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.
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Solves (1 -\nabla\cdot ( \Theta_t \nabla ))^\alpha u = f_t. More...
Public Member Functions | |
def | __init__ (self, RandomField, **kwargs) |
def | __call__ (self, noise, **kwargs) |
def | distort_noise (self, f_hat, beta) |
Public Member Functions inherited from Sampling_Methods.Sampling_Rational_VK_Wind_Blocking | |
def | Dz (self, f, adjoint=False) |
z-derivative More... | |
def | curl (self, f_hat, adjoint=False) |
Apply curl. More... | |
Public Member Functions inherited from Sampling_Methods.Sampling_method_base | |
def | __init__ (self, RandomField) |
Public Attributes | |
alpha | |
t | |
fde_solve | |
Public Attributes inherited from Sampling_Methods.Sampling_Rational_VK_Wind_Blocking | |
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 | |
Solves (1 -\nabla\cdot ( \Theta_t \nabla ))^\alpha u = f_t.
def Sampling_Methods.Sampling_Rational_Rapid_Distortion_Wind_Blocking.__init__ | ( | self, | |
RandomField, | |||
** | kwargs | ||
) |
Reimplemented from Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.
def Sampling_Methods.Sampling_Rational_Rapid_Distortion_Wind_Blocking.__call__ | ( | self, | |
noise, | |||
** | kwargs | ||
) |
Reimplemented from Sampling_Methods.Sampling_Rational_VK_Wind_Blocking.
def Sampling_Methods.Sampling_Rational_Rapid_Distortion_Wind_Blocking.distort_noise | ( | self, | |
f_hat, | |||
beta | |||
) |
Sampling_Methods.Sampling_Rational_Rapid_Distortion_Wind_Blocking.alpha |
Sampling_Methods.Sampling_Rational_Rapid_Distortion_Wind_Blocking.fde_solve |
Sampling_Methods.Sampling_Rational_Rapid_Distortion_Wind_Blocking.t |