def get_fish_mortality_occurrences(self, temperature: float, fish_mass: float, num_fish: float, efficacy_window: float, mortality_events: int):
    'Get the number of fish that die due to treatment\n\n        :param temperature: the temperature of the cage\n        :param num_fish: the number of fish\n        :param fish_mass: the average fish mass (in grams)\n        :param efficacy_window: the length of the efficacy window\n        :param mortality_events: the number of fish mortality events to subtract from\n        '
    predicted_pp_increase = self.__get_mortality_pp_increase(temperature, fish_mass)
    mortality_events_pp = ((100 * mortality_events) / num_fish)
    predicted_deaths = ((((predicted_pp_increase + mortality_events_pp) * num_fish) / 100) - mortality_events)
    predicted_deaths /= efficacy_window
    return predicted_deaths
Get the number of fish that die due to treatment

:param temperature: the temperature of the cage
:param num_fish: the number of fish
:param fish_mass: the average fish mass (in grams)
:param efficacy_window: the length of the efficacy window
:param mortality_events: the number of fish mortality events to subtract from
def get_fish_mortality_occurrences(self, temperature: float, fish_mass: float, num_fish: float, efficacy_window: float, mortality_events: int):
    'Get the number of fish that die due to treatment\n\n        :param temperature: the temperature of the cage\n        :param num_fish: the number of fish\n        :param fish_mass: the average fish mass (in grams)\n        :param efficacy_window: the length of the efficacy window\n        :param mortality_events: the number of fish mortality events to subtract from\n        '
    predicted_pp_increase = self.__get_mortality_pp_increase(temperature, fish_mass)
    mortality_events_pp = ((100 * mortality_events) / num_fish)
    predicted_deaths = ((((predicted_pp_increase + mortality_events_pp) * num_fish) / 100) - mortality_events)
    predicted_deaths /= efficacy_window
    return predicted_deaths