def test_age_classes_consecutive_open_range_min():
myAgeClasses = [
AgeClass(1900, 1918),
AgeClass(None, 1933), # open range in between!
AgeClass(1934, None)
]
assert AgeClass.are_age_classes_consecutive(myAgeClasses) == False
def test_age_classes_consecutive_overlap():
myAgeClasses = [
AgeClass(1900, 1918),
AgeClass(1919, 1925),
AgeClass(1922, None) # overlap here!
]
assert AgeClass.are_age_classes_consecutive(myAgeClasses) == False
def test_age_classes_consecutive_ok_fully_defined():
myAgeClasses = [
AgeClass(1900, 1918),
AgeClass(1919, 1925),
AgeClass(1926, 1933)
]
assert AgeClass.are_age_classes_consecutive(myAgeClasses)
def test_age_classes_consecutive_ok():
myAgeClasses = [
AgeClass(None, 1918),
AgeClass(1919, 1925),
AgeClass(1926, None)
]
assert AgeClass.are_age_classes_consecutive(myAgeClasses)
def test_age_classes_consecutive_gap():
myAgeClasses = [
AgeClass(None, 1918),
AgeClass(1919, 1925),
AgeClass(1926, 1933),
AgeClass(1935, None) # it's not consecutive here, gap of 2 years
]
assert AgeClass.are_age_classes_consecutive(myAgeClasses) == False
def _init_age_class_lookup(self) -> Dict[AgeClass, str]:
ageclass_archetype = {}
for archetype_shortname, archetype_cfg in self._cfg[
"ARCHETYPES"].items():
arch_uri = archetype_cfg["URI"]
age_class = self._constr_reader.get_age_class_of_archetype(
arch_uri)
ageclass_archetype[age_class] = arch_uri
if not AgeClass.are_age_classes_consecutive(
list(ageclass_archetype.keys())):
logging.error(
"age classes retrieved from database are not consecutive. check min/max age of the used age classes so that there are neighter gaps nor overlaps."
)
return ageclass_archetype
