def value(self, timestep, scenario_index): val = self.requirement(timestep, scenario_index, default=self._value) return convert(val, "m^3 s^-1", "m^3 day^-1", scale_in=1, scale_out=1000000.0)
def value(self, timestep, scenario_index): val = self._value(timestep, scenario_index) return convert(val, "m^3 s^-1", "m^3 day^-1", scale_in=1, scale_out=1000000.0)
def requirement(self, timestep, scenario_index, default=None): """ Calculate a custom IFR other than the baseline IFR :param timestep: :param scenario_index: :return: """ scenario_name = None if self.ifrs_idx is not None: scenario_name = self.ifr_names[scenario_index.indices[ self.ifrs_idx]] flow_range = 1e9 if scenario_name == 'No IFRs': pass elif scenario_name == 'Functional Flows' and self.ifr_type == 'enhanced': flow_range = self.functional_flows_range(timestep, scenario_index) elif default: flow_range = default(timestep, scenario_index) flow_range_mcm = convert(flow_range, "m^3 s^-1", "m^3 day^-1", scale_in=1, scale_out=1000000.0) return flow_range_mcm
def value(self, *args, **kwargs): val = self._value(*args, **kwargs) return convert(val, "m^3 s^-1", "m^3 day^-1", scale_in=1, scale_out=1000000.0)
def value(self, timestep, scenario_index): try: return convert(self._value(timestep, scenario_index), "m^3 s^-1", "m^3 day^-1", scale_in=1, scale_out=1000000.0) except Exception as err: print('\nERROR for parameter {}'.format(self.name)) print('File where error occurred: {}'.format(__file__)) print(err)