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
swimming_DEM_procedures.ProjectionDebugUtils Class Reference
Collaboration diagram for swimming_DEM_procedures.ProjectionDebugUtils:

Public Member Functions

def __init__ (self, domain_volume, fluid_model_part, particles_model_part, custom_functions_calculator)
 
def UpdateDataAndPrint (self, domain_volume, is_time_to_print=True)
 

Public Attributes

 balls_model_part
 
 fluid_model_part
 
 custom_utils
 
 granul_utils
 
 domain_volume
 
 number_of_balls
 
 discr_domain_volume
 
 proj_fluid_volume
 
 solid_volume
 
 balls_per_area
 
 fluid_volume
 
 discr_fluid_volume
 
 proj_solid_volume
 
 global_fluid_fraction
 
 global_solid_fraction
 
 fluid_on_balls_total_force
 
 proj_balls_on_fluid_total_force
 
 mean_proj_balls_on_fluid_total_force
 

Constructor & Destructor Documentation

◆ __init__()

def swimming_DEM_procedures.ProjectionDebugUtils.__init__ (   self,
  domain_volume,
  fluid_model_part,
  particles_model_part,
  custom_functions_calculator 
)

Member Function Documentation

◆ UpdateDataAndPrint()

def swimming_DEM_procedures.ProjectionDebugUtils.UpdateDataAndPrint (   self,
  domain_volume,
  is_time_to_print = True 
)

Member Data Documentation

◆ balls_model_part

swimming_DEM_procedures.ProjectionDebugUtils.balls_model_part

◆ balls_per_area

swimming_DEM_procedures.ProjectionDebugUtils.balls_per_area

◆ custom_utils

swimming_DEM_procedures.ProjectionDebugUtils.custom_utils

◆ discr_domain_volume

swimming_DEM_procedures.ProjectionDebugUtils.discr_domain_volume

◆ discr_fluid_volume

swimming_DEM_procedures.ProjectionDebugUtils.discr_fluid_volume

◆ domain_volume

swimming_DEM_procedures.ProjectionDebugUtils.domain_volume

◆ fluid_model_part

swimming_DEM_procedures.ProjectionDebugUtils.fluid_model_part

◆ fluid_on_balls_total_force

swimming_DEM_procedures.ProjectionDebugUtils.fluid_on_balls_total_force

◆ fluid_volume

swimming_DEM_procedures.ProjectionDebugUtils.fluid_volume

◆ global_fluid_fraction

swimming_DEM_procedures.ProjectionDebugUtils.global_fluid_fraction

◆ global_solid_fraction

swimming_DEM_procedures.ProjectionDebugUtils.global_solid_fraction

◆ granul_utils

swimming_DEM_procedures.ProjectionDebugUtils.granul_utils

◆ mean_proj_balls_on_fluid_total_force

swimming_DEM_procedures.ProjectionDebugUtils.mean_proj_balls_on_fluid_total_force

◆ number_of_balls

swimming_DEM_procedures.ProjectionDebugUtils.number_of_balls

◆ proj_balls_on_fluid_total_force

swimming_DEM_procedures.ProjectionDebugUtils.proj_balls_on_fluid_total_force

◆ proj_fluid_volume

swimming_DEM_procedures.ProjectionDebugUtils.proj_fluid_volume

◆ proj_solid_volume

swimming_DEM_procedures.ProjectionDebugUtils.proj_solid_volume

◆ solid_volume

swimming_DEM_procedures.ProjectionDebugUtils.solid_volume

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