edgebased_levelset_solver.EdgeBasedLevelSetSolver Class Reference

Inheritance diagram for edgebased_levelset_solver.EdgeBasedLevelSetSolver:

Collaboration diagram for edgebased_levelset_solver.EdgeBasedLevelSetSolver:

Classes
class	PorousResistanceComputation

Public Member Functions
def	__init__ (self, KratosMultiphysics.Model model, KratosMultiphysics.Parameters parameters)
	Default parameters. More...
None	AddVariables (self)
None	AddDofs (self)
None	ImportModelPart (self)
None	PrepareModelPart (self)
None	Check (self)
None	Initialize (self)
None	InitializeSolutionStep (self)
float	AdvanceInTime (self, float current_time)
	Compute a bounded variable time step and create new step data. More...
bool	SolveSolutionStep (self)
	Perform a local solution loop until the time step size shrinks to the target bounds. More...
KratosMultiphysics.ModelPart	GetComputingModelPart (self)
None	ExportModelPart (self)
def	Finalize (self)

Static Public Member Functions
KratosMultiphysics.Parameters	GetDefaultParameters ()
int	GetMinimumBufferSize ()

Public Attributes
	model_part
	domain_size
	density
	viscosity
	wall_law_y
	stabdt_pressure_factor
	stabdt_convection_factor
	redistance_frequency
	extrapolation_layers
	tau2_factor
	max_safety_factor
	max_time_step_size
	initial_time_step_size
	number_of_initial_time_steps
	reduction_on_failure
	use_mass_correction
	assume_constant_pressure
	use_parallel_distance_calculation
	compute_porous_resistance_law
	pressure_linear_solver
	distance_size
	matrix_container
	distance_utils
	fluid_solver
	safety_factor
	current_step_size
	current_max_step_size
	timer

Constructor & Destructor Documentation

__init__()

def edgebased_levelset_solver.EdgeBasedLevelSetSolver.__init__	(		self,
		KratosMultiphysics.Model	model,
		KratosMultiphysics.Parameters	parameters
	)

Default parameters.

{ "model_part_name" : "", "domain_size" : 3, "density" : 0.0, "viscosity" : 0.0, "wall_law_y" : 0.0, "stabdt_pressure_factor" : 1.0, "stabdt_convection_factor" : 0.1, "use_mass_correction" : true, "redistance_frequency" : 5, "extrapolation_layers" : 5, "tau2_factor" : 0.0, "max_safety_factor" : 0.5, "max_time_step_size" : 1e-2, "initial_time_step_size" : 1e-5, "number_of_initial_time_steps" : 10, "reduction_on_failure" : 0.3, "assume_constant_pressure" : true, "use_parallel_distance_calculation" : false, "compute_porous_resistance_law" : "NONE", ["NONE", "ERGUN", "CUSTOM"] "echo_level" : 0, "solver_type" : "EdgebasedLevelset", "linear_solver_settings" : { "solver_type" : "amgcl" }, "model_import_settings" : { } }

Member Function Documentation

AddDofs()

None edgebased_levelset_solver.EdgeBasedLevelSetSolver.AddDofs

(

self

)

AddVariables()

None edgebased_levelset_solver.EdgeBasedLevelSetSolver.AddVariables

(

self

)

AdvanceInTime()

float edgebased_levelset_solver.EdgeBasedLevelSetSolver.AdvanceInTime	(		self,
		float	current_time
	)

Compute a bounded variable time step and create new step data.

Note: this function modifies -> self.safety_factor -> self.current_max_step_size -> self.current_step_size

Check()

None edgebased_levelset_solver.EdgeBasedLevelSetSolver.Check

(

self

)

ExportModelPart()

None edgebased_levelset_solver.EdgeBasedLevelSetSolver.ExportModelPart

(

self

)

Finalize()

def edgebased_levelset_solver.EdgeBasedLevelSetSolver.Finalize

(

self

)

GetComputingModelPart()

KratosMultiphysics.ModelPart edgebased_levelset_solver.EdgeBasedLevelSetSolver.GetComputingModelPart

(

self

)

GetDefaultParameters()

KratosMultiphysics.Parameters edgebased_levelset_solver.EdgeBasedLevelSetSolver.GetDefaultParameters ( )

static

GetMinimumBufferSize()

int edgebased_levelset_solver.EdgeBasedLevelSetSolver.GetMinimumBufferSize ( )

static

ImportModelPart()

None edgebased_levelset_solver.EdgeBasedLevelSetSolver.ImportModelPart

(

self

)

Initialize()

None edgebased_levelset_solver.EdgeBasedLevelSetSolver.Initialize

(

self

)

InitializeSolutionStep()

None edgebased_levelset_solver.EdgeBasedLevelSetSolver.InitializeSolutionStep

(

self

)

PrepareModelPart()

None edgebased_levelset_solver.EdgeBasedLevelSetSolver.PrepareModelPart

(

self

)

SolveSolutionStep()

bool edgebased_levelset_solver.EdgeBasedLevelSetSolver.SolveSolutionStep

(

self

)

Perform a local solution loop until the time step size shrinks to the target bounds.

Member Data Documentation

assume_constant_pressure

edgebased_levelset_solver.EdgeBasedLevelSetSolver.assume_constant_pressure

compute_porous_resistance_law

edgebased_levelset_solver.EdgeBasedLevelSetSolver.compute_porous_resistance_law

current_max_step_size

edgebased_levelset_solver.EdgeBasedLevelSetSolver.current_max_step_size

current_step_size

edgebased_levelset_solver.EdgeBasedLevelSetSolver.current_step_size

density

edgebased_levelset_solver.EdgeBasedLevelSetSolver.density

distance_size

edgebased_levelset_solver.EdgeBasedLevelSetSolver.distance_size

distance_utils

edgebased_levelset_solver.EdgeBasedLevelSetSolver.distance_utils

domain_size

edgebased_levelset_solver.EdgeBasedLevelSetSolver.domain_size

extrapolation_layers

edgebased_levelset_solver.EdgeBasedLevelSetSolver.extrapolation_layers

fluid_solver

edgebased_levelset_solver.EdgeBasedLevelSetSolver.fluid_solver

initial_time_step_size

edgebased_levelset_solver.EdgeBasedLevelSetSolver.initial_time_step_size

matrix_container

edgebased_levelset_solver.EdgeBasedLevelSetSolver.matrix_container

max_safety_factor

edgebased_levelset_solver.EdgeBasedLevelSetSolver.max_safety_factor

max_time_step_size

edgebased_levelset_solver.EdgeBasedLevelSetSolver.max_time_step_size

model_part

edgebased_levelset_solver.EdgeBasedLevelSetSolver.model_part

number_of_initial_time_steps

edgebased_levelset_solver.EdgeBasedLevelSetSolver.number_of_initial_time_steps

pressure_linear_solver

edgebased_levelset_solver.EdgeBasedLevelSetSolver.pressure_linear_solver

redistance_frequency

edgebased_levelset_solver.EdgeBasedLevelSetSolver.redistance_frequency

reduction_on_failure

edgebased_levelset_solver.EdgeBasedLevelSetSolver.reduction_on_failure

safety_factor

edgebased_levelset_solver.EdgeBasedLevelSetSolver.safety_factor

stabdt_convection_factor

edgebased_levelset_solver.EdgeBasedLevelSetSolver.stabdt_convection_factor

stabdt_pressure_factor

edgebased_levelset_solver.EdgeBasedLevelSetSolver.stabdt_pressure_factor

tau2_factor

edgebased_levelset_solver.EdgeBasedLevelSetSolver.tau2_factor

timer

edgebased_levelset_solver.EdgeBasedLevelSetSolver.timer

use_mass_correction

edgebased_levelset_solver.EdgeBasedLevelSetSolver.use_mass_correction

use_parallel_distance_calculation

edgebased_levelset_solver.EdgeBasedLevelSetSolver.use_parallel_distance_calculation

viscosity

edgebased_levelset_solver.EdgeBasedLevelSetSolver.viscosity

wall_law_y

edgebased_levelset_solver.EdgeBasedLevelSetSolver.wall_law_y

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

• /home/runner/work/Documentation/Documentation/master/applications/FreeSurfaceApplication/python_scripts/edgebased_levelset_solver.py