cellular_flow_derivative_recovery_errors Namespace Reference

Classes
class	Field
class	Mesh
class	RecoveryCase
class	Plotter
class	Figure
class	Curve

Functions
def	GetCurveCharacteristics (mat_deriv_or_laplacian, method)

Variables
bool	do_print_max_error = True
list	mat_deriv_recovery_types = [1, 3, 4, 6, 7]
list	laplacian_recovery_types = [1, 3, 4, 6, 7]
list	field_identifiers = ['ethier', 'sines']
list	mesh_regularities = [True, False]
list	mesh_tags = ['Altair', 'Kratos']
list	meshes = []
list	recovery_cases = []
list	fields = []
	plotter = Plotter()
	curve = Curve(field, mesh, case)

Function Documentation

GetCurveCharacteristics()

def cellular_flow_derivative_recovery_errors.GetCurveCharacteristics	(		mat_deriv_or_laplacian,
			method
	)

Variable Documentation

curve

cellular_flow_derivative_recovery_errors.curve = Curve(field, mesh, case)

do_print_max_error

bool cellular_flow_derivative_recovery_errors.do_print_max_error = True

field_identifiers

list cellular_flow_derivative_recovery_errors.field_identifiers = ['ethier', 'sines']

fields

list cellular_flow_derivative_recovery_errors.fields = []

laplacian_recovery_types

list cellular_flow_derivative_recovery_errors.laplacian_recovery_types = [1, 3, 4, 6, 7]

mat_deriv_recovery_types

list cellular_flow_derivative_recovery_errors.mat_deriv_recovery_types = [1, 3, 4, 6, 7]

mesh_regularities

list cellular_flow_derivative_recovery_errors.mesh_regularities = [True, False]

mesh_tags

list cellular_flow_derivative_recovery_errors.mesh_tags = ['Altair', 'Kratos']

meshes

list cellular_flow_derivative_recovery_errors.meshes = []

plotter

cellular_flow_derivative_recovery_errors.plotter = Plotter()

recovery_cases

list cellular_flow_derivative_recovery_errors.recovery_cases = []