NumericalInverse.py
def _evaluate_n_steps(self,
                          n_steps: int = 1) -> None:
        """
        Running the parent evaluate_one_step() function multiple times
            to evaluate more steps at once

        Args:
            n_steps ... how many steps to evaluate
        """

        for _ in range(n_steps):
            # We must only check if we did not exceed the simulation time
            if not self.simulation_has_finished:
                super().evaluate_one_step()

        Running the parent evaluate_one_step() function multiple times
            to evaluate more steps at once

        Args:
            n_steps ... how many steps to evaluate
        
Running the parent evaluate_one_step() function multiple times
to evaluate more steps at once


Running the parent evaluate_one_step () function multiple times to evaluate more steps at once
def _evaluate_n_steps(self,
                          n_steps: int = 1) -> None:
        for _ in range(n_steps):
            if not self.simulation_has_finished:
                super().evaluate_one_step()
def _evaluate_n_steps ( self , n_steps : int = 1 ) -> None : for _ in range ( n_steps ) : if not self . simulation_has_finished : super ( ) . evaluate_one_step ( )
Running the parent evaluate_one_step() function multiple times
to evaluate more steps at once
Running the parent evaluate_one_step () function multiple times to evaluate more steps at once
"""
        Running the parent evaluate_one_step() function multiple times
            to evaluate more steps at once

        Args:
            n_steps ... how many steps to evaluate
        """ # We must only check if we did not exceed the simulation time
self
n_steps
int