 2.35346      info         computed first predictor
 2.35355      info         	ADER-DG correction: t_min         =0
 2.35359      info         	ADER-DG correction: dt_min         =1.04936e-05
 2.35361      info         	ADER-DG prediction: t_min         =0
 2.35363      info         	ADER-DG prediction: dt_min         =1.04936e-05
 2.35367      info         step 0	t_min          =0
 2.3537       info         	dt_min         =1.04936e-05
 2.35376      info         	memoryUsage    =799 MB
 2.35382      info         	inner cells/inner unrefined cells=31744/18497
 2.35388      info         	inner max/min mesh width=[0.111111,0.111111]/[0.00137174,0.00137174]
 2.35391      info         	max level=7
 8.25029      info         	ADER-DG correction: t_min         =1.04922e-05
 8.25034      info         	ADER-DG correction: dt_min         =1.04922e-05
 8.25044      info         	ADER-DG prediction: t_min         =1.04922e-05
 8.25046      info         	ADER-DG prediction: dt_min         =1.04922e-05
 8.25048      info         step 1	t_min          =1.04922e-05
 8.25051      info         	dt_min         =1.04922e-05
 8.25057      info         	memoryUsage    =799 MB
 8.25059      info         	inner cells/inner unrefined cells=21870/10935
 8.25061      info         	inner max/min mesh width=[0.111111,0.111111]/[0.00137174,0.00137174]
 8.25063      info         	max level=7
 8.37408      info         memoryUsage    =799 MB
 8.76119      info         	ADER-DG correction: t_min         =2.09831e-05
 8.76124      info         	ADER-DG correction: dt_min         =1.04909e-05
 8.76133      info         	ADER-DG prediction: t_min         =2.09831e-05
 8.76136      info         	ADER-DG prediction: dt_min         =1.04909e-05
 8.76137      info         step 2	t_min          =2.09831e-05
 8.76139      info         	dt_min         =1.04909e-05
 8.76147      info         	memoryUsage    =800 MB
 8.76149      info         	inner cells/inner unrefined cells=21870/10935
 8.76151      info         	inner max/min mesh width=[0.111111,0.111111]/[0.00137174,0.00137174]
 8.76153      info         	max level=7
 8.87527      info         memoryUsage    =800 MB
 9.25878      info         	ADER-DG correction: t_min         =3.14727e-05
 9.25883      info         	ADER-DG correction: dt_min         =1.04895e-05
 9.25885      info         	ADER-DG prediction: t_min         =3.14727e-05
 9.25894      info         	ADER-DG prediction: dt_min         =1.04895e-05
 9.25895      info         step 3	t_min          =3.14727e-05
 9.25897      info         	dt_min         =1.04895e-05
 9.25905      info         	memoryUsage    =800 MB
 9.25907      info         	inner cells/inner unrefined cells=21870/10935
 9.2591       info         	inner max/min mesh width=[0.111111,0.111111]/[0.00137174,0.00137174]
 9.25912      info         	max level=7
 9.3724       info         memoryUsage    =800 MB
[...]