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
hdf5_script.ErrorProjectionPostProcessTool Class Reference
Inheritance diagram for hdf5_script.ErrorProjectionPostProcessTool:
Collaboration diagram for hdf5_script.ErrorProjectionPostProcessTool:

Public Member Functions

def __init__ (self, test_number)
 The default constructor of the class. More...
 
def WriteData (self, error_model_part, velocity_error_projected, pressure_error_projected, projection_type, model_type, subscale_type, reynolds_number, porosity_mean, n_iterations, max_iteration, relax_alpha)
 
def WriteDataToFile (self, file_or_group, names, data)
 

Public Attributes

 parameters
 
 time
 
 v_error
 
 p_error
 
 av_mod_error
 
 n_iterations
 
 problem_path
 
 file_path
 
 dtype
 
 group_name
 
 error_model_part
 
 projection_type
 
 model_type
 
 subscale_type
 
 reynolds_number
 
 porosity_mean
 
 max_iteration
 
 relax_alpha
 
 element_size
 
 sub_group
 

Constructor & Destructor Documentation

◆ __init__()

def hdf5_script.ErrorProjectionPostProcessTool.__init__ (   self,
  test_number 
)

The default constructor of the class.

    Keyword arguments:
    self -- It signifies an instance of a class.
    test_number -- It is the number of the mesh that is computing

Member Function Documentation

◆ WriteData()

def hdf5_script.ErrorProjectionPostProcessTool.WriteData (   self,
  error_model_part,
  velocity_error_projected,
  pressure_error_projected,
  projection_type,
  model_type,
  subscale_type,
  reynolds_number,
  porosity_mean,
  n_iterations,
  max_iteration,
  relax_alpha 
)

◆ WriteDataToFile()

def hdf5_script.ErrorProjectionPostProcessTool.WriteDataToFile (   self,
  file_or_group,
  names,
  data 
)

Member Data Documentation

◆ av_mod_error

hdf5_script.ErrorProjectionPostProcessTool.av_mod_error

◆ dtype

hdf5_script.ErrorProjectionPostProcessTool.dtype

◆ element_size

hdf5_script.ErrorProjectionPostProcessTool.element_size

◆ error_model_part

hdf5_script.ErrorProjectionPostProcessTool.error_model_part

◆ file_path

hdf5_script.ErrorProjectionPostProcessTool.file_path

◆ group_name

hdf5_script.ErrorProjectionPostProcessTool.group_name

◆ max_iteration

hdf5_script.ErrorProjectionPostProcessTool.max_iteration

◆ model_type

hdf5_script.ErrorProjectionPostProcessTool.model_type

◆ n_iterations

hdf5_script.ErrorProjectionPostProcessTool.n_iterations

◆ p_error

hdf5_script.ErrorProjectionPostProcessTool.p_error

◆ parameters

hdf5_script.ErrorProjectionPostProcessTool.parameters

◆ porosity_mean

hdf5_script.ErrorProjectionPostProcessTool.porosity_mean

◆ problem_path

hdf5_script.ErrorProjectionPostProcessTool.problem_path

◆ projection_type

hdf5_script.ErrorProjectionPostProcessTool.projection_type

◆ relax_alpha

hdf5_script.ErrorProjectionPostProcessTool.relax_alpha

◆ reynolds_number

hdf5_script.ErrorProjectionPostProcessTool.reynolds_number

◆ sub_group

hdf5_script.ErrorProjectionPostProcessTool.sub_group

◆ subscale_type

hdf5_script.ErrorProjectionPostProcessTool.subscale_type

◆ time

hdf5_script.ErrorProjectionPostProcessTool.time

◆ v_error

hdf5_script.ErrorProjectionPostProcessTool.v_error

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