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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Store temporal simulation results for a single mesh with HDF5. More...
Functions | |
def | Factory (settings, Model) |
Return the process for single mesh temporal output with HDF5. More... | |
def | SingleMeshTemporalOutputProcessFactory (core_settings, Model) |
def | CreateCoreSettings (user_settings, model) |
Return the core settings. More... | |
Store temporal simulation results for a single mesh with HDF5.
This process:
This process works with or without MPI.
license: HDF5Application/license.txt
def single_mesh_temporal_output_process.CreateCoreSettings | ( | user_settings, | |
model | |||
) |
Return the core settings.
The core setting "io_type" cannot be overwritten by the user. It is automatically set depending on whether or not MPI is used.
def single_mesh_temporal_output_process.Factory | ( | settings, | |
Model | |||
) |
Return the process for single mesh temporal output with HDF5.
The input settings are given in the following table: +---------------------------------------------+------------+------------------------------------+ | Setting | Type | Default Value | +---------------------------------------------+------------+------------------------------------+ | "model_part_name" | String | "MainModelPart" | +---------------------------------------------+------------+------------------------------------+ | "file_settings" | Parameters | "file_name": "<model_part_name>.h5"| | | | "time_format": "0.4f" | | | | "file_access_mode": "exclusive" | | | | "max_files_to_keep": "unlimited" | | | | "echo_level": 0 | +---------------------------------------------+------------+------------------------------------+ | "output_time_settings" | Parameters | "time_frequency": 1.0 | | | | "step_frequency": 1 | +---------------------------------------------+------------+------------------------------------+ | "model_part_output_settings" | Parameters | "prefix": "/ModelData" | +---------------------------------------------+------------+------------------------------------+ | "nodal_solution_step_data_settings" | Parameters | "prefix": "/ResultsData" | | | | "list_of_variables": [] | +---------------------------------------------+------------+------------------------------------+ | "nodal_data_value_settings" | Parameters | "prefix": "/ResultsData" | | | | "list_of_variables": [] | +---------------------------------------------+------------+------------------------------------+ | "element_data_value_settings" | Parameters | "prefix": "/ResultsData" | | | | "list_of_variables": [] | +---------------------------------------------+------------+------------------------------------+ | "element_gauss_point_value_settings" | Parameters | "prefix": "/ResultsData" | | | | "list_of_variables": [] | +---------------------------------------------+------------+------------------------------------+ | "nodal_flag_value_settings" | Parameters | "prefix": "/ResultsData" | | | | "list_of_variables": [] | +---------------------------------------------+------------+------------------------------------+ | "element_flag_value_settings" | Parameters | "prefix": "/ResultsData" | | | | "list_of_variables": [] | +---------------------------------------------+------------+------------------------------------+ | "condition_flag_value_settings" | Parameters | "prefix": "/ResultsData" | | | | "list_of_variables": [] | +---------------------------------------------+------------+------------------------------------+ | "condition_data_value_settings" | Parameters | "prefix": "/ResultsData" | | | | "list_of_variables": [] | +---------------------------------------------+------------+------------------------------------+
def single_mesh_temporal_output_process.SingleMeshTemporalOutputProcessFactory | ( | core_settings, | |
Model | |||
) |