random_data_generator.py
def run_simulation_and_save_data(data_path: str):
    """
    Runs simulation with general parameters and saves the data
    """

    parameters = {
        "rho": 7850,
        "cp": 520,
        "lmbd": 50,
        "dt": 1,
        "object_length": 0.01,
        "place_of_interest": 0.0045,
        "number_of_elements": 100,
        "callback_period": 500,
        "robin_alpha": 13.5,
        "theta": 0.5,
        "experiment_data_path": data_path
    }

    create_and_run_simulation(parameters=parameters, save_results=True)

    Runs simulation with general parameters and saves the data
    
Runs simulation with general parameters and saves the data
Runs simulation with general parameters and saves the data
def run_simulation_and_save_data(data_path: str):
    parameters = {
        "rho": 7850,
        "cp": 520,
        "lmbd": 50,
        "dt": 1,
        "object_length": 0.01,
        "place_of_interest": 0.0045,
        "number_of_elements": 100,
        "callback_period": 500,
        "robin_alpha": 13.5,
        "theta": 0.5,
        "experiment_data_path": data_path
    }
    create_and_run_simulation(parameters=parameters, save_results=True)
def run_simulation_and_save_data ( data_path : str ) : parameters = { "rho" : 7850 , "cp" : 520 , "lmbd" : 50 , "dt" : 1 , "object_length" : 0.01 , "place_of_interest" : 0.0045 , "number_of_elements" : 100 , "callback_period" : 500 , "robin_alpha" : 13.5 , "theta" : 0.5 , "experiment_data_path" : data_path } create_and_run_simulation ( parameters = parameters , save_results = True )
Runs simulation with general parameters and saves the data
Runs simulation with general parameters and saves the data
"""
    Runs simulation with general parameters and saves the data
    """
data_path
str