def create_renal_imaging(patient, facility, n):
for _ in range(n):
renal_imaging = RenalImaging()
renal_imaging.patient = patient
renal_imaging.facility = facility
renal_imaging.date = random_date(date(2000, 1, 1), date.today())
renal_imaging.imaging_type = random.choice(['USS', 'CT', 'MRI'])
renal_imaging.right_present = random_bool()
renal_imaging.left_present = random_bool()
if renal_imaging.right_present:
renal_imaging.right_type = random.choice(['transplant', 'natural'])
renal_imaging.right_length = random.randint(11, 14)
renal_imaging.right_cysts = random_bool()
renal_imaging.right_calcification = random_bool()
if renal_imaging.right_calcification:
renal_imaging.right_nephrocalcinosis = random_bool()
renal_imaging.right_nephrolithiasis = random_bool()
if renal_imaging.left_present:
renal_imaging.left_type = random.choice(['transplant', 'natural'])
renal_imaging.left_length = random.randint(11, 14)
renal_imaging.left_cysts = random_bool()
renal_imaging.left_calcification = random_bool()
if renal_imaging.left_calcification:
renal_imaging.left_nephrocalcinosis = random_bool()
renal_imaging.left_nephrolithiasis = random_bool()
db.session.add(renal_imaging)
def f(patient, facility, n):
for _ in range(n):
transplant = Transplant()
transplant.patient = patient
transplant.facility = facility
transplant.transplant_date = random_date(date(2000, 1, 1), date.today())
transplant.transplant_type = random.choice(transplant_types)
transplant.recurred = random_bool()
if transplant.recurred:
transplant.date_recurred = random_date(transplant.transplant_date, date.today())
if random.random() > 0.75:
transplant.date_failed = random_date(transplant.transplant_date, date.today())
db.session.add(transplant)
