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.
PID.average_field.Averager Member List

This is the complete list of members for PID.average_field.Averager, including all inherited members.

__init__(self, rotation_axis_initial_point, rotation_axis_final_point, angular_velocity_module, dataset_name, original_file_name, original_file_path, initial_time=0.0, end_time=float('inf'), steps_per_average_step=1, calculate_standard_deviations=True, normalize_standard_deviation=True, overwrite_previous=True)PID.average_field.Averager
averaged_field_file_pathPID.average_field.Averager
calculate_standard_deviationsPID.average_field.Averager
CopyDataset(file_or_group, dset, new_dset_name)PID.average_field.Averagerstatic
CreateGroup(file_or_group, name, overwrite_previous=True)PID.average_field.Averagerstatic
dataset_namePID.average_field.Averager
end_timePID.average_field.Averager
GetFilePath(self)PID.average_field.Averager
GetLastStationaryFieldId(hdf5_file)PID.average_field.Averagerstatic
initial_timePID.average_field.Averager
IsRelevant(self, i, time_str)PID.average_field.Averager
n_nodesPID.average_field.Averager
normalize_standard_deviationPID.average_field.Averager
original_file_namePID.average_field.Averager
original_file_pathPID.average_field.Averager
overwrite_previousPID.average_field.Averager
PerformAverage(self, reference_time=0.0)PID.average_field.Averager
ReadVariables(vel, p, hdf5_file, group_name)PID.average_field.Averagerstatic
reference_timePID.average_field.Averager
rotatorPID.average_field.Averager
steps_per_average_stepPID.average_field.Averager
times_strPID.average_field.Averager