def test_eventdata():
eid = "test"
name = "E01"
trigger = "time == 0"
assignments = []
e = EventData(eid, name, trigger, assignments)
assert e.eid == eid
assert e.key == name
assert e.trigger == trigger
assert e.assignments == assignments
def test_eventdata(self):
eid = 'test'
name = 'E01'
trigger = 'time == 0'
assignments = []
e = EventData(eid, name, trigger, assignments)
self.assertEqual(e.eid, eid)
self.assertEqual(e.key, name)
self.assertEqual(e.trigger, trigger)
self.assertEqual(e.assignments, assignments)
def test_galactose_step_increase():
ed_list = EventData.galactose_step_increase()
for edata in ed_list:
edata.info()
def test_galactose_challenge():
ed_list = EventData.galactose_challenge(tc_start=10, base_value=0.0)
for edata in ed_list:
edata.info()
def test_gauss_dilution_peak():
ed_list = EventData.gauss_dilution_peak()
for edata in ed_list:
edata.info()
def test_rect_dilution_peak():
ed_list = EventData.rect_dilution_peak()
for edata in ed_list:
edata.info()
def test_galactose_step_increase(self):
ed_list = EventData.galactose_step_increase()
print('\n* Galactose Step *')
for edata in ed_list:
edata.info()
def test_galactose_challenge(self):
ed_list = EventData.galactose_challenge(tc_start=10, base_value=0.0)
print('\n* Galactose Challenge *')
for edata in ed_list:
edata.info()
def test_gauss_dilution_peak(self):
ed_list = EventData.gauss_dilution_peak()
print('\n* Gauss peak *')
for edata in ed_list:
edata.info()
def test_rect_dilution_peak(self):
ed_list = EventData.rect_dilution_peak()
print('\n* Rectangular peak *')
for edata in ed_list:
edata.info()
def test_galactose_step_increase(self):
ed_list = EventData.galactose_step_increase()
print('\n* Galactose Step *')
for edata in ed_list:
edata.info()
def test_galactose_challenge(self):
ed_list = EventData.galactose_challenge(tc_start=10, base_value=0.0)
print('\n* Galactose Challenge *')
for edata in ed_list:
edata.info()
def test_gauss_dilution_peak(self):
ed_list = EventData.gauss_dilution_peak()
print('\n* Gauss peak *')
for edata in ed_list:
edata.info()
def test_rect_dilution_peak(self):
ed_list = EventData.rect_dilution_peak()
print('\n* Rectangular peak *')
for edata in ed_list:
edata.info()