numTimeSteps = 1 
TimeStep = 330.000000 

NumberOfMeshes = 1 
DoD = 0.1 
ICP = 4.12 
scaleY = TRUE 
ConvectiveCoeff = 0.5 
 FirstTime = TRUE 
NumChartranZones = 5 
NumCCPZones = 5 
NumCCNZones = 5 
NumPouchZones = 0 

Mesh{ 
FileName ="Cell-zones1.e" 
MeshName ="Battery" 
MeshType ="libMesh" 
dim = 3 
x_offset = 0.0 
y_offset = 0.0 
z_offset = 0.0 
} 

ElectricalBVPOperator { 
  name="LinearBVPOperator" 
  print_info_level = 1 
  VolumeOperator="PoissonBatteryOperator" 
  BoundaryOperator="ElectricalBoundaryOperator" 
} 
PoissonBatteryOperator{ 
   name="PoissonElectricFEOperator" 
   InputVariable = "Potential" 
   OutputVariable = "Potential" 
   print_info_level = 3 
   numdomains = 15 
   Prefactor_0 = 1.000000 
   Conductivity_0_0 = 0.000000 
   Conductivity_0_1 = 0.000000 
   Conductivity_0_2 = 0.004055 
   Prefactor_1 = 1.000000 
   Conductivity_1_0 = 0.000000 
   Conductivity_1_1 = 0.000000 
   Conductivity_1_2 = 0.004055 
   Prefactor_2 = 1.000000 
   Conductivity_2_0 = 0.000000 
   Conductivity_2_1 = 0.000000 
   Conductivity_2_2 = 0.004055 
   Prefactor_3 = 1.000000 
   Conductivity_3_0 = 0.000000 
   Conductivity_3_1 = 0.000000 
   Conductivity_3_2 = 0.004055 
   Prefactor_4 = 1.000000 
   Conductivity_4_0 = 0.000000 
   Conductivity_4_1 = 0.000000 
   Conductivity_4_2 = 0.004055 
   Prefactor_5 = 1.000000 
   Conductivity_5_0 = 38300000.000000 
   Conductivity_5_1 = 38300000.000000 
   Conductivity_5_2 = 38300000.000000 
   Prefactor_6 = 1.000000 
   Conductivity_6_0 = 38300000.000000 
   Conductivity_6_1 = 38300000.000000 
   Conductivity_6_2 = 38300000.000000 
   Prefactor_7 = 1.000000 
   Conductivity_7_0 = 38300000.000000 
   Conductivity_7_1 = 38300000.000000 
   Conductivity_7_2 = 38300000.000000 
   Prefactor_8 = 1.000000 
   Conductivity_8_0 = 38300000.000000 
   Conductivity_8_1 = 38300000.000000 
   Conductivity_8_2 = 38300000.000000 
   Prefactor_9 = 1.000000 
   Conductivity_9_0 = 38300000.000000 
   Conductivity_9_1 = 38300000.000000 
   Conductivity_9_2 = 38300000.000000 
   Prefactor_10 = 1.000000 
   Conductivity_10_0 = 63300000.000000 
   Conductivity_10_1 = 63300000.000000 
   Conductivity_10_2 = 63300000.000000 
   Prefactor_11 = 1.000000 
   Conductivity_11_0 = 63300000.000000 
   Conductivity_11_1 = 63300000.000000 
   Conductivity_11_2 = 63300000.000000 
   Prefactor_12 = 1.000000 
   Conductivity_12_0 = 63300000.000000 
   Conductivity_12_1 = 63300000.000000 
   Conductivity_12_2 = 63300000.000000 
   Prefactor_13 = 1.000000 
   Conductivity_13_0 = 63300000.000000 
   Conductivity_13_1 = 63300000.000000 
   Conductivity_13_2 = 63300000.000000 
   Prefactor_14 = 1.000000 
   Conductivity_14_0 = 63300000.000000 
   Conductivity_14_1 = 63300000.000000 
   Conductivity_14_2 = 63300000.000000 
  PoissonElement { 
    name="PoissonElectricElement" 
    print_info_level = 3 
    FE_ORDER = "FIRST"   
    FE_FAMILY = "LAGRANGE" 
    QRULE_TYPE = "QGAUSS" 
    QRULE_ORDER = "DEFAULT" 
  } 
  LocalModel="BatteryTransportModel" 
 } 
 ElectricalBoundaryOperator{ 
   name="ColumnBoundaryOperator"
   numberOfBoundaryOperators  = 2
   boundaryOperators="DirichletMatrixCorrection","NeumannVectorCorrection"
 } 
 NeumannVectorCorrection{ 
   name="NeumannVectorCorrection"
   skip_params = FALSE
   print_info_level = 3
   number_of_ids    = 1
   id_0             = 1
   number_of_dofs_0 = 1
   dof_0_0          = 0
   value_0_0        = 42000.000000 
 } 
 DirichletMatrixCorrection{ 
   name="DirichletMatrixCorrection"
   skip_params = FALSE
   print_info_level = 3
   skip_set_boundary_ids = FALSE
   skip_rhs_correction = FALSE
   skip_rhs_add_correction = FALSE
   number_of_ids    = 1
   id_0             = 2
   number_of_dofs_0 = 1
   dof_0_0          = 0
   value_0_0        = 0.0
 } 
 BatteryTransportModel { 
    name="BatteryTransportModel" 
    Property = "ThermalConductivity" 
    Conductivity = 1.0 
    print_info_level = 3 
 } 
LinearSolver{ 
 print_info_level = 3
   zero_initial_guess = TRUE
   max_iterations = 30
   max_error = 1e-10
   ksp_type = "cg"
   absolute_tolerance = 1.0e-12
   relative_tolerance = 1.0e-10
   divergence_tolerance = 1.0e03
   max_krylov_dimension = 40
   uses_preconditioner=TRUE
   pc_type = "shell"
   pc_side = "LEFT"
   KSPOptions = "-ksp_monitor -ksp_converged_reason -ksp_max_it 30"
 Preconditioner{ 
 print_info_level = 1 
 PDE_equations = 1 
 max_levels = 1 
 max_iterations = 1 
 max_error = 1.0e-20 
 increasingordecreasing = "increasing" 
 aggregationtype = "Uncoupled" 
 smoothertype = "Chebyshev" 
 smoother_sweeps = 3 
 smoother_preorpost = "both" 
 coarse_type="Amesos-KLU" 
 } 
}