global.h File Reference

Declares all global variables. More...

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Variables
int	CPU_Rank
int	CPU_Number
boolean	CPU_Master
int	IMIN
int	IMAX
int	Zero_or_active
int	Max_or_active
int	One_or_active
int	MaxMO_or_active
int	GLOBALNRAD
real	Rinf [MAX1D]
real	Rsup [MAX1D]
real	Rmed [MAX1D]
real	Surf [MAX1D]
real	InvRmed [MAX1D]
real	InvSurf [MAX1D]
real	InvDiffRmed [MAX1D]
real	InvDiffRsup [MAX1D]
real	InvRinf [MAX1D]
real	Radii [MAX1D]
real	GlobalRmed [MAX1D]
real	SigmaMed [MAX1D]
real	SigmaInf [MAX1D]
real	MassTaper
real	OmegaInv [MAX1D]
real	Rmed2 [MAX1D]
real	EnergyMed [MAX1D]
real	globpressvec [MAX1D]
real	globcsvec [MAX1D]
real	WaveKiller [MAX1D]
real	VthetaMed [MAX1D]
real	QplusMed [MAX1D]
real	CoolingTimeMed [MAX1D]
real	PebDensInit [MAX1D]
real	PebVradInit [MAX1D]
real	PebVthetaInit [MAX1D]
real	vt1D [MAX1D]
real	invdtpeb_sq
real	invdtreb_sq
real	SQRT_ADIABIND_INV
real	OmegaFrame
real	PhysicalTime =0.0
real	PhysicalTimeInitial
real	heatsrc [MAXPLANETS]
int	heatsrc_max
int	TimeStep =0
boolean	EnergyEq
boolean	StoreEnergy
boolean	ParametricCooling
boolean	Damping
boolean	DampVrad
boolean	DampInit
boolean	StellarIrradiation
boolean	InitFromFile
boolean	Write_Temperature
boolean	Write_Energy
boolean	Write_Divergence
boolean	Write_Qplus
boolean	Write_Qbalance
boolean	Collisions
boolean	WriteTorque
boolean	WriteTorqueMapFile
boolean	MonitorNPL
boolean	FeelDisk
boolean	Pebbles
boolean	Write_Eta
boolean	AccretHeating
boolean	BackReaction
boolean	ActualizeLuminosity
boolean	DiffusiveParticles
boolean	PrescribedAccretion
boolean	heatsrc_index [MAXPLANETS]
boolean	TorqueDensity
boolean	Merge
boolean	AdvecteLabel
boolean	FakeSequential
boolean	MonitorIntegral
boolean	debug
boolean	OnlyInit
boolean	GotoNextOutput
boolean	StoreSigma
boolean	ViscosityAlpha
boolean	RocheSmoothing
boolean	CentrifugalBalance
boolean	ExcludeHill
boolean	SloppyCFL
MPI_Status	fargostat
PolarGrid *	CellAbscissa
PolarGrid *	CellOrdinate
PolarGrid *	RhoStar
PolarGrid *	RhoInt
PolarGrid *	Temperature
PolarGrid *	Pressure
PolarGrid *	SoundSpeed
PolarGrid *	Qplus
PolarGrid *	Qminus
PolarGrid *	Qbalance
PolarGrid *	DivergenceVelocity
PolarGrid *	TAURR
PolarGrid *	TAURP
PolarGrid *	TAUPP
PolarGrid *	GasAccelrad
PolarGrid *	GasAcceltheta
PolarGrid *	DragForceRad
PolarGrid *	DragForceTheta
PolarGrid *	PebbleDens
PolarGrid *	PebbleVrad
PolarGrid *	PebbleVtheta
PolarGrid *	StokesNumber
PolarGrid *	GravAccelRad
PolarGrid *	GravAccelTheta
PolarGrid *	PebbleGravAccelRad
PolarGrid *	PebbleGravAccelTheta
PolarGrid *	Torque
boolean	LogGrid
boolean	OverridesOutputdir
char	NewOutputdir [1024]
FILE *	plout
FILE *	discard
FILE *	mergers

Detailed Description

Declares all global variables.

Used to construct automatically the file global_ex.h. The file global.h cannot contain any comment, as it would not be parsed correctly by varparser.pl

Definition in file global.h.

Variable Documentation

boolean AccretHeating

Definition at line 27 of file global.h.

Referenced by AccretePebblesOntoPlanets(), ImplicitRadiativeDiffusion(), ParametricAccretion(), and ReadVariables().

boolean ActualizeLuminosity

Definition at line 27 of file global.h.

boolean AdvecteLabel

Definition at line 29 of file global.h.

Referenced by AllocateComm(), CommunicateBoundaries(), merge(), OneWindRad(), OneWindTheta(), QuantitiesAdvection(), ReadVariables(), SendOutput(), TellEverything(), and Transport().

boolean BackReaction

Definition at line 27 of file global.h.

Referenced by ReadVariables(), SourceTermsPebbles(), and SubStep1().

PolarGrid* CellAbscissa

Definition at line 33 of file global.h.

Referenced by AccreteOntoPlanets(), AccretePebblesOntoPlanets(), FillForcesArrays(), and InitComputeAccel().

PolarGrid * CellOrdinate

Definition at line 33 of file global.h.

Referenced by AccreteOntoPlanets(), AccretePebblesOntoPlanets(), FillForcesArrays(), and InitComputeAccel().

boolean CentrifugalBalance

Definition at line 31 of file global.h.

Referenced by InitGasVelocity(), and main().

boolean Collisions

Definition at line 26 of file global.h.

Referenced by main(), ReadVariables(), RestartReboundSimulation(), SetupIntegratorParams(), and SetupReboundSimulation().

real CoolingTimeMed[MAX1D]

Definition at line 17 of file global.h.

Referenced by FillCoolingTime(), and SubStep3().

boolean CPU_Master

Definition at line 3 of file global.h.

Referenced by AdvanceSystemFromDisk(), CheckRebin(), ChessBoardIndexing(), CreateTorqueMapInfile(), DiscardParticlesDist(), DumpOmegaFrame(), DumpSources(), EmptyPlanetSystemFile(), FillPolar1DArrays(), InitPebblesViaFlux(), InitPlanetarySystem(), ListPlanets(), main(), mastererr(), masterprint(), merge(), OutputNbodySimulation(), ReadPrevDim(), ResolveCollisions(), RestartReboundSimulation(), SendOutput(), TellEverything(), WriteBigPlanetFile(), WriteDim(), WriteDiskPolar(), and WritePlanetFile().

int CPU_Number

Definition at line 2 of file global.h.

Referenced by AdvanceSystemFromDisk(), ApplyOuterSourceMass(), ChessBoardIndexing(), CommunicateBoundaries(), DampingTW04(), FindOrbitalElements(), GasMomentum(), GasTotalEnergy(), GasTotalMass(), ImplicitRadiativeDiffusion(), ImposeKeplerianEdges(), InitPebblesViaFlux(), main(), MakeDir(), merge(), mpi_make1Dprofile(), NonReflectingBoundary(), OutputElements(), ReadfromAsciiFile(), ReadfromFile(), SendOutput(), SplitDomain(), SuccessiveOverrelaxation(), SynchronizeOverlapFields(), SynchronizePebbleDisc(), UpdateLog(), and WriteDiskPolar().

int CPU_Rank

Definition at line 1 of file global.h.

Referenced by AllocateComm(), ApplyOuterSourceMass(), ChessBoardIndexing(), CommunicateBoundaries(), ConditionCFL(), FindOrbitalElements(), fopenp(), GasMomentum(), GasTotalEnergy(), GasTotalMass(), handfpe(), ImplicitRadiativeDiffusion(), ImposeKeplerianEdges(), main(), MakeDir(), mpi_make1Dprofile(), NonReflectingBoundary(), OpenBoundary(), OutputElements(), ReadfromAsciiFile(), ReadfromFile(), SplitDomain(), SynchronizeOverlapFields(), UpdateLog(), and WriteDiskPolar().

boolean Damping

Definition at line 24 of file global.h.

Referenced by ApplyBoundaryCondition(), InitEuler(), ReadVariables(), and SubStep1().

boolean DampInit

Definition at line 24 of file global.h.

Referenced by DampingBoundary(), InitEuler(), Initialization(), and ReadVariables().

boolean DampVrad

Definition at line 24 of file global.h.

Referenced by ReadVariables().

boolean debug

Definition at line 29 of file global.h.

Referenced by ConditionCFL(), main(), and SplitDomain().

boolean DiffusiveParticles

Definition at line 27 of file global.h.

Referenced by AlgoGas(), and ReadVariables().

FILE * discard

Definition at line 44 of file global.h.

Referenced by DiscardParticlesDist(), main(), RestartReboundSimulation(), and SetupReboundSimulation().

PolarGrid* DivergenceVelocity

Definition at line 36 of file global.h.

Referenced by ImplicitRadiativeDiffusion(), InitViscosity(), SendOutput(), SubStep3(), and UpdateDivVelocAndStressTensor().

PolarGrid * DragForceRad

Definition at line 37 of file global.h.

Referenced by InitPebbleArrays(), SourceTermsPebbles(), and SubStep1().

PolarGrid * DragForceTheta

Definition at line 37 of file global.h.

Referenced by InitPebbleArrays(), SourceTermsPebbles(), and SubStep1().

boolean EnergyEq

Definition at line 24 of file global.h.

Referenced by AlgoGas(), AllocateComm(), ApplyBoundaryCondition(), CommunicateBoundaries(), ComputePressureField(), ComputeSoundSpeed(), ComputeTemperatureField(), InitEuler(), Initialization(), main(), OneWindRad(), OneWindTheta(), QuantitiesAdvection(), ReadVariables(), SubStep2(), and TellEverything().

real EnergyMed[MAX1D]

Definition at line 16 of file global.h.

Referenced by DampingBoundary(), FillEnergy(), InitGasDensityEnergy(), NonReflectingBoundary(), RefillEnergy(), and SubStep3().

boolean ExcludeHill

Definition at line 31 of file global.h.

Referenced by FillForcesArrays(), and ReadVariables().

boolean FakeSequential

Definition at line 29 of file global.h.

Referenced by GasMomentum(), GasTotalEnergy(), GasTotalMass(), and main().

MPI_Status fargostat

Definition at line 32 of file global.h.

Referenced by ChessBoardIndexing(), CommunicateBoundaries(), GasMomentum(), GasTotalEnergy(), GasTotalMass(), MakeDir(), mpi_make1Dprofile(), ReadfromAsciiFile(), ReadfromFile(), and SynchronizeOverlapFields().

boolean FeelDisk

Definition at line 26 of file global.h.

Referenced by ReadVariables(), RestartReboundSimulation(), and SetupReboundSimulation().

PolarGrid* GasAccelrad

Definition at line 37 of file global.h.

Referenced by InitPebbleArrays(), SubStep1(), and SubStep1Pebbles().

PolarGrid * GasAcceltheta

Definition at line 37 of file global.h.

Referenced by InitPebbleArrays(), SubStep1(), and SubStep1Pebbles().

int GLOBALNRAD

Definition at line 10 of file global.h.

Referenced by CheckRebin(), CreateTorqueMapInfile(), FillPolar1DArrays(), GetGlobalIFrac(), InitGasVelocity(), mpi_make1Dprofile(), SplitDomain(), and WriteDim().

real GlobalRmed[MAX1D]

Definition at line 13 of file global.h.

Referenced by CheckRebin(), CreateTorqueMapInfile(), FillPolar1DArrays(), FViscosity(), GetGlobalIFrac(), and InitGasVelocity().

real globcsvec[MAX1D]

Definition at line 16 of file global.h.

Referenced by ComputeSoundSpeed(), and FViscosity().

real globpressvec[MAX1D]

Definition at line 16 of file global.h.

Referenced by InitGasVelocity().

boolean GotoNextOutput

Definition at line 30 of file global.h.

Referenced by main().

PolarGrid* GravAccelRad

Definition at line 39 of file global.h.

Referenced by FillForcesArrays(), InitEuler(), and SubStep1().

PolarGrid * GravAccelTheta

Definition at line 39 of file global.h.

Referenced by FillForcesArrays(), InitEuler(), and SubStep1().

real heatsrc[MAXPLANETS]

Definition at line 21 of file global.h.

Referenced by AccretePebblesOntoPlanets(), ImplicitRadiativeDiffusion(), and ParametricAccretion().

boolean heatsrc_index[MAXPLANETS]

Definition at line 28 of file global.h.

Referenced by AccretePebblesOntoPlanets(), ImplicitRadiativeDiffusion(), and ParametricAccretion().

int heatsrc_max

Definition at line 22 of file global.h.

Referenced by AccretePebblesOntoPlanets(), ImplicitRadiativeDiffusion(), and ParametricAccretion().

int IMAX

Definition at line 5 of file global.h.

Referenced by SplitDomain().

int IMIN

Definition at line 4 of file global.h.

Referenced by FillPolar1DArrays(), InitGasVelocity(), mpi_make1Dprofile(), ReadfromAsciiFile(), ReadfromFile(), and SplitDomain().

boolean InitFromFile

Definition at line 25 of file global.h.

Referenced by Initialization(), and ReadVariables().

real InvDiffRmed[MAX1D]

Definition at line 12 of file global.h.

Referenced by ComputeStarRad(), FillPolar1DArrays(), ImplicitRadiativeDiffusion(), ParticleDiffusion(), SubStep1(), SubStep2(), TemperatureGradient(), UpdateDivVelocAndStressTensor(), and UpdateVelocityWithViscousTerms().

real InvDiffRsup[MAX1D]

Definition at line 13 of file global.h.

Referenced by CalculateFlaring(), FillPolar1DArrays(), ImplicitRadiativeDiffusion(), SubStep2(), UpdateDivVelocAndStressTensor(), and UpdateVelocityWithViscousTerms().

real invdtpeb_sq

Definition at line 19 of file global.h.

Referenced by ConditionCFL(), and CriticalCharTime().

real invdtreb_sq

Definition at line 19 of file global.h.

Referenced by ConditionCFL(), and MinStepForRebound().

real InvRinf[MAX1D]

Definition at line 13 of file global.h.

Referenced by FillPolar1DArrays(), SourceTermsPebbles(), SubStep1(), UpdateDivVelocAndStressTensor(), and UpdateVelocityWithViscousTerms().

real InvRmed[MAX1D]

Definition at line 12 of file global.h.

Referenced by AccretePebblesOntoPlanets(), CalculateFlaring(), ComputeResiduals(), ConditionCFL(), FillForcesArrays(), FillPolar1DArrays(), UpdateDivVelocAndStressTensor(), and UpdateVelocityWithViscousTerms().

real InvSurf[MAX1D]

Definition at line 12 of file global.h.

Referenced by FillPolar1DArrays(), and VanLeerRadial().

boolean LogGrid

Definition at line 41 of file global.h.

Referenced by FillPolar1DArrays(), and ReadVariables().

real MassTaper

Definition at line 14 of file global.h.

Referenced by AlgoGas(), and FillForcesArrays().

int Max_or_active

Definition at line 7 of file global.h.

Referenced by AccreteOntoPlanets(), AccretePebblesOntoPlanets(), ConditionCFL(), CriticalCharTime(), DampingBoundary(), DampingTW04(), DampPebbles(), FillForcesArrays(), GasMomentum(), GasTotalEnergy(), GasTotalMass(), mpi_make1Dprofile(), SetWaveKillingZones(), SplitDomain(), and ThicknessSmoothing().

int MaxMO_or_active

Definition at line 9 of file global.h.

Referenced by ConditionCFL(), ImplicitRadiativeDiffusion(), SplitDomain(), and SuccessiveOverrelaxation().

boolean Merge

Definition at line 29 of file global.h.

Referenced by AdvanceSystemFromDisk(), InitPebblesViaFlux(), main(), and SendOutput().

FILE * mergers

Definition at line 44 of file global.h.

Referenced by main(), ResolveCollisions(), RestartReboundSimulation(), and SetupReboundSimulation().

boolean MonitorIntegral

Definition at line 29 of file global.h.

Referenced by main().

boolean MonitorNPL

Definition at line 26 of file global.h.

Referenced by main(), and ReadVariables().

char NewOutputdir[1024]

Definition at line 43 of file global.h.

Referenced by main(), and ReadVariables().

real OmegaFrame

Definition at line 20 of file global.h.

Referenced by AccreteOntoPlanets(), AccretePebblesOntoPlanets(), AlgoGas(), BckpFieldsForBC(), ComputeLRMomenta(), ComputeVelocities(), DampingBoundary(), DampPebbles(), DumpOmegaFrame(), EtaPressureSupport(), FillVtheta(), GasMomentum(), GasTotalEnergy(), ImposeKeplerianEdges(), InitGasVelocity(), InitPebblesViaFlux(), main(), SourceTermsPebbles(), SubStep1(), WriteBigPlanetFile(), and WritePlanetFile().

real OmegaInv[MAX1D]

Definition at line 15 of file global.h.

Referenced by AccretePebblesOntoPlanets(), CalculateFlaring(), FillForcesArrays(), FillPolar1DArrays(), ImplicitRadiativeDiffusion(), MidplaneVolumeDensity(), SourceTermsPebbles(), SubStep1Pebbles(), and ThicknessSmoothing().

int One_or_active

Definition at line 8 of file global.h.

Referenced by ConditionCFL(), CriticalCharTime(), ImplicitRadiativeDiffusion(), SplitDomain(), and SuccessiveOverrelaxation().

boolean OnlyInit

Definition at line 29 of file global.h.

Referenced by main().

boolean OverridesOutputdir

Definition at line 42 of file global.h.

Referenced by main(), and ReadVariables().

boolean ParametricCooling

Definition at line 24 of file global.h.

Referenced by InitEuler(), InitGasVelocity(), ReadVariables(), SubStep3(), and TellEverything().

PolarGrid* PebbleDens

Definition at line 38 of file global.h.

Referenced by AccretePebblesOntoPlanets(), BckpFieldsForBC(), DetectCrashPebbles(), EvolvePebbleDisk(), InitPebbleArrays(), InitPebblesViaFlux(), ParticleDiffusion(), RestartPebbleDisk(), SourceTermsPebbles(), SynchronizePebbleDisc(), and WritePebbles().

PolarGrid * PebbleGravAccelRad

Definition at line 39 of file global.h.

Referenced by FillForcesArrays(), InitEuler(), and SourceTermsPebbles().

PolarGrid * PebbleGravAccelTheta

Definition at line 39 of file global.h.

Referenced by FillForcesArrays(), InitEuler(), and SourceTermsPebbles().

boolean Pebbles

Definition at line 27 of file global.h.

Referenced by AlgoGas(), ConditionCFL(), FillForcesArrays(), InitEuler(), Initialization(), merge(), ReadVariables(), SendOutput(), and SubStep1().

PolarGrid * PebbleVrad

Definition at line 38 of file global.h.

Referenced by AccretePebblesOntoPlanets(), BckpFieldsForBC(), CriticalCharTime(), EvolvePebbleDisk(), InitPebbleArrays(), InitPebblesViaFlux(), ParticleDiffusion(), RestartPebbleDisk(), SourceTermsPebbles(), SubStep1Pebbles(), SynchronizePebbleDisc(), and WritePebbles().

PolarGrid * PebbleVtheta

Definition at line 38 of file global.h.

Referenced by AccretePebblesOntoPlanets(), BckpFieldsForBC(), CorrectPebblesVtheta(), CriticalCharTime(), EvolvePebbleDisk(), InitPebbleArrays(), InitPebblesViaFlux(), ParticleDiffusion(), RestartPebbleDisk(), SourceTermsPebbles(), SubStep1Pebbles(), SynchronizePebbleDisc(), and WritePebbles().

real PebDensInit[MAX1D]

Definition at line 18 of file global.h.

Referenced by BckpFieldsForBC(), DampPebbles(), and InitPebblesViaFlux().

real PebVradInit[MAX1D]

Definition at line 18 of file global.h.

Referenced by BckpFieldsForBC(), DampPebbles(), and InitPebblesViaFlux().

real PebVthetaInit[MAX1D]

Definition at line 18 of file global.h.

Referenced by BckpFieldsForBC(), DampPebbles(), and InitPebblesViaFlux().

real PhysicalTime =0.0

Definition at line 20 of file global.h.

Referenced by AccretePebblesOntoPlanets(), AdvanceSystemRebound(), AlgoGas(), AspectRatio(), DiscardParticlesDist(), FindOrbitalElements(), FViscosity(), main(), OutputElements(), ParametricAccretion(), RestartReboundSimulation(), UpdateLog(), WriteBigPlanetFile(), and WritePlanetFile().

real PhysicalTimeInitial

Definition at line 20 of file global.h.

Referenced by AspectRatio(), FViscosity(), and main().

FILE* plout

Definition at line 44 of file global.h.

Referenced by main(), OutputElements(), RestartReboundSimulation(), and SetupReboundSimulation().

boolean PrescribedAccretion

Definition at line 27 of file global.h.

Referenced by AlgoGas(), and ReadVariables().

PolarGrid * Pressure

Definition at line 35 of file global.h.

Referenced by ComputePressureField(), ComputeTemperatureField(), CreateTorqueMapInfile(), InitEuler(), InitGasVelocity(), and SubStep1().

PolarGrid * Qbalance

Definition at line 35 of file global.h.

Referenced by ActualizeQbalance(), InitRadiatDiffusionFields(), and SendOutput().

PolarGrid * Qminus

Definition at line 35 of file global.h.

Referenced by ActualizeQbalance(), CalculateQminus(), ImplicitRadiativeDiffusion(), and InitRadiatDiffusionFields().

PolarGrid * Qplus

Definition at line 35 of file global.h.

Referenced by ActualizeQbalance(), ImplicitRadiativeDiffusion(), InitEuler(), InitQplus(), SendOutput(), and SubStep3().

real QplusMed[MAX1D]

Definition at line 17 of file global.h.

Referenced by FillQplus(), and SubStep3().

real Radii[MAX1D]

Definition at line 13 of file global.h.

Referenced by CheckRebin(), FillPolar1DArrays(), and InitGasVelocity().

PolarGrid * RhoInt

Definition at line 34 of file global.h.

Referenced by InitEuler(), OneWindRad(), OneWindRadPebbles(), QuantitiesAdvection(), QuantitiesAdvectionPebbles(), SubStep2(), VanLeerRadial(), and VanLeerTheta().

PolarGrid* RhoStar

Definition at line 34 of file global.h.

Referenced by InitEuler(), OneWindRad(), OneWindRadPebbles(), QuantitiesAdvection(), QuantitiesAdvectionPebbles(), VanLeerRadial(), and VanLeerTheta().

real Rinf[MAX1D]

Definition at line 11 of file global.h.

Referenced by AccreteOntoPlanets(), AccretePebblesOntoPlanets(), ApplyOuterSourceMass(), CalculateFlaring(), ConditionCFL(), CriticalCharTime(), DampingTW04(), FillPolar1DArrays(), FillSigma(), GasTotalEnergy(), ImplicitRadiativeDiffusion(), InitGasVelocity(), NonReflectingBoundary(), ParametricAccretion(), ParticleDiffusion(), RefillSigma(), SourceTermsPebbles(), SubStep1(), ThicknessSmoothing(), UpdateDivVelocAndStressTensor(), UpdateVelocityWithViscousTerms(), VanLeerRadial(), and VanLeerTheta().

real Rmed[MAX1D]

Definition at line 11 of file global.h.

Referenced by AccreteOntoPlanets(), AccretePebblesOntoPlanets(), BckpFieldsForBC(), CalculateFlaring(), ComputeLRMomenta(), ComputeResiduals(), ComputeSoundSpeed(), ComputeStarRad(), ComputeStarTheta(), ComputeVelocities(), ConditionCFL(), CorrectVtheta(), CriticalCharTime(), DampingBoundary(), DampPebbles(), EtaPressureSupport(), FillCoolingTime(), FillEnergy(), FillForcesArrays(), FillPolar1DArrays(), FillQplus(), FillSigma(), FillVtheta(), GasMomentum(), GasTotalEnergy(), ImplicitRadiativeDiffusion(), ImposeKeplerianEdges(), InitComputeAccel(), InitGasVelocity(), InitLabel(), InitPebblesViaFlux(), NonReflectingBoundary(), ParticleDiffusion(), RefillSigma(), SetWaveKillingZones(), SubStep1(), SubStep2(), SubStep3(), TemperatureGradient(), UpdateDivVelocAndStressTensor(), and UpdateVelocityWithViscousTerms().

real Rmed2[MAX1D]

Definition at line 15 of file global.h.

Referenced by CalculateQirr(), FillForcesArrays(), and FillPolar1DArrays().

boolean RocheSmoothing

Definition at line 30 of file global.h.

Referenced by ReadVariables().

real Rsup[MAX1D]

Definition at line 11 of file global.h.

Referenced by AccreteOntoPlanets(), AccretePebblesOntoPlanets(), CalculateFlaring(), ConditionCFL(), CriticalCharTime(), DampingTW04(), FillPolar1DArrays(), GasTotalEnergy(), ParametricAccretion(), ThicknessSmoothing(), UpdateDivVelocAndStressTensor(), UpdateVelocityWithViscousTerms(), VanLeerRadial(), and VanLeerTheta().

real SigmaInf[MAX1D]

Definition at line 14 of file global.h.

Referenced by FillSigma(), InitGasVelocity(), and RefillSigma().

real SigmaMed[MAX1D]

Definition at line 14 of file global.h.

Referenced by ApplyOuterSourceMass(), DampingBoundary(), FillSigma(), InitGasDensityEnergy(), NonReflectingBoundary(), OpenBoundary(), RefillSigma(), and SubStep3().

boolean SloppyCFL

Definition at line 31 of file global.h.

Referenced by AlgoGas(), and main().

PolarGrid * SoundSpeed

Definition at line 35 of file global.h.

Referenced by AccretePebblesOntoPlanets(), CalculateFlaring(), ComputePressureField(), ComputeSoundSpeed(), ConditionCFL(), CreateTorqueMapInfile(), DampingTW04(), FillForcesArrays(), ImplicitRadiativeDiffusion(), InitEuler(), InitGasVelocity(), MidplaneVolumeDensity(), NonReflectingBoundary(), ParametricAccretion(), ThicknessSmoothing(), and UpdateLog().

real SQRT_ADIABIND_INV

Definition at line 19 of file global.h.

Referenced by AccretePebblesOntoPlanets(), CalculateFlaring(), FillForcesArrays(), ImplicitRadiativeDiffusion(), InitEuler(), MidplaneVolumeDensity(), PebbleStokesNumbers(), ThicknessSmoothing(), and UpdateLog().

boolean StellarIrradiation

Definition at line 24 of file global.h.

Referenced by EffectiveOpticalDepth(), ImplicitRadiativeDiffusion(), and ReadVariables().

PolarGrid * StokesNumber

Definition at line 38 of file global.h.

Referenced by AccretePebblesOntoPlanets(), FillForcesArrays(), InitPebbleArrays(), InitPebblesViaFlux(), PebbleStokesNumbers(), SourceTermsPebbles(), and SubStep1Pebbles().

boolean StoreEnergy

Definition at line 24 of file global.h.

Referenced by main().

boolean StoreSigma

Definition at line 30 of file global.h.

Referenced by main().

real Surf[MAX1D]

Definition at line 11 of file global.h.

Referenced by AccreteOntoPlanets(), AccretePebblesOntoPlanets(), FillForcesArrays(), FillPolar1DArrays(), GasMomentum(), GasTotalEnergy(), GasTotalMass(), ParametricAccretion(), and VanLeerTheta().

PolarGrid * TAUPP

Definition at line 36 of file global.h.

Referenced by InitViscosity(), SubStep3(), UpdateDivVelocAndStressTensor(), and UpdateVelocityWithViscousTerms().

PolarGrid * TAURP

Definition at line 36 of file global.h.

Referenced by InitViscosity(), SubStep3(), UpdateDivVelocAndStressTensor(), and UpdateVelocityWithViscousTerms().

PolarGrid * TAURR

Definition at line 36 of file global.h.

Referenced by InitViscosity(), SubStep3(), UpdateDivVelocAndStressTensor(), and UpdateVelocityWithViscousTerms().

PolarGrid* Temperature

Definition at line 35 of file global.h.

Referenced by AlgoGas(), CalculateQminus(), ComputeTemperatureField(), CreateTorqueMapInfile(), DiffusionCoefs(), ImplicitRadiativeDiffusion(), InitEuler(), IterateRelaxationParameter(), OpacityProfile(), SendOutput(), SuccessiveOverrelaxation(), and TemperatureGradient().

int TimeStep =0

Definition at line 23 of file global.h.

Referenced by AdvanceSystemFromDisk(), and main().

PolarGrid* Torque

Definition at line 40 of file global.h.

Referenced by AdvanceSystemFromDisk(), FillForcesArrays(), and InitEuler().

boolean TorqueDensity

Definition at line 28 of file global.h.

Referenced by FillForcesArrays(), InitEuler(), main(), and ReadVariables().

boolean ViscosityAlpha

Definition at line 30 of file global.h.

Referenced by CreateTorqueMapInfile(), FViscosity(), InitGasVelocity(), and ReadVariables().

real vt1D[MAX1D]

Definition at line 19 of file global.h.

Referenced by AccretePebblesOntoPlanets().

real VthetaMed[MAX1D]

Definition at line 16 of file global.h.

Referenced by DampingBoundary(), and FillVtheta().

real WaveKiller[MAX1D]

Definition at line 16 of file global.h.

Referenced by DampingBoundary(), DampPebbles(), and SetWaveKillingZones().

boolean Write_Divergence

Definition at line 25 of file global.h.

Referenced by merge(), ReadVariables(), and SendOutput().

boolean Write_Energy

Definition at line 25 of file global.h.

Referenced by merge(), ReadVariables(), and SendOutput().

boolean Write_Eta

Definition at line 27 of file global.h.

Referenced by merge(), ReadVariables(), and WritePebbles().

boolean Write_Qbalance

Definition at line 25 of file global.h.

Referenced by InitRadiatDiffusionFields(), merge(), ReadVariables(), and SendOutput().

boolean Write_Qplus

Definition at line 25 of file global.h.

Referenced by merge(), ReadVariables(), and SendOutput().

boolean Write_Temperature

Definition at line 25 of file global.h.

Referenced by merge(), ReadVariables(), and SendOutput().

boolean WriteTorque

Definition at line 26 of file global.h.

Referenced by main(), and ReadVariables().

boolean WriteTorqueMapFile

Definition at line 26 of file global.h.

Referenced by main(), and ReadVariables().

int Zero_or_active

Definition at line 6 of file global.h.

Referenced by AccreteOntoPlanets(), AccretePebblesOntoPlanets(), ConditionCFL(), DampingBoundary(), DampingTW04(), DampPebbles(), FillForcesArrays(), GasMomentum(), GasTotalEnergy(), GasTotalMass(), mpi_make1Dprofile(), SetWaveKillingZones(), SplitDomain(), and ThicknessSmoothing().