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 | Public Attributes | List of all members
Sampling_Methods.Sampling_Rational_VK_Wind_Blocking Class Reference

This function assumes \mcL u = -\nabla\cdot ( L(x)^2 \nabla u ) More...

Inheritance diagram for Sampling_Methods.Sampling_Rational_VK_Wind_Blocking:
Collaboration diagram for Sampling_Methods.Sampling_Rational_VK_Wind_Blocking:

Public Member Functions

def __init__ (self, RandomField, **kwargs)
 
def Dz (self, f, adjoint=False)
 z-derivative More...
 
def curl (self, f_hat, adjoint=False)
 Apply curl. More...
 
def __call__ (self, noise, **kwargs)
 
- Public Member Functions inherited from Sampling_Methods.Sampling_method_base
def __init__ (self, RandomField)
 

Public Attributes

 corrlen
 
 z_grid
 
 h
 
 Frequencies
 
 TransformNorm
 
 corr_len_fun
 
 alpha
 
 factor
 
 fde_solve
 
- Public Attributes inherited from Sampling_Methods.Sampling_method_base
 verbose
 
 ndim
 
 DomainSlice
 

Detailed Description

This function assumes \mcL u = -\nabla\cdot ( L(x)^2 \nabla u )

Constructor & Destructor Documentation

◆ __init__()

def Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.__init__ (   self,
  RandomField,
**  kwargs 
)

Member Function Documentation

◆ __call__()

def Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.__call__ (   self,
  noise,
**  kwargs 
)

◆ curl()

def Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.curl (   self,
  f_hat,
  adjoint = False 
)

Apply curl.

◆ Dz()

def Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.Dz (   self,
  f,
  adjoint = False 
)

z-derivative

Member Data Documentation

◆ alpha

Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.alpha

◆ corr_len_fun

Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.corr_len_fun

◆ corrlen

Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.corrlen

◆ factor

Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.factor

◆ fde_solve

Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.fde_solve

◆ Frequencies

Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.Frequencies

◆ h

Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.h

◆ TransformNorm

Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.TransformNorm

◆ z_grid

Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.z_grid

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