def test_set_efficiency(self):
'''
for wave height > 6.4 m, efficiency goes to 0
'''
# make wind large so efficiency goes to 0
waves = Waves(constant_wind(0, 0), water=Water())
c_disp = ChemicalDispersion(self.spill_pct, active_range, waves=waves)
pts = np.array([[0, 0], [0, 0]])
c_disp._set_efficiency(pts, self.spill.release_time)
assert c_disp.efficiency == 1.0
c_disp.efficiency = 0
waves.wind.timeseries = (waves.wind.timeseries[0]['time'], (100, 0))
c_disp._set_efficiency(pts, self.spill.release_time)
assert np.all(c_disp.efficiency == 0)
def test_set_efficiency(self):
'''
for wave height > 6.4 m, efficiency goes to 0
'''
# make wind large so efficiency goes to 0
waves = Waves(constant_wind(0, 0), water=Water())
c_disp = ChemicalDispersion(self.spill_pct,
active_range,
waves=waves)
pts = np.array([[0, 0], [0, 0]])
c_disp._set_efficiency(pts, self.spill.release_time)
assert c_disp.efficiency == 1.0
c_disp.efficiency = 0
waves.wind.timeseries = (waves.wind.timeseries[0]['time'], (100, 0))
c_disp._set_efficiency(pts, self.spill.release_time)
assert np.all(c_disp.efficiency == 0)
def test_set_efficiency(self):
'''
for wave height > 6.4 m, efficiency goes to 0
'''
# make wind large so efficiency goes to 0
waves = Waves(constant_wind(0, 0), water=Water())
c_disp = ChemicalDispersion(self.spill_pct,
active_start,
active_stop,
waves=waves)
c_disp._set_efficiency(self.spill.get('release_time'))
assert c_disp.efficiency == 1.0
c_disp.efficiency = None
waves.wind.timeseries = (waves.wind.timeseries[0]['time'], (100, 0))
c_disp._set_efficiency(self.spill.get('release_time'))
assert c_disp.efficiency == 0
def test_set_efficiency(self):
'''
for wave height > 6.4 m, efficiency goes to 0
'''
# make wind large so efficiency goes to 0
waves = Waves(constant_wind(0, 0), water=Water())
c_disp = ChemicalDispersion(self.spill_pct,
active_start,
active_stop,
waves=waves)
c_disp._set_efficiency(self.spill.release_time)
assert c_disp.efficiency == 1.0
c_disp.efficiency = None
waves.wind.timeseries = (waves.wind.timeseries[0]['time'], (100, 0))
c_disp._set_efficiency(self.spill.release_time)
assert c_disp.efficiency == 0