#ECHO
T			DoEcho

#INCLUDE
RESTART.in

#DESCRIPTION
North-to-South IMF transition examination.

#TIMEACCURATE
T			DoTimeAccurate

#PROGRESS
1			DnProgressShort
100			DnProgressLong

#SAVERESTART
T                       DoSaveRestart
-1                      DnSaveRestart
3600.0                  DtSaveRestart

! All processors are used now
#STRICT
T			UseStrict

#COMPONENT
IM                      NameComp
F                       UseComp

#COUPLE2
GM			NameComp1
IE			NameComp2
-1                      DnCouple
1.0                     DtCouple

#COUPLETIME
GM			NameComp
F			DoCoupleOnTime

#BEGIN_COMP GM ---------------------------------------------------------------

#INCLUDE
GM/restartIN/restart.H

#BODY
T                       UseBody
2.5                     rBody     (in planet radius)
3.0                     rCurrents (in planet radius)
28.0                    BodyNDim  (/cc)
25000.0                 BodyTDim  (K)

#BORIS
T			UseBorisCorrection
0.01			BorisClightFactor

#OUTERBOUNDARY
outflow			TypeBc1
vary			TypeBc2
float			TypeBc3
float			TypeBc4
float			TypeBc5
float			TypeBc6

#INNERBOUNDARY
ionosphere		TypeBcInner

#SOLARWINDFILE
T                       UseSolarWindFile
imf.dat			NameSolarWindFile

#NONCONSERVATIVE
T                       UseNonConservative

#CONSERVATIVECRITERIA
1			nConservCrit
parabola		TypeConservCrit_I
 5.0			xParabolaConserv
15.0			yParabolaConserv

#SCHEME
2			nORDER
Sokolov			TypeFlux
mc3                     TypeLimiter
1.2			BetaLimiter

#TIMESTEPPING
1			nStage
0.85			CflExpl

#SAVELOGNAME
F                       IsLogName_n
T                       IsLogName_e

#SAVEPLOTNAME
F                       IsPlotName_n
F                       IsPlotName_t
T                       IsPlotName_e

#PLOTFILENAME
date			TimeUnitMax

#SAVELOGFILE
T			DoSaveLo5Dgfile
VAR step date		StringLogfile
-1			DnSaveLogfile
5.0			DtSaveLogfile
dt rho mx my mz p bx by bz pmin pmax dst
3.0			StringRFlux

#GEOMAGINDICES
180			nSizeKpWindow [min]
60.0			DtOutput      [sec]

#SAVEPLOT
6                       nPlotFiles
y=0 ray idl         	StringPlot
-1                      DnSavePlot
5.			DtSavePlot
-1.0			DxSavePlot
z=0 ray idl         	StringPlot
-1                      DnSavePlot
5.			DtSavePlot
-1.0			DxSavePlot
y=0 MHD idl         	StringPlot
-1                      DnSavePlot
5.			DtSavePlot
-1.0			DxSavePlot
z=0 MHD idl         	StringPlot
-1                      DnSavePlot
5.			DtSavePlot
-1.0			DxSavePlot
cut RAY idl		StringPlot
-1   			DnSavePlot
5.			DtSavePlot
-30.			Coord1MinCut
20.			Coord1MaxCut
-30.			Coord2MinCut
30.			Coord2MaxCut
.5			Coord3MinCut
.5		 	Coord3MaxCut    
-1.			DxSavePlot
cut MHD idl             StringPlot
-1                      DnSavePlot
5.                      DtSavePlot
-30.                    Coord1MinCut
20.                     Coord1MaxCut
-30.                    Coord2MinCut
30.                     Coord2MaxCut
.5                      Coord3MinCut
.5                      Coord3MaxCut
-1.                     DxSavePlot

#END_COMP GM -----------------------------------------------------------------

#BEGIN_COMP IE ---------------------------------------------------------------

#IONOSPHERE
5                       TypeConductanceModel
F                       UseFullCurrent
F			UseFakeRegion2
120.0                   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
5.0			DtSavePlot

#END_COMP IE -----------------------------------------------------------------

#ENDTIME            
2000			year
01              	month
01              	day
10			hour
00             		minute
00              	second
0.0			FracSecond

#END ############################################################