def fall_winter_baseflow(self):
spring_timings, spring_magnitudes = calc_spring_transition_timing_magnitude(
self.flow_matrix, self.class_number, self.summer_timings)
self.fall_flush_timings_durations()
wet_baseflows_10, wet_baseflows_50, wet_bfl_durs = calc_fall_winter_baseflow(
self.flow_matrix, self.fall_wet_timings, spring_timings)
self.wet_baseflows_10 = np.array(wet_baseflows_10, dtype=np.float)
self.wet_baseflows_50 = np.array(wet_baseflows_50, dtype=np.float)
self.wet_bfl_durs = np.array(wet_bfl_durs, dtype=np.float)
def spring_transition_timing_magnitude(self):
spring_timings, spring_magnitudes = calc_spring_transition_timing_magnitude(self.flow_matrix)
self.spring_timings = np.array(spring_timings, dtype=np.float)
self.spring_magnitudes = np.array(spring_magnitudes, dtype=np.float)
def spring_transition_timing_magnitude(self):
spring_timings, spring_magnitudes = calc_spring_transition_timing_magnitude(
self.flow_matrix, self.class_number, self.summer_timings)
self.spring_timings = np.array(spring_timings, dtype=np.float)
self.spring_magnitudes = np.array(spring_magnitudes, dtype=np.float)
def spring_transition_timing_magnitude(self):
params = self.params['spring_params'] if self.params else spring_params
spring_timings, spring_magnitudes = calc_spring_transition_timing_magnitude(
self.flow_matrix, self.flow_class, self.summer_timings, params)
self.spring_timings = spring_timings
self.spring_magnitudes = spring_magnitudes