Starting Spis Numerical core with following modules: module liquid_ion_thruster loaded. module erosion_contamination loaded. module passive_discharging loaded. module low_noise_distributions loaded. module advanced_field_solvers loaded. module electric_propulsion loaded. module highvoltage loaded. module dust loaded. module aiseps loaded. module thermic loaded. module science_payload loaded. Default output path for SPIS/NUM set to /Users/gl/Desktop/SPIS_Models/HiResModel/HiRes.spis5/DefaultStudy/Simulations/Run1/NumKernel/Output/ Default input path for SPIS/NUM set to /Users/gl/Desktop/SPIS_Models/HiResModel/HiRes.spis5/DefaultStudy/Simulations/Run1/NumKernel/Input/ Serialising object of type [Lspis.Top.Default.GlobalParameter; in file /Users/gl/Desktop/SPIS_Models/HiResModel/HiRes.spis5/DefaultStudy/Simulations/Run1/NumKernel/Output/globalParOut.gp Serialising object of type [Lspis.Top.Default.LocalParameter; in file /Users/gl/Desktop/SPIS_Models/HiResModel/HiRes.spis5/DefaultStudy/Simulations/Run1/NumKernel/Output/localParOut.lp Serialising object of type [Lspis.Surf.Material.GenericParamSet; in file /Users/gl/Desktop/SPIS_Models/HiResModel/HiRes.spis5/DefaultStudy/Simulations/Run1/NumKernel/Output/genericParamSetsOut.gps Number of threads runs in parallel: 8 Starting building simulation from UI parameters Number of non linear vertices: 0 Population ions1 --> spacecraft velocity included in population velocity in SC reference frame Number of non uniform cells:0 The incoming flux is set with a mode=0 Population of ions1 successfully created (type spis.Vol.VolDistrib.PICVolDistrib) Population elec1 --> spacecraft velocity included in population velocity in SC reference frame Population elec1 --> spacecraft velocity included in population velocity in SC reference frame Population of elec1 successfully created (type spis.Vol.VolDistrib.GlobalMaxwellBoltzmannVolDistrib) Population of ions2 not created because its density was defined as 0 Population of elec2 not created because its density was defined as 0 WARNING: Atomic mass set to twice the atomic number WARNING: Sublimation energy set to 5 eV WARNING: Atomic mass set to twice the atomic number WARNING: Sublimation energy set to 5 eV WARNING: Atomic mass set to twice the atomic number WARNING: Sublimation energy set to 5 eV maximal potential induced by the v cross b field on spacecraft surface : 0.0V minimal potential induced by the v cross b field on spacecraft surface : 0.0V Simulation was built from UI parameters Photo-emission is turned on from global sun directionnew photo-electron flux from surface166.13799m2 PEE for created with a distribution LocalMaxwellSurfDistrib with photo-electron dynamics simulation (PIC) Secondary emission from electron impact is turned onSEEEY for Ambiant_Electrons created with a distribution LocalMaxwellSurfDistrib secondary-electron dynamics is simulated (PIC) for ambiant electrons secondary emission from secondary-electrons is not modelled for ambiant electrons Secondary emission from proton impact is turned on for the bi-maxwellian environment ("ion1" and "ion2" populations) SEEP for Ambiant_Protons created with a distribution LocalMaxwellSurfDistrib secondary-electron under proton impact dynamics is simulated (PIC) for ambiant protons secondary emission from secondary-electrons is not modelled for ambiant protons FunctionOfDistribFromFuncOfPart.compute: incoming flux had zero summation duration (may be possible at simulation start) FunctionOfDistribFromFuncOfPart.compute: incoming flux had zero summation duration (may be possible at simulation start) Simulation SPIS v5: No devicesDisplay volume mesh initial node and cell numbers 136133 730435 Display volume mesh final node and cell numbers 136133 730435 Simulation information Simulation is set up with the following species: Pop 0 is ions1(H+) : type PICVolDistrib -> with density 1.04E8m-3 -> with temperature 27.0eV Pop 1 is elec1(electron) : type GlobalMaxwellBoltzmannVolDistrib -> with density 1.04E8m-3 -> with temperature 22.0eV Pop 2 is photoElec(electron) : type PICVolDistribUpdatable Pop 3 is secondElec True from ambiant electrons(electron) : type PICVolDistrib Pop 4 is secondElec BS from ambiant electrons(electron) : type PICVolDistrib Pop 5 is secondElec from ambiant protons(electron) : type PICVolDistrib Mesh error Spacecraft surface : 93.95807 m2 Volume mesh quality Minimum cell quality:0.008685341 Average cell quality:0.6837169 Overall quality: AWFULL, low probability of simulation convergence. ░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░▂▆█▅▁░░░░░░░░░░░░ ░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░▄█████▂░░░░░░░░░░░ ░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░▅███████▁░░░░░░░░░░ ░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░▅█████████░░░░░░░░░░ ░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░▆██████████▆░░░░░░░░░ ░░░░░░░░░░░░░░░░░░░░░░░░░░░░▂▇████████████▅░░░░░░░░ ░░░░░░░░░░░░░░░░░░░░░░░░░░▂▆███████████████▃░░░░░░░ ░░░░░░░░░░░░░░░░░░░░░░░░░▄██████████████████▂░░░░░░ ░░░░░░░░░░░░░░░░░░░░░░░░░████████████████████▃░░░░░ ▁▁▂▅▅▃▂▂▂▁▂▂▂▂▂▂▂▂▂▂▃▃▄▅▇█████████████████████▆▃▁▁▁ 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 Volume Interactors information The following volume interactors are set up: 0 volume interactors detected Surface Interactors information Surface interactors are set up with the following species: 3 surface interactors detected -> photoElectron -> secondary electrons from Ambiant_Electrons -> secondary electrons from Ambiant_Protons Serialising object of type [Lspis.Util.Instrument.InstrumentSerial; in file /Users/gl/Desktop/SPIS_Models/HiResModel/HiRes.spis5/DefaultStudy/Simulations/Run1/NumKernel/Output/instrument.ser FunctionOfDistribFromFuncOfPart.compute: incoming flux had zero summation duration (may be possible at simulation start) FunctionOfDistribFromFuncOfPart.compute: incoming flux had zero summation duration (may be possible at simulation start) Time: 0.0, Dt = 5.0E-7 s Time: 4.999999987376214E-7, Dt = 5.0E-7 s Time: 1.499999996212864E-6, Dt = 1.0E-6 s Time: 3.4999999911633495E-6, Dt = 2.0E-6 s Time: 7.49999998106432E-6, Dt = 4.0E-6 s Time: 1.5499999960866262E-5, Dt = 8.0E-6 s Time: 2.3499999940668204E-5, Dt = 8.0E-6 s Time: 3.154997301635376E-5, Dt = 8.049973E-6 s Time: 4.7649919167724875E-5, Dt = 1.6099946E-5 s Time: 5.833311336149657E-5, Dt = 1.0683194E-5 s Time: 6.769846393157516E-5, Dt = 9.365351E-6 s Time: 7.750809279545232E-5, Dt = 9.809629E-6 s Time: 8.255017394683385E-5, Dt = 5.0420813E-6 s Time: 8.779134771382381E-5, Dt = 5.2411738E-6 s Time: 9.827369524780373E-5, Dt = 1.04823475E-5 s Time: 1.1923839031576357E-4, Dt = 2.0964695E-5 s Time: 1.2816328550057385E-4, Dt = 8.924895E-6 s Time: 1.3732668472753737E-4, Dt = 9.163399E-6 s Time: 1.464900839545009E-4, Dt = 9.163399E-6 s Time: 1.5612948815201541E-4, Dt = 9.639404E-6 s Time: 1.7540829654704446E-4, Dt = 1.9278808E-5 s Time: 2.1396591333710255E-4, Dt = 3.8557617E-5 s Time: 2.2922725907124095E-4, Dt = 1.5261347E-5 s Time: 2.447743306693619E-4, Dt = 1.5547072E-5 s Time: 2.7586847386560384E-4, Dt = 3.1094143E-5 s Time: 3.380567602580877E-4, Dt = 6.218829E-5 s Time: 3.598316935384776E-4, Dt = 2.1774933E-5 s Time: 3.8160948596476944E-4, Dt = 2.1777792E-5 s Time: 3.990933975560179E-4, Dt = 1.7483912E-5 s Time: 4.177528109553091E-4, Dt = 1.8659413E-5 s Time: 4.3641222435460034E-4, Dt = 1.8659413E-5 s Time: 4.5585235710084046E-4, Dt = 1.9440133E-5 s Time: 4.6963422870415633E-4, Dt = 1.37818715E-5 s Time: 4.840139975038557E-4, Dt = 1.4379769E-5 s Time: 4.941941860221962E-4, Dt = 1.0180189E-5 s Time: 5.048458441803635E-4, Dt = 1.0651658E-5 s Time: 5.154975023385308E-4, Dt = 1.0651658E-5 s Time: 5.268821313718038E-4, Dt = 1.1384629E-5 s Time: 5.357729489769349E-4, Dt = 8.890817E-6 s Time: 5.451852041441975E-4, Dt = 9.412255E-6 s Time: 5.545974593114602E-4, Dt = 9.412255E-6 s Time: 5.647504442531294E-4, Dt = 1.0152985E-5 s Time: 5.739446902892565E-4, Dt = 9.194246E-6 s Time: 5.838347521360743E-4, Dt = 9.890062E-6 s Time: 5.937248139828922E-4, Dt = 9.890062E-6 s Time: 6.042514329904703E-4, Dt = 1.0526619E-5 s Time: 6.093975877725421E-4, Dt = 5.1461548E-6 s Time: 6.147388455197466E-4, Dt = 5.3412577E-6 s Time: 6.254213610141557E-4, Dt = 1.06825155E-5 s Time: 6.467863920029737E-4, Dt = 2.1365031E-5 s Time: 6.566528494741101E-4, Dt = 9.866458E-6 s Time: 6.665969771429695E-4, Dt = 9.944128E-6 s Time: 6.74962526946287E-4, Dt = 8.36555E-6 s Time: 6.838980622801631E-4, Dt = 8.935535E-6 s Time: 6.915051618177223E-4, Dt = 7.6070996E-6 s Time: 6.996423663492443E-4, Dt = 8.1372045E-6 s Time: 7.077795708807663E-4, Dt = 8.1372045E-6 s Time: 7.16304395687721E-4, Dt = 8.524825E-6 s Time: 7.239977490995157E-4, Dt = 7.693354E-6 s Time: 7.322892121179107E-4, Dt = 8.291463E-6 s Time: 7.405806751363057E-4, Dt = 8.291463E-6 s Time: 7.490565545763898E-4, Dt = 8.475879E-6 s Time: 7.566413352684499E-4, Dt = 7.5847806E-6 s Time: 7.648099173671831E-4, Dt = 8.168582E-6 s Time: 7.676221784986911E-4, Dt = 2.812261E-6 s Time: 7.705068771866127E-4, Dt = 2.8846987E-6 s Time: 7.76276274562456E-4, Dt = 5.7693974E-6 s Time: 7.878150693141425E-4, Dt = 1.1538795E-5 s Time: 7.944188497103221E-4, Dt = 6.6037805E-6 s Time: 8.013086313266593E-4, Dt = 6.8897816E-6 s Time: 8.081984129429964E-4, Dt = 6.8897816E-6 s Time: 8.155426686070621E-4, Dt = 7.3442557E-6 s Time: 8.19011134640498E-4, Dt = 3.468466E-6 s Time: 8.226102930304866E-4, Dt = 3.5991584E-6 s Time: 8.298086098104638E-4, Dt = 7.198317E-6 s Time: 8.442052433704181E-4, Dt = 1.4396634E-5 s Time: 8.514962415301379E-4, Dt = 7.2909984E-6 s Time: 8.590432426626175E-4, Dt = 7.547001E-6 s Time: 8.658190148580153E-4, Dt = 6.7757724E-6 s Time: 8.731187653083445E-4, Dt = 7.2997505E-6 s Time: 8.790808569214988E-4, Dt = 5.9620916E-6 s Time: 8.854549059292168E-4, Dt = 6.374049E-6 s Time: 8.982030039446527E-4, Dt = 1.2748098E-5 s Time: 9.236991999755247E-4, Dt = 2.5496196E-5 s Time: 9.301130539276582E-4, Dt = 6.413854E-6 s Time: 9.365356781379032E-4, Dt = 6.422624E-6 s Time: 9.423669059455142E-4, Dt = 5.831228E-6 s Time: 9.486557775911797E-4, Dt = 6.2888716E-6 s Time: 9.543035419561287E-4, Dt = 5.6477643E-6 s Time: 9.603889091600517E-4, Dt = 6.085367E-6 s Time: 9.664742763639746E-4, Dt = 6.085367E-6 s Time: 9.72651373384529E-4, Dt = 6.177097E-6 s Time: 9.788284704050833E-4, Dt = 6.177097E-6 s Time: 9.855417154618275E-4, Dt = 6.713245E-6 s Time: 9.91512250211681E-4, Dt = 5.970535E-6 s Time: 9.979398766427857E-4, Dt = 6.4276264E-6 s Time: 0.0010036647854592938, Dt = 5.724909E-6 s Time: 0.0010098289130854008, Dt = 6.1641276E-6 s Time: 0.001015993040711508, Dt = 6.1641276E-6 s Time: 0.0010222229939261505, Dt = 6.229953E-6 s Time: 0.0010346829003554357, Dt = 1.2459906E-5 s Time: 0.001059602713214006, Dt = 2.4919813E-5 s Time: 0.0010633006582224896, Dt = 3.697945E-6 s Time: 0.0010670121451198627, Dt = 3.711487E-6 s Time: 0.001074435118914609, Dt = 7.422974E-6 s Time: 0.0010892810665041014, Dt = 1.4845948E-5 s Time: 0.0010948190962527177, Dt = 5.5380297E-6 s Time: 0.001100473606257833, Dt = 5.65451E-6 s Time: 0.0011050871712798042, Dt = 4.613565E-6 s Time: 0.0011100205220175056, Dt = 4.9333507E-6 s Time: 0.0011140281859153439, Dt = 4.007664E-6 s Time: 0.0011183127895347971, Dt = 4.2846036E-6 s Time: 0.0011268819967737037, Dt = 8.569207E-6 s Time: 0.0011440204112515167, Dt = 1.7138414E-5 s Time: 0.0011503377755199518, Dt = 6.3173643E-6 s Time: 0.0011567754668741737, Dt = 6.4376914E-6 s Time: 0.0011620811878769353, Dt = 5.305721E-6 s Time: 0.0011677581119242284, Dt = 5.676924E-6 s Time: 0.0011734350359715216, Dt = 5.676924E-6 s Time: 0.0011795510044889277, Dt = 6.1159685E-6 s Time: 0.0011840666154804107, Dt = 4.515611E-6 s Time: 0.0011888601018491367, Dt = 4.7934864E-6 s