Public Attributes
int	VERSION

int	PROBLEM_TYPE

char *	GEOFILE

char *	BNDFILE

char *	GEOFILE_INTL

char *	BNDFILE_INTL

char *	MAPFILE

char *	OUTFILE

char *	PODFILE

int	SAVESOL

char *	BASENAME

char *	VTKBASENAME

char *	PSBASENAME

char *	GRAPEBASENAME

char *	GNUBASENAME

char *	READGRAPEBASENAME

char *	GMVBASENAME

char *	MATLABBASENAME

char *	OUTPUTDIR

char *	SAVE_DATA_FILENAME

char *	READ_DATA_FILENAME

char *	MATLAB_MATRIX

char *	SMESHFILE

char *	POD_FILENAME

char *	SNAP_FILENAME

int	PRECOND_LS

int	SOLVER_TYPE

int	WRITE_PS

int	WRITE_GRAPE

int	WRITE_GNU

int	WRITE_GMV

int	WRITE_AMIRA

int	WRITE_VTK

int	WRITE_MATLAB

int	WRITE_MATLAB_MATRIX

int	SAVE_DATA

int	READ_DATA

int	READ_GRAPE_FILE

int	MEASURE_ERRORS

int	ESTIMATE_ERRORS

int	COMPUTE_VORTICITY_DIVERGENCE

int	MESH_TYPE

int	USE_PRM

int	timeprofiling

int	ANSATZ_ORDER

int	TEST_ORDER

int	VELOCITY_SPACE

int	PRESSURE_SPACE

int	PRESSURE_SEPARATION

int	EXAMPLE

int	OMPNUMTHREADS

int	LEVELS

int	UNIFORM_STEPS

double	DRIFT_X

double	DRIFT_Y

double	DRIFT_Z

int	NONLINEARIT_TYPE_NEWTON

int	REFINEMENT

int	GRID_TYPE

int	GRID_TYPE_1

int	GRID_TYPE_2

double	CHANNEL_GRID_STRETCH

int	MESHGEN_ALLOW_EDGE_REF

int	MESHGEN_REF_QUALITY

int	ADAPTIVE_REFINEMENT_CRITERION

int	ERROR_CONTROL

int	REFINE_STRATEGY

int	MAX_CELL_LEVEL

double	REFTOL

double	COARSETOL

double	MIN_FRACTION_TO_CHANGE

double	DECREASE_REFTOL_FACTOR

double	INCREASE_COARSETOL_FACTOR

double	FRACTION_OF_ERROR

int	CONVERT_QUAD_TO_TRI

int	N_CELL_LAYERS

int	DISCTYPE

int	USE_ISOPARAMETRIC

int	CELL_MEASURE

int	NC_TYPE

int	INTL_DISCTYPE

int	UPWIND_ORDER

double	UPWIND_FLUX_DAMP

int	UPWIND_APPLICATION

int	SHISHKIN_MESH

double	SHISHKIN_DIAM

int	WEAK_BC

double	FACE_SIGMA

double	WEAK_BC_SIGMA

double	TAU

double	TAU2

double	TAU3

int	SDFEM_TYPE

double	DELTA0

double	DELTA1

double	SDFEM_POWER0

int	SDFEM_NORM_B

double	ADJOINT_FACTOR_4_OMEGA_EQ_0

int	CIP_TYPE

int	SOLD_TYPE

int	SOLD_PARAMETER_TYPE

double	SOLD_CONST

double	SOLD_POWER

double	SOLD_S

double	SOLD_U0

int	SOLD_PARAMETER_SCALING

double	SOLD_PARAMETER_SCALING_FACTOR

int	NORMAL_ORIENTATION_QUAD [4]

int	NORMAL_ORIENTATION_TRIA [3]

int	NORMAL_ORIENTATION_TETRA [4]

int	NORMAL_ORIENTATION_HEXA [6]

int	LP_FULL_GRADIENT

int	LP_STREAMLINE

int	LP_DIVERGENCE

int	LP_PRESSURE

int	LP_CROSSWIND

int	LP_COEFF_TYPE

double	LP_FULL_GRADIENT_COEFF

double	LP_STREAMLINE_COEFF

double	LP_DIVERGENCE_COEFF

double	LP_PRESSURE_COEFF

double	LP_FULL_GRADIENT_EXPONENT

double	LP_STREAMLINE_EXPONENT

double	LP_DIVERGENCE_EXPONENT

double	LP_PRESSURE_EXPONENT

int	LP_ORDER_DIFFERENCE

int	LP_FULL_GRADIENT_ORDER_DIFFERENCE

int	LP_STREAMLINE_ORDER_DIFFERENCE

int	LP_DIVERGENCE_ORDER_DIFFERENCE

int	LP_PRESSURE_ORDER_DIFFERENCE

int	LP_CROSSWIND_COEFF_TYPE

double	LP_CROSSWIND_COEFF

double	LP_CROSSWIND_EXPONENT

int	SOLVE_ADJOINT_PROBLEM

int	SOLD_ADJOINT

int	N_STAGES_ADJOINT

int	SC_NONLIN_ITE_ADJOINT

int	OPTIMIZATION_ITE_TYPE_ADJOINT

int	BFGS_VECTORS_ADJOINT

int	PENALTY_ADJOINT

double	RELATIVE_DECREASE_ADJOINT

double	PENALTY_VALUE_AT_ZERO_ADJOINT

double	PENALTY_SMALLEST_PARAM_FAC_ADJOINT

double	PENALTY_LARGEST_PARAM_FAC_ADJOINT

double	WEIGHT_RESIDUAL_L1_ADJOINT

double	WEIGHT_RESIDUAL_L2_ADJOINT

double	WEIGHT_GRADIENT_L1_ADJOINT

double	WEIGHT_GRADIENT_L2_ADJOINT

double	WEIGHT_STREAM_DER_L1_ADJOINT

double	WEIGHT_STREAM_DER_ORTHO_L1_ADJOINT

double	WEIGHT_STREAM_DER_ORTHO_L1_SQRT_ADJOINT

double	REG_POINT_STREAM_DER_ORTHO_L1_SQRT_ADJOINT

double	MIN_VAL_ADJOINT

double	MAX_VAL_ADJOINT

double	MIN_MAX_EXPONENT_ONE_ADJOINT

double	MIN_MAX_EXPONENT_TWO_ADJOINT

double	MIN_MAX_FACTOR_ONE_ADJOINT

double	MIN_MAX_FACTOR_TWO_ADJOINT

double	WEIGHT_RESIDUAL_LP_ADJOINT

double	WEIGHT_RESIDUAL_EXP_LP_ADJOINT

double	WEIGHT_RESIDUAL_CW_ADJOINT

double	RESIDUAL_LP_ADJOINT

int	MIN_MAX_ADJOINT

int	INITIAL_STEEPEST_DESCENT_ADJOINT

int	SUPERCONVERGENCE_ORDER

double	REACTOR_P0

double	REACTOR_P1

double	REACTOR_P2

double	REACTOR_P3

double	REACTOR_P4

double	REACTOR_P5

double	REACTOR_P6

double	REACTOR_P7

double	REACTOR_P8

double	REACTOR_P9

double	REACTOR_P10

double	REACTOR_P11

double	REACTOR_P12

double	REACTOR_P13

double	REACTOR_P14

double	REACTOR_P15

double	REACTOR_P16

double	REACTOR_P17

double	REACTOR_P18

double	REACTOR_P19

double	REACTOR_P20

double	REACTOR_P21

double	REACTOR_P22

double	REACTOR_P23

double	REACTOR_P24

double	REACTOR_P25

double	REACTOR_P26

double	REACTOR_P27

double	REACTOR_P28

double	REACTOR_P29

double	REACTOR_P30

int	FEM_FCT_LINEAR_TYPE

int	FEM_FCT_PRELIMITING

int	FEM_FCT_GROUP_FEM

int	GROUP_FEM

int	WENO_TYPE

double	RE_NR

double	RA_NR

double	ROSSBY_NR

double	START_RE_NR

double	RE_NR_INCREMENT

int	FLOW_PROBLEM_TYPE

int	NSE_NONLINEAR_FORM

int	NSTYPE

int	LAPLACETYPE

int	DEFECT_CORRECTION_TYPE

double	OSEEN_ZERO_ORDER_COEFF

int	DARCYTYPE

double	SIGMA_PERM

double	FR_NR

double	WB_NR

double	PR_NR

double	PE_NR

double	BI_NR

double	WEI_NR

int	Axial3D

int	Axial3DAxis

double	FILTER_WIDTH_CONSTANT

double	FILTER_WIDTH_POWER

double	GAUSSIAN_GAMMA

int	CONVOLUTE_SOLUTION

int	TURBULENT_VISCOSITY_TYPE

int	TURBULENT_VISCOSITY_TENSOR

double	TURBULENT_VISCOSITY_CONSTANT

double	TURBULENT_VISCOSITY_POWER

double	TURBULENT_VISCOSITY_SIGMA

int	VMS_LARGE_VELOCITY_SPACE

int	VMS_COARSE_MG_SMAGO

double	VMS_ADAPT_LOWER

double	VMS_ADAPT_MIDDLE

double	VMS_ADAPT_UPPER

int	VMS_ADAPT_STEPS

int	VMS_ADAPT_COMP

double	ARTIFICIAL_VISCOSITY_CONSTANT

double	ARTIFICIAL_VISCOSITY_POWER

int	VMM_COARSE_LEVEL

int	VMM_COARSE_SPACE_ORDER

int	RFB_SUBMESH_LAYERS

double	FRICTION_CONSTANT

double	FRICTION_POWER

int	FRICTION_TYPE

double	FRICTION_U0

double	PENETRATION_CONSTANT

double	PENETRATION_POWER

int	DIV_DIV_STAB_TYPE

double	DIV_DIV_STAB_C1

double	DIV_DIV_STAB_C2

int	SC_NONLIN_ITE_TYPE_SCALAR

int	SC_NONLIN_MAXIT_SCALAR

double	SC_NONLIN_RES_NORM_MIN_SCALAR

double	SC_NONLIN_DAMP_FACTOR_SCALAR

int	SC_SOLVER_SCALAR

int	SC_PRECONDITIONER_SCALAR

int	SC_LIN_MAXIT_SCALAR

double	SC_LIN_RED_FACTOR_SCALAR

double	SC_LIN_RES_NORM_MIN_SCALAR

int	SC_FLEXIBLE_KRYLOV_SPACE_SOLVER

int	SC_LIN_MAXIT_SCALAR_SOLD

double	SC_LIN_RED_FACTOR_SCALAR_SOLD

double	SC_LIN_RES_NORM_MIN_SCALAR_SOLD

int	SC_MG_TYPE_SCALAR

int	SC_MG_CYCLE_SCALAR

int	SC_SMOOTHER_SCALAR

int	SC_PRE_SMOOTH_SCALAR

int	SC_POST_SMOOTH_SCALAR

double	SC_SMOOTH_DAMP_FACTOR_SCALAR

double	SC_SMOOTH_DAMP_FACTOR_FINE_SCALAR

double	SC_SMOOTH_DAMP_FACTOR_COARSE_SCALAR

int	SC_COARSE_SMOOTHER_SCALAR

int	SC_COARSE_MAXIT_SCALAR

double	SC_COARSE_RED_FACTOR_SCALAR

double	SC_GMG_DAMP_FACTOR_SCALAR

double	SC_GMG_DAMP_FACTOR_FINE_SCALAR

int	SC_FIRST_SOLUTION_LEVEL_SCALAR

int	SC_COARSEST_LEVEL_SCALAR

int	SC_STEP_LENGTH_CONTROL_FINE_SCALAR

int	SC_STEP_LENGTH_CONTROL_ALL_SCALAR

int	SC_NONLIN_ITE_TYPE_SADDLE

int	SC_NONLIN_MAXIT_SADDLE

double	SC_NONLIN_RES_NORM_MIN_SADDLE

double	SC_NONLIN_DAMP_FACTOR_SADDLE

int	SC_NONLIN_RES_NORM_MIN_SCALE_SADDLE

int	SC_SOLVER_SADDLE

int	SC_PRECONDITIONER_SADDLE

int	SC_LIN_MAXIT_SADDLE

double	SC_LIN_RED_FACTOR_SADDLE

double	SC_LIN_RES_NORM_MIN_SADDLE

int	SC_MG_TYPE_SADDLE

int	SC_MG_CYCLE_SADDLE

int	SC_SMOOTHER_SADDLE

int	SC_PRE_SMOOTH_SADDLE

int	SC_POST_SMOOTH_SADDLE

double	SC_SMOOTH_DAMP_FACTOR_SADDLE

double	SC_SMOOTH_DAMP_FACTOR_FINE_SADDLE

double	SC_SMOOTH_DAMP_FACTOR_COARSE_SADDLE

int	SC_COARSE_SMOOTHER_SADDLE

int	SC_COARSE_MAXIT_SADDLE

double	SC_COARSE_RED_FACTOR_SADDLE

double	SC_GMG_DAMP_FACTOR_SADDLE

double	SC_GMG_DAMP_FACTOR_FINE_SADDLE

int	SC_FIRST_SOLUTION_LEVEL_SADDLE

int	SC_COARSEST_LEVEL_SADDLE

int	SC_STEP_LENGTH_CONTROL_FINE_SADDLE

int	SC_STEP_LENGTH_CONTROL_ALL_SADDLE

int	SC_LARGEST_DIRECT_SOLVE

int	SC_DOWNWIND_TYPE

double	CC_ALPHA

double	CC_BETA

int	CC_MINCLUSTER

int	CC_MAXCLUSTER

int	CC_MAXDISTANCE

int	CC_MAXCONNECTIVITY

int	CC_DEPTHTARGET

int	CC_COARSENTARGET

double	CC_COARSENRATE

int	CC_MAJOR

int	CC_DEPENDENCY

double	CC_RESCALE

int	CC_VERBOSE

int	SC_SYSTEM_TYPE

int	SC_AMG_PREC_IT

double	SC_AMG_PREC_RED_FACTOR

int	SC_EX_MAXIT

int	SC_GMRES_RESTART

int	SC_LCD_START_VECTOR

double	SC_ILU_BETA

double	SC_SOR_OMEGA

double	SC_SMOOTHER_RED_FACTOR

double	SC_OMEGA_COARSE_0

double	SC_OMEGA_P_0

double	SC_ILUT_TOL

int	SC_ILUT_ABSOLUTE_FILLIN

double	SC_ILUT_RELATIVE_FILLIN

int	SC_ILUT_SORT

int	SC_SCHUR_INV_OF_A

int	SC_SCHUR_INV_OF_A_MAXIT

double	SC_SCHUR_ITERATION_DAMP

int	SC_SCHUR_ITERATION_MAXIT

int	SC_SCHUR_STEP_LENGTH_CONTROL

int	SC_MIXED_BCGS_CGS_SWITCH_TOL

double	SC_DIV_FACTOR

double	SC_NONLIN_DIV_FACTOR

int	SC_SMOOTHING_STEPS

int	SC_N1_PARAM

int	SC_N2_PARAM

int	SC_MINIT

double	SC_VAS_LAZ_DELTA

int	SC_ROW_EQUILIBRATION

int	SC_VERBOSE

int	SC_VERBOSE_AMG

int	SC_BRAESS_SARAZIN_MATRIX

double	SC_BRAESS_SARAZIN_ALPHA

double	CHAR_L0

double	D_VISCOSITY

double	SURF_TENSION

double	IMPACT_ANGLE

double	Area

double	P0

double	P1

double	P2

double	P3

double	P4

double	P5

double	P6

double	P7

double	P8

double	P9

double	P10

double	P11

double	P12

double	P13

double	P14

double	P15

int	TENSOR_TYPE

bool	INTERFACE_FLOW

int	FS_MAGNETLAW

double	FS_L

double	FS_U

double	FS_T

double	FS_ETA

double	FS_RHO

double	FS_ALPHA

double	FS_G

double	FS_MS

double	FS_CHI0

double	FS_HM

double	FS_DELTA_H

double	FS_F

double	FS_H0

double	FS_H1

double	FS_H2

double	FS_LH

double	FS_GAMMA

double	FS_HT

double	FS_WE

char *	FS_INNAME

char *	FS_OUTNAME

int	FS_WRITE

int	FS_READ

double	HEAT_TANGENTIAL_STRESS_FACTOR

double	HEAT_SOLID_SURFACE_FACTOR

double	EQ_CONTACT_ANGLE

double	AD_CONTACT_ANGLE

double	RE_CONTACT_ANGLE

double	DY_CONTACT_ANGLE

int	CONTACT_ANGLE_TYPE

int	CHANNEL_STATISTICS2_WITH_MODEL

double	CYLINDER_22000_YPLUS_SIDES

double	CYLINDER_22000_YPLUS_FRONT

double	CYLINDER_22000_YPLUS_BACK

int	BULK_REACTION_DISC

int	BULK_PB_DISC

int	BULK_PB_DISC_STAB

int	BULK_PB_DISC_FCT_GROUP

int	BULK_COUPLING

int	BULK_GROWTH_RATE

int	BULK_REACTION_MASS_LUMPING

int	BULK_METHODS_OF_MOMENTS

int	BULK_MOM_DISC

int	BULK_SOLD_PARAMETER_TYPE

int	N_CELL_LAYERS_PSD

int	N_CELL_LAYERS_PSD_2

int	OUTPUT_NODE_LAYER_PSD

double	BULK_REACTION_C_CUT

double	BULK_l_infty

double	BULK_u_infty

double	BULK_c_infty

double	BULK_c_C_infty_sat

double	BULK_c_C_infty

double	BULK_f_infty

double	BULK_density

double	BULK_dynamic_viscosity

double	BULK_C_g

double	BULK_C_nuc

double	BULK_C_sat

double	BULK_C_2

double	BULK_D_A

double	BULK_D_P_0

double	BULK_D_P_MAX

double	BULK_k_g

double	BULK_k_r

double	BULK_k_nuc

double	BULK_D_P_MIN

double	SSMUM_MP_X

double	SSMUM_MP_Y

double	SSMUM_INNER_RADIUS

double	SSMUM_OUTER_RADIUS

double	SSMUM_ROT_PER_SECOND

double	SSMUM_ANGLE

int	SSMUM_MAX_CELLS_LAYERS

int	SSMUM_INTERPOLATION

double	WINDTUNNEL_SHIFT

int	WINDTUNNEL_CONFIGURATION

int	WINDTUNNEL_INTERPOLATION

int	WINDTUNNEL_STEADY

int	WINDTUNNEL_SPATIAL

double	WINDTUNNEL_BROWNIAN

int	WINDTUNNEL_POL_ORDER

int	WINDTUNNEL_SHEAR_FACTOR_TYPE

double	WINDTUNNEL_SHEAR_FACTOR

int	WINDTUNNEL_QUAD_METHOD

int	WINDTUNNEL_MEASURE_MASS

int	WINDTUNNEL_LAYER_NUMBER_X

int	WINDTUNNEL_DIM_Y

int	WINDTUNNEL_DIM_Z

int	WINDTUNNEL_DIM_R

double	WINDTUNNEL_BOUND_VAL [WINDTUNNEL_DIM_Y_CONST][WINDTUNNEL_DIM_Z_CONST][2]

double	WINDTUNNEL_BOUND_KOEFF [WINDTUNNEL_DIM_Y_CONST][WINDTUNNEL_DIM_Z_CONST]

double	WINDTUNNEL_DROP_VELO [WINDTUNNEL_LAYER_NUMBER_X_CONST][WINDTUNNEL_DIM_Y_CONST][WINDTUNNEL_DIM_Z_CONST]

double	WINDTUNNEL_BOUND_VAL_DROPS [WINDTUNNEL_DIM_Y_CONST][WINDTUNNEL_DIM_Z_CONST][WINDTUNNEL_DIM_R_CONST][2]

double	WINDTUNNEL_ENVIR_COND

double	WINDTUNNEL_SUPERSAT

double	WINDTUNNEL_U_INFTY

double	WINDTUNNEL_L_INFTY

double	WINDTUNNEL_R_MIN

double	WINDTUNNEL_R_INFTY

double	WINDTUNNEL_R_INFTY_EXPERIMENT

double	WINDTUNNEL_F_INFTY

double	WINDTUNNEL_kinematic_viscosity

double	WINDTUNNEL_dynamic_viscosity

double	WINDTUNNEL_density

int	UREA_REACTION_DISC

int	UREA_PB_DISC

int	UREA_MODEL

int	UREA_PB_DISC_STAB

int	UREA_SOLD_PARAMETER_TYPE

int	UREA_PIPE

int	UREA_CONC_MAXIT

double	UREA_inflow_time

double	UREA_l_infty

double	UREA_u_infty

double	UREA_c_infty

double	UREA_temp_infty

double	UREA_nu

double	UREA_rho

double	UREA_c_p

double	UREA_lambda

double	UREA_D_P_0

double	UREA_D_P_MAX

double	UREA_k_v

double	UREA_f_infty

double	UREA_m_mol

double	UREA_D_J

double	UREA_rho_d

double	UREA_k_g

double	UREA_delta_h_cryst

double	UREA_g

double	UREA_rho_sat_1

double	UREA_rho_sat_2

double	UREA_alfa_nuc

double	UREA_beta_nuc

double	UREA_INFLOW_SCALE

double	UREA_CONC_TOL

double	UREA_AGGR_SPATIAL

double	UREA_AGGR_BROWNIAN

double	UREA_AGGR_POL_ORDER

double	UREA_AGGR_SHEAR_FACTOR_TYPE

double	UREA_AGGR_SHEAR_FACTOR

double	UREA_AGGR_BROWNIAN_TEMP

double	UREA_AGGR_BROWNIAN_SCAL

double	UREA_PIPE_RADIUS

int	PB_DISC_TYPE

int	PB_TIME_DISC

int	KDP_MODEL

double	KDP_D_P_0_2

double	KDP_D_P_MAX_2

double	KDP_l_infty

double	KDP_u_infty

double	KDP_c_infty

double	KDP_temp_infty

double	KDP_nu

double	KDP_rho

double	KDP_rho_water

double	KDP_c_p

double	KDP_lambda

double	KDP_D_P_0

double	KDP_D_P_MAX

double	KDP_f_infty

double	KDP_m_mol

double	KDP_D_J

double	KDP_rho_d

double	KDP_k_g_1

double	KDP_k_g_2

double	KDP_k_b

double	KDP_delta_h_cryst

double	KDP_g_1

double	KDP_g_2

double	KDP_b

double	KDP_w_sat_1

double	KDP_w_sat_2

double	KDP_w_sat_3

double	KDP_w_sat_1_Ma

double	KDP_w_sat_2_Ma

double	KDP_w_sat_3_Ma

double	KDP_INFLOW_SCALE

double	KDP_CONC_TOL

double	KDP_INTERNAL_NUC_A

double	KDP_INTERNAL_NUC_B

int	KDP_CONC_MAXIT

double	KDP_inflow_time

int	StoDa_interfaceType

double	StoDa_alpha

int	StoDa_problemType

int	StoDa_updatingStrategy

double	StoDa_theta_f

double	StoDa_theta_p

double	StoDa_gamma_f

double	StoDa_gamma_p

double	StoDa_weakGamma

double	StoDa_solutionStrategy

int	StoDa_algorithm

int	StoDa_StokesFirst

int	StoDa_nIterations

double	StoDa_relDiff_interfaceError

double	StoDa_relDiff_factor1

double	StoDa_relDiff_factor2

double	StoDa_relDiff_factor3

double	StoDa_relDiff_solution

double	StoDa_bigResidual

int	StoDa_periodicBoundary

double	StoDa_periodicBoundaryPressureDrop

int	INTERNAL_PROBLEM_LINEAR

int	INTERNAL_PROJECT_PRESSURE

int	INTERNAL_PRESSURE_SPACE

int	INTERNAL_SLIP_WITH_FRICTION

int	INTERNAL_SLIP_WITH_FRICTION_IDENTITY

int	INPUT_QUAD_RULE

int	INTERNAL_QUAD_HEXA

int	INTERNAL_QUAD_TETRA

int	INTERNAL_QUAD_QUAD

int	INTERNAL_QUAD_TRIA

int	INTERNAL_QUAD_RULE

int	INTERNAL_LOCAL_DOF

int	INTERNAL_PERIODIC_IDENTITY

int	INTERNAL_PROBLEM_IDENTITY

int	INTERNAL_LEVEL

int	INTERNAL_CONVECTION_EQ_VELOFIELD

int	INTERNAL_STEADY_STATE_MATRICES_OR_RHS

int	INTERNAL_AMG_SOLVES

double	INTERNAL_AMG_PREPARE_TIME

int	INTERNAL_GMRES_INFO

int	INTERNAL_POLYNOMIAL_DEGREE

int	INTERNAL_MESH_CELL_TYPE

double	INTERNAL_BULK_MEAN

double	INTERNAL_BULK_SIMULATION

double	INTERNAL_VERTEX_X [8]

double	INTERNAL_VERTEX_Y [8]

double	INTERNAL_VERTEX_Z [8]

double	INTERNAL_HK_CONVECTION

int	INTERNAL_MEAN_COMPUTATION

int	INTERNAL_MOMENT

int	INTERNAL_LINEAR_SCHEME

int	INTERNAL_SOLD_ACTIVE

int	INTERNAL_UMFPACK_FLAG

int	INTERNAL_SORT_AMG

int	INTERNAL_FESPACE_CONSTRUCT

int	INTERNAL_DO_NOT_RESPECT_DIRICHLET_BC

double	INTERNAL_COERCIVITY

double *	INTERNAL_P1_Array

double *	INTERNAL_WEIGHT_Array

int *	INTERNAL_INDICATOR_Array

int	INTERNAL_FACE_INTEGRALS

int	INTERNAL_NO_ESTIMATE_DIRICHLET_CELLS

int	INTERNAL_WRONG_NEUMANN_CHECKED

double	INTERNAL_BFGS_RESTART_ADJOINT

int	INTERNAL_ARRAY_LENGTH

int	INTERNAL_CELL

int	INTERNAL_OUTFLOW_BOUNDARY [10]

double	INTERNAL_WEIGHT_SUPG_ADJOINT

double	INTERNAL_WEIGHT_SOLD_ADJOINT

int	INTERNAL_NEW_MATRICES_B

int	INTERNAL_FULL_MATRIX_STRUCTURE

int	INTERNAL_DISC_FLAG

int	INTERNAL_START_PARAM

double	TETGEN_QUALITY

double	TETGEN_VOLUMEN

int	TETGEN_STEINER

int	Par_P0

int	Par_P1

int	Par_P2

int	Par_P3

int	Par_P4

int	Par_P5

int	Par_P6

int	Par_P7

int	Par_P8

int	Par_P9

int	MapperType

int	DSType

double	Par_P10

double	Par_P11

double	Par_P12

double	Par_P13

double	Par_P14

double	Par_P15

double	Par_P16

double	Par_P17

double	Par_P18

double	Par_P19

double	Par_P20

int	WRITE_SNAPSHOTS

int	DO_ROM

int	DO_ROM_P

int	RANK_OF_BASIS

int	RANK_OF_BASIS_P

int	POD_INNER_PRODUCT

int	POD_INNER_PRODUCT_P

int	BUILD_PODFILE

int	POD_FLUCT_FIELD

int	POD_FLUCT_FIELD_P

int	P_ROM_METHOD

int	PROJECTION_METHOD

int	PBE_P0

int	PBE_P1

int	PBE_P2

int	PBE_P3

int	PBE_P4

int	PBE_P5

int	PBE_P6

int	PBE_P7

int	PBE_P8

int	PBE_P9

double	DG_P0

double	DG_P1

double	DG_P2

double	DG_P3

double	DG_P4

double	DG_P5

double	DG_P6

double	DG_P7

double	DG_P8

double	DG_P9

int	MOVING_BOUNDARY

int	DEPENDENT_BASIS

int	DEPENDENT_BASIS_Q1

int	DEPENDENT_BASIS_Q2

MPI_Comm	Comm

Member Data Documentation

int TParaDB::ADAPTIVE_REFINEMENT_CRITERION

parameters for adaptive grid refinement

int TParaDB::ANSATZ_ORDER

parameters for setting finite element spaces

int TParaDB::BULK_REACTION_DISC

parameters for BULK computations

double TParaDB::CC_ALPHA

AMG solver parameters

int TParaDB::CHANNEL_STATISTICS2_WITH_MODEL

parameters for turbulent channel flow

MPI_Comm TParaDB::Comm

MPI_Comm for which the computation is started (should not be changed during coomputation)

double TParaDB::CYLINDER_22000_YPLUS_SIDES

parameters for turbulent flow around a squared cylinder

int TParaDB::DARCYTYPE

PARAMETERS FOR DARCY PROBLEM

double TParaDB::DG_P0

parameters for DG computations

int TParaDB::DISCTYPE

parameters for setting the discretization

int TParaDB::DIV_DIV_STAB_TYPE

parameters for div-div stabilization

int TParaDB::FEM_FCT_LINEAR_TYPE

parameter for linear FEM-FCT scheme

double TParaDB::FILTER_WIDTH_CONSTANT

parameters for LES

double TParaDB::FRICTION_CONSTANT

parameters for slip with friction and penetration with resistance boundary conditions

char* TParaDB::GEOFILE

parameters data output and input files

bool TParaDB::INTERFACE_FLOW

parameters for free surface calculation

int TParaDB::INTERNAL_PROBLEM_LINEAR

internal parameters

cannot be set in the readin file are used as global variables

int TParaDB::KDP_MODEL

parameters for kdp synthesis computations

int TParaDB::LP_FULL_GRADIENT

parameter for local projection stabilization

int TParaDB::MOVING_BOUNDARY

parameters for moving domains

int TParaDB::NORMAL_ORIENTATION_QUAD[4]

parameters for vectorial FE (Raviart-Thomas, Brezzi-Douglas-Marini)

int TParaDB::OMPNUMTHREADS

parameters for grid generation

double TParaDB::P0

the following parameters are for individual use

int TParaDB::Par_P0

parameters for individual use in parallel computations

int TParaDB::PBE_P0

parameters for population balance computations

int TParaDB::PRECOND_LS

parameters for controling the program

int TParaDB::PROJECTION_METHOD

parameters for projection methods (NSE)

double TParaDB::RE_NR

PARAMETERS FOR STOKES AND NAVIER-STOKES PROBLEMS general parameters

double TParaDB::REACTOR_P0

the following parameters are for the membrane REACTOR

int TParaDB::SDFEM_TYPE

SUPG or SDFEM method

int TParaDB::SOLD_TYPE

parameters for SOLD methods

int TParaDB::SOLVE_ADJOINT_PROBLEM

parameter for a posteriori parameter computation with adjoint problem

double TParaDB::SSMUM_MP_X

parameters for shear slip mesh update method computations

int TParaDB::StoDa_interfaceType

parameters for Stokes–Darcy (StoDa) coupling

int TParaDB::SUPERCONVERGENCE_ORDER

parameter for superconvergence

int TParaDB::TENSOR_TYPE

PARAMETERS FOR APPLICATIONS

int TParaDB::TURBULENT_VISCOSITY_TYPE

parameters for turbulent viscosity

int TParaDB::UPWIND_ORDER

upwind methods

int TParaDB::UREA_REACTION_DISC

parameters for urea synthesis computations

int TParaDB::VMS_LARGE_VELOCITY_SPACE

parameters for VMS

int TParaDB::WEAK_BC

stabilization with face integrals

int TParaDB::WENO_TYPE

parameter for WENO scheme

double TParaDB::WINDTUNNEL_SHIFT

parameters for WINDTUNNEL computations

int TParaDB::WRITE_SNAPSHOTS

parameters for ROM

The documentation for this struct was generated from the following file:

include/General/Database.h

Public Attributes

Member Data Documentation