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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Classes | |
class | Sampling_Methods.Sampling_method_base |
class | Sampling_Methods.Sampling_method_freq |
class | Sampling_Methods.Sampling_FFTW |
class | Sampling_Methods.Sampling_VF_FFTW |
class | Sampling_Methods.Sampling_FFT |
class | Sampling_Methods.Sampling_DST |
class | Sampling_Methods.Sampling_DCT |
class | Sampling_Methods.Sampling_NFFT |
class | Sampling_Methods.Sampling_H2 |
class | Sampling_Methods.Sampling_ODE |
class | Sampling_Methods.Sampling_Rational |
class | Sampling_Methods.Sampling_Rational_VK_Wind_Blocking |
This function assumes \mcL u = -\nabla\cdot ( L(x)^2 \nabla u ) More... | |
class | Sampling_Methods.Sampling_Rational_Rapid_Distortion_Wind_Blocking |
Solves (1 -\nabla\cdot ( \Theta_t \nabla ))^\alpha u = f_t. More... | |
Namespaces | |
Sampling_Methods | |
Variables | |
string | Sampling_Methods.METHOD_DST = 'dst' |
string | Sampling_Methods.METHOD_DCT = 'dct' |
string | Sampling_Methods.METHOD_FFT = 'fft' |
string | Sampling_Methods.METHOD_FFTW = 'fftw' |
string | Sampling_Methods.METHOD_VF_FFTW = 'vf_fftw' |
string | Sampling_Methods.METHOD_NFFT = 'nfft' |
string | Sampling_Methods.METHOD_H2 = 'H2' |
string | Sampling_Methods.METHOD_H2_hlibpro = 'H2_hlibpro' |
string | Sampling_Methods.METHOD_H2_h2tools = 'H2_h2tools' |
string | Sampling_Methods.METHOD_ODE = 'ODE' |
string | Sampling_Methods.METHOD_RAT = 'Rational' |
string | Sampling_Methods.METHOD_VF_RAT_HALFSPACE_RAPID_DISTORTION = 'vf_rat_halfspace_rapid_distortion' |