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.
Public Member Functions | List of all members
derivative_recovery.recoverer.GradientRecoverer Class Reference
Inheritance diagram for derivative_recovery.recoverer.GradientRecoverer:
Collaboration diagram for derivative_recovery.recoverer.GradientRecoverer:

Public Member Functions

def __init__ (self, project_parameters, model_part)
 
def RecoverGradientOfVelocity (self)
 
def RecoverPressureGradient (self)
 
def RecoverFluidFractionGradient (self)
 
- Public Member Functions inherited from derivative_recovery.recoverer.EmptyGradientRecoverer
def RecoverGradientOfScalar (self, scalar_variable, gradient_variable)
 
def RecoverGradientOfVector (self, vector_variable, gradient_variable_x, gradient_variable_y, gradient_variable_z)
 

Additional Inherited Members

- Public Attributes inherited from derivative_recovery.recoverer.DerivativesRecoverer
 model_part
 
 cplusplus_recovery_tool
 

Constructor & Destructor Documentation

◆ __init__()

def derivative_recovery.recoverer.GradientRecoverer.__init__ (   self,
  project_parameters,
  model_part 
)

Reimplemented from derivative_recovery.recoverer.EmptyGradientRecoverer.

Reimplemented in derivative_recovery.zhang_guo_recoverer.ZhangGuoMaterialAccelerationAndLaplacianRecoverer, derivative_recovery.zhang_guo_recoverer.ZhangGuoDirectLaplacianRecoverer, derivative_recovery.zhang_guo_recoverer.ZhangGuoMaterialAccelerationRecoverer, derivative_recovery.zhang_guo_recoverer.ZhangGuoGradientRecoverer, derivative_recovery.standard_recoverer.StandardLaplacianRecoverer, derivative_recovery.standard_recoverer.StandardMaterialAccelerationRecoverer, derivative_recovery.standard_recoverer.StandardGradientRecoverer, derivative_recovery.recoverer.LaplacianRecoverer, derivative_recovery.recoverer.VorticityRecoverer, derivative_recovery.recoverer.MaterialAccelerationRecoverer, derivative_recovery.pouliot_2012_recoverer.Pouliot2012LaplacianRecoverer, derivative_recovery.pouliot_2012_recoverer.Pouliot2012GradientRecoverer, derivative_recovery.pouliot_2012_edge_recoverer.Pouliot2012EdgeLaplacianRecoverer, derivative_recovery.pouliot_2012_edge_recoverer.Pouliot2012EdgeMaterialAccelerationRecoverer, derivative_recovery.pouliot_2012_edge_recoverer.Pouliot2012EdgeGradientRecoverer, derivative_recovery.post_process_gradient_recoverer.PostProcessGradientMaterialAccelerationRecoverer, derivative_recovery.lagrangian_recoverer.LagrangianMaterialAccelerationRecoverer, derivative_recovery.L2_projection_recoverer.L2ProjectionLaplacianRecoverer, derivative_recovery.L2_projection_recoverer.L2ProjectionDirectMaterialAccelerationRecoverer, derivative_recovery.L2_projection_recoverer.L2ProjectionMaterialAccelerationRecoverer, and derivative_recovery.L2_projection_recoverer.L2ProjectionGradientRecoverer.

Member Function Documentation

◆ RecoverFluidFractionGradient()

def derivative_recovery.recoverer.GradientRecoverer.RecoverFluidFractionGradient (   self)

◆ RecoverGradientOfVelocity()

def derivative_recovery.recoverer.GradientRecoverer.RecoverGradientOfVelocity (   self)

◆ RecoverPressureGradient()

def derivative_recovery.recoverer.GradientRecoverer.RecoverPressureGradient (   self)

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