#ECHO T DoEcho #INCLUDE RESTART.in #DESCRIPTION Example file to restart a run for the SWPC Version 2 code selection #TIMEACCURATE T DoTimeAccurate #PROGRESS 1 DnProgressShort 100 DnProgressLong #SAVERESTART T DoSaveRestart -1 DnSaveRestart 60.0 DtSaveRestart #RESTARTOUTDIR SWMF_RESTART.YYYYMMDD_HHMMSS NameRestartOutDir #CHECKKILL ?? NameCompCheckKill #CHECKSTOP T DoCheckStop -1 DnCheckStop 20.0 DtCheckStop #CPUTIMEMAX 28000.0 CpuTimeMax [sec] #COUPLEORDER 7 nCouple IE GM NameSourceTarget IE IM NameSourceTarget IE RB NameSourceTarget GM IE NameSourceTarget GM IM NameSourceTarget GM RB NameSourceTarget IM GM NameSourceTarget #COUPLE2 GM NameComp1 IE NameComp2 -1 DnCouple 5.0 DtCouple #COUPLE2 IM NameComp1 GM NameComp2 -1 DnCouple 10.0 DtCouple #COUPLE1 IE NameComp1 IM NameComp2 -1 DnCouple 10.0 DtCouple #COUPLE1 GM NameComp1 RB NameComp2 -1 DnCouple 10.0 DtCouple #COUPLE1 IE NameComp1 RB NameComp2 -1 DnCouple 10.0 DtCouple #COUPLETIME GM NameComp F DoCoupleOnTime #BEGIN_COMP GM --------------------------------------------------------------- #INCLUDE GM/restartIN/restart.H ! reset the step counter to avoid accumulation to large numbers #NSTEP 10 nStep #OUTERBOUNDARY outflow TypeBc1 vary TypeBc2 float TypeBc3 float TypeBc4 float TypeBc5 float TypeBc6 #INNERBOUNDARY ionosphere TypeBcInner ! Set the inner boundary density as Rho0Cpcp + RhoPerCpcp*CPCP[keV] #CPCPBOUNDARY T UseCpcpBc (rest is read if true) 28.0 Rho0Cpcp [amu/cc] 0.1 RhoPerCpcp [amu/cc / keV] #SOLARWINDFILE T UseSolarWindFile IMF.dat NameSolarWindFile #REFRESHSOLARWINDFILE T DoReadAgain #MAGNETOMETER magin_ops.dat NameMagInputFile step TypeFileOut -1 DnOutput 60.0 DtOutput #GEOMAGINDICES 180 nSizeKpWindow [min] 60.0 DtOutput [sec] #MAGNETOMETERGRID ascii TypeFileMagGrid GEO TypeCoordMagGrid 72 nLonMagGrid 35 nLatMagGrid 0. LonMinMagGrid 355. LonMaxMagGrid -85. LatMinMagGrid 85. LatMaxMagGrid -1 DnSaveMagGrid 60.0 DtSaveMagGrid #NONCONSERVATIVE T UseNonConservative #CONSERVATIVECRITERIA 1 nConservCrit parabola TypeConservCrit_I 5.0 xParabolaConserv 15.0 yParabolaConserv ! Setting 1 #IMCOUPLING 20.0 TauCoupleIm T DoImSatTrace T DoCoupleImPressure T DoCoupleImDensity 0.01 DensityCoupleFloor F DoFixPolarRegion ! end of setting 1 ! Setting 2 IMCOUPLING 20.0 TauCoupleIm T DoImSatTrace T DoCoupleImPressure T DoCoupleImDensity 0.01 DensityCoupleFloor T DoFixPolarRegion 5.0 rFixPolarRegion 56.0 PolarNDim [amu/cc] 50000.0 PolarTDim [K] IMCOUPLINGSMOOTH 10.0 dLatSmoothIm [deg] ! end of setting 2 ! Pressures below pMinDim are replaced with pMinDim. #MINIMUMPRESSURE 1e-5 pMinDim [nPa] #SAVELOGNAME F IsLogName_n T IsLogName_e #SAVEPLOTNAME F IsPlotName_n F IsPlotName_t T IsPlotName_e #PLOTFILENAME date TimeUnitMax #SAVELOGFILE T DoSaveLogfile VAR step date StringLogfile -1 DnSaveLogfile 5.0 DtSaveLogfile dt rho mx my mz p bx by bz pmin pmax dst_sm dstflx 3.0 StringRFlux #SAVEPLOT 4 nPlotFiles y=0 MHD idl StringPlot -1 DnSavePlot 60. DtSavePlot -1.0 DxSavePlot z=0 MHD idl StringPlot -1 DnSavePlot 60. DtSavePlot -1.0 DxSavePlot shl MHD idl_ascii StringPlot -1 DnSavePlot 60. DtSavePlot GEO TypeCoordPlot 6.6 rMin 6.6 rMax 0. LonMin 360. LonMax 10. dLon 0. LatMin 0. LatMax lcb nul tec StringPlot !last closed field line plots -1 DnSavePlot !Tecplot (ONLY!) 60. DtSavePlot 5. Radius 36 nLon #SCHEME 2 nOrder Sokolov TypeFlux mc3 TypeLimiter 1.2 BetaLimiter #BORIS T UseBorisCorrection 0.01 BorisClightFactor #REGION borisregion NameArea sphere tapered NameShape -4.0 xPosition 0.0 yPosition 0.0 zPosition 14.0 Radius 2.0 Taper #BORISREGION borisregion NameBorisRegion #TIMESTEPPING 1 nStage 0.85 CflExpl #END_COMP GM ----------------------------------------------------------------- #BEGIN_COMP IM --------------------------------------------------------------- #RESTART T DoRestart ! Number density fractions for H+ and O+. Has to add up to 1.0 #COMPOSITION FIXED NameCompModel 0.8 FractionH 0.2 FractionO ! Decay for RCM particle densities #DECAY T UseDecay 36000. DecayTimescale in seconds #END_COMP IM ----------------------------------------------------------------- #BEGIN_COMP IE --------------------------------------------------------------- #RESTART T DoRestart #IONOSPHERE 5 TypeConductanceModel F UseFullCurrent F UseFakeRegion2 163.0 F107Flux 1.0 StarLightPedConductance 0.25 PolarCapPedConductance #BOUNDARY 10.0 LatBoundary #AURORALOVAL T UseOval (rest of parameters read if true) T UseOvalShift F UseSubOvalConductance T UseAdvancedOval F DoFitCircle (read if UseAdvancedOval is true) #SAVEPLOT 1 nPlotFile aur idl StringPlot -1 DnSavePlot 60.0 DtSavePlot #END_COMP IE ----------------------------------------------------------------- #BEGIN_COMP RB --------------------------------------------------------------- #INCLUDE RB/restartIN/restart.H #SAVEPLOT 60.0 DtSavePlot T UseSeparatePlotFiles #TIMESTEP 5.0 Dt #STARTUPTIME 0.0 trans #BMODEL MHD NameModel F UseFixedB #IEMODEL 1 iConvect #PLASMASPHERE F UsePlasmaSphere #END_COMP RB ----------------------------------------------------------------- #ENDTIME 2025 year 04 month 23 day 13 hour 37 minute 00 second 0.0 FracSecond #END ############################################################