####### Case Information #######
Restart = False
InputFile = ../Grids/Scalar2d_CircleBoundaryLayer.gri
SavePrefix = OUT/Scalar2d_CircleBoundaryLayer_Adapt_TEST
BCFile = BCFile/Scalar2d_CircleBoundaryLayer
FuncFile = FuncFile/Scalar2d_CircleBoundaryLayer
BasisType = Hierarchical
SolutionOrder = 1
PSequencing = False
CheckTruthMetricFileRoot = TrueMetric/Scalar2d_CircleBoundaryLayer_Adapt_TEST
####### General Solver Information #######
nIter = 100
NonlinearResidual = 1e-11
UnderRelaxFactor = 1.0
NonlinearSolver = Newton
####### Linear Solver Information #######
GMRES_Inner = 200
GMRES_Outer = 20
Preconditioner = ILU
PreconditionerSide = Left
ReorderingType = MDF
####### Equation Set Specific #######
EquationSet = Scalar2d
SourceFunction = ScalarCircleBoundaryLayerSource
Viscosity = 1e-2
ViscEtaParameter = 3.0
VelocityFunction = VortexFlow
PhysicalRequirement = False
InitState = 1.0
###### Temporal parameters #######
CFLStart = 1e30
CFLMax = 1e30
####### Output Parameters #######
#Verbosity = Verbose
QuadratureOrder = -1
####### ErrEst Parameters #######
PatchReconstructionH1 = False
NonlinearSmoother = Newton
SolvePrimalTruthSurrogate = False
SolveAdjointTruthSurrogate = True
NonlinearSmootherResidual = 1e-6
AdjointSmootherResidual = 1e-6
####### Adjoint #######
Adjoint = Heat
InitAdjState = 0.0
#ConcurrentAdjoint = True
##### Adaptation specific #####
AdaptFlag = True
AdaptIter = 2
AdaptSpace = hp
AdaptMethod = FixedFraction
OutputAdapted = Heat
AnisotropyMethod = Hessian
Hessian_ScalarType = 0
CurvedMeshType = Circle
AdaptAggressiveness = 0.4
#Hessian_RefSpace = True
TargetDofIncreaseFactor = 1.25;
InitialTargetDof = 10000