KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
derivative_recovery.pouliot_2012_recoverer.Pouliot2012LaplacianRecoverer Member List

This is the complete list of members for derivative_recovery.pouliot_2012_recoverer.Pouliot2012LaplacianRecoverer, including all inherited members.

__init__(self, project_parameters, model_part)derivative_recovery.pouliot_2012_recoverer.Pouliot2012LaplacianRecoverer
AddDofs(self, DOF_variables)derivative_recovery.L2_projection_recoverer.L2ProjectionDerivativesRecoverer
calculate_vorticityderivative_recovery.L2_projection_recoverer.L2ProjectionDerivativesRecoverer
condition_typederivative_recovery.pouliot_2012_recoverer.Pouliot2012LaplacianRecoverer
derivative_recovery::L2_projection_recoverer::L2ProjectionDerivativesRecoverer.cplusplus_recovery_toolderivative_recovery.recoverer.DerivativesRecoverer
derivative_recovery::recoverer::LaplacianRecoverer.derivative_recovery::recoverer::GradientRecoverer.cplusplus_recovery_toolderivative_recovery.recoverer.DerivativesRecoverer
derivative_recovery::recoverer::LaplacianRecoverer.derivative_recovery::recoverer::EmptyLaplacianRecoverer.cplusplus_recovery_toolderivative_recovery.recoverer.DerivativesRecoverer
CreateCPluPlusStrategies(self, echo_level=1)derivative_recovery.L2_projection_recoverer.L2ProjectionDerivativesRecoverer
custom_functions_toolderivative_recovery.L2_projection_recoverer.L2ProjectionDerivativesRecoverer
DOFsderivative_recovery.pouliot_2012_recoverer.Pouliot2012LaplacianRecoverer
element_typederivative_recovery.pouliot_2012_recoverer.Pouliot2012LaplacianRecoverer
FillUpModelPart(self, element_type, condition_type)derivative_recovery.L2_projection_recoverer.L2ProjectionDerivativesRecoverer
model_partderivative_recovery.L2_projection_recoverer.L2ProjectionDerivativesRecoverer
RecoverFluidFractionGradient(self)derivative_recovery.recoverer.GradientRecoverer
RecoverGradientOfScalar(self, scalar_variable, gradient_variable)derivative_recovery.recoverer.EmptyGradientRecoverer
RecoverGradientOfVector(self, vector_variable, gradient_variable_x, gradient_variable_y, gradient_variable_z)derivative_recovery.recoverer.EmptyGradientRecoverer
RecoverGradientOfVelocity(self)derivative_recovery.recoverer.GradientRecoverer
RecoverPressureGradient(self)derivative_recovery.recoverer.GradientRecoverer
RecoverVectorLaplacian(self, vector_variable, laplacian_variable)derivative_recovery.pouliot_2012_recoverer.Pouliot2012LaplacianRecoverer
RecoverVelocityLaplacian(self)derivative_recovery.recoverer.LaplacianRecoverer
recovery_model_partderivative_recovery.L2_projection_recoverer.L2ProjectionDerivativesRecoverer
recovery_strategyderivative_recovery.L2_projection_recoverer.L2ProjectionDerivativesRecoverer
SetToZero(self, variable)derivative_recovery.L2_projection_recoverer.L2ProjectionDerivativesRecoverer
Solve(self)derivative_recovery.pouliot_2012_recoverer.Pouliot2012LaplacianRecoverer
use_lumped_mass_matrixderivative_recovery.L2_projection_recoverer.L2ProjectionDerivativesRecoverer