ProjectParameters Namespace Reference

Classes
class	ConvectionSolverSettings
class	SolverSettings
class	SolverSettings2
class	SolverSettings1
class	FluidSolverConfiguration

Variables
float	Dt = 0.001
float	Start_time = 0.0
float	max_time = 0.1
float	output_time = 0.1
int	domain_size = 2
int	nsteps = 300
int	output_step = 1
list	nodal_results = ["TEMPERATURE"]
string	GiDPostMode = "Binary"
bool	GiDWriteMeshFlag = True
bool	GiDWriteConditionsFlag = True
string	GiDMultiFileFlag = "Single"
string	problem_name = "square"
string	problem_path = "/home/julio.marti/new_kratos/applications/convection_diffusion_application/test_examples/square.gid"
string	kratos_path = "../../../.."
string	SolverType = "monolithic_solver_eulerian"
string	Monolithic_Linear_Solver = "MixedUP"
int	Monolithic_Iterative_Tolerance = 1E-4
int	Monolithic_Solver_Max_Iteration = 5000
string	Monolithic_Preconditioner_type = "ILU0"
string	Velocity_Linear_Solver = "BiConjugate gradient stabilized"
string	Pressure_Linear_Solver = "Conjugate gradient"
string	Velocity_Preconditioner_type = "ILU0"
string	Pressure_Preconditioner_type = "ILU0"
int	Velocity_Iterative_Tolerance = 1E-6
int	Pressure_Iterative_Tolerance = 1E-3
int	Velocity_Solver_Max_Iteration = 5000
int	Pressure_Solver_Max_Iteration = 1000
string	TurbulenceModel = "None"
int	velocity_relative_tolerance = 1E-4
int	velocity_absolute_tolerance = 1E-6
int	pressure_relative_tolerance = 1E-4
int	pressure_absolute_tolerance = 1E-6
int	time_order = 2
bool	predictor_corrector = False
int	max_iterations = 10
int	laplacian_form = 2
string	AutomaticDeltaTime = "Fixed"
int	divergence_cleareance_step = 10
float	use_dt_in_stabilization = 0.10
int	use_orthogonal_subscales = 0
bool	Calculate_reactions = True
dictionary	groups_dictionary
bool	VolumeOutput = True
list	gauss_points_results = []
bool	GiDWriteParticlesFlag = False

Variable Documentation

AutomaticDeltaTime

string ProjectParameters.AutomaticDeltaTime = "Fixed"

Calculate_reactions

bool ProjectParameters.Calculate_reactions = True

divergence_cleareance_step

int ProjectParameters.divergence_cleareance_step = 10

domain_size

int ProjectParameters.domain_size = 2

Dt

float ProjectParameters.Dt = 0.001

gauss_points_results

list ProjectParameters.gauss_points_results = []

GiDMultiFileFlag

string ProjectParameters.GiDMultiFileFlag = "Single"

GiDPostMode

string ProjectParameters.GiDPostMode = "Binary"

GiDWriteConditionsFlag

bool ProjectParameters.GiDWriteConditionsFlag = True

GiDWriteMeshFlag

bool ProjectParameters.GiDWriteMeshFlag = True

GiDWriteParticlesFlag

bool ProjectParameters.GiDWriteParticlesFlag = False

groups_dictionary

dictionary ProjectParameters.groups_dictionary

Initial value:

=  {
        "Fluid" : 1,
                   }

kratos_path

string ProjectParameters.kratos_path = "../../../.."

laplacian_form

int ProjectParameters.laplacian_form = 2

max_iterations

int ProjectParameters.max_iterations = 10

max_time

float ProjectParameters.max_time = 0.1

Monolithic_Iterative_Tolerance

int ProjectParameters.Monolithic_Iterative_Tolerance = 1E-4

Monolithic_Linear_Solver

string ProjectParameters.Monolithic_Linear_Solver = "MixedUP"

Monolithic_Preconditioner_type

string ProjectParameters.Monolithic_Preconditioner_type = "ILU0"

Monolithic_Solver_Max_Iteration

int ProjectParameters.Monolithic_Solver_Max_Iteration = 5000

nodal_results

list ProjectParameters.nodal_results = ["TEMPERATURE"]

nsteps

int ProjectParameters.nsteps = 300

output_step

int ProjectParameters.output_step = 1

output_time

float ProjectParameters.output_time = 0.1

predictor_corrector

bool ProjectParameters.predictor_corrector = False

pressure_absolute_tolerance

int ProjectParameters.pressure_absolute_tolerance = 1E-6

Pressure_Iterative_Tolerance

int ProjectParameters.Pressure_Iterative_Tolerance = 1E-3

Pressure_Linear_Solver

string ProjectParameters.Pressure_Linear_Solver = "Conjugate gradient"

Pressure_Preconditioner_type

string ProjectParameters.Pressure_Preconditioner_type = "ILU0"

pressure_relative_tolerance

int ProjectParameters.pressure_relative_tolerance = 1E-4

Pressure_Solver_Max_Iteration

int ProjectParameters.Pressure_Solver_Max_Iteration = 1000

problem_name

string ProjectParameters.problem_name = "square"

problem_path

string ProjectParameters.problem_path = "/home/julio.marti/new_kratos/applications/convection_diffusion_application/test_examples/square.gid"

SolverType

string ProjectParameters.SolverType = "monolithic_solver_eulerian"

Start_time

float ProjectParameters.Start_time = 0.0

time_order

int ProjectParameters.time_order = 2

TurbulenceModel

string ProjectParameters.TurbulenceModel = "None"

use_dt_in_stabilization

float ProjectParameters.use_dt_in_stabilization = 0.10

use_orthogonal_subscales

int ProjectParameters.use_orthogonal_subscales = 0

velocity_absolute_tolerance

int ProjectParameters.velocity_absolute_tolerance = 1E-6

Velocity_Iterative_Tolerance

int ProjectParameters.Velocity_Iterative_Tolerance = 1E-6

Velocity_Linear_Solver

string ProjectParameters.Velocity_Linear_Solver = "BiConjugate gradient stabilized"

Velocity_Preconditioner_type

string ProjectParameters.Velocity_Preconditioner_type = "ILU0"

velocity_relative_tolerance

int ProjectParameters.velocity_relative_tolerance = 1E-4

Velocity_Solver_Max_Iteration

int ProjectParameters.Velocity_Solver_Max_Iteration = 5000

VolumeOutput

bool ProjectParameters.VolumeOutput = True