def test_two_different_masters_can_any_specialization_on_10_city_size(
self):
place_size = 10
person_power = 0.3
for specialization in CITY_MODIFIERS.records:
if specialization.is_NONE:
continue
best = 0
for profession_1 in relations.PERSON_TYPE.records:
for profession_2 in relations.PERSON_TYPE.records:
if profession_1 == profession_2:
continue
points_1 = f.place_specialization_from_person(
person_points=economic.PROFESSION_TO_SPECIALIZATIONS[
profession_1][specialization],
politic_power_fraction=person_power,
place_size_multiplier=f.place_specialization_modifier(
place_size))
points_2 = f.place_specialization_from_person(
person_points=economic.PROFESSION_TO_SPECIALIZATIONS[
profession_2][specialization],
politic_power_fraction=person_power,
place_size_multiplier=f.place_specialization_modifier(
place_size))
if best < points_1 + points_2:
best = points_1 + points_2
self.assertTrue(c.PLACE_TYPE_NECESSARY_BORDER < best)
def test_three_different_masters_can_any_specialization_on_7_city_size(self):
place_size = 7
person_power = 0.3
for specialization in CITY_MODIFIERS.records:
if specialization.is_NONE:
continue
best = 0
for profession_1 in relations.PERSON_TYPE.records:
for profession_2 in relations.PERSON_TYPE.records:
for profession_3 in relations.PERSON_TYPE.records:
if (profession_1 == profession_2 or
profession_1 == profession_3 or
profession_2 == profession_3):
continue
points_1 = f.place_specialization_from_person(person_points=economic.PROFESSION_TO_SPECIALIZATIONS[profession_1][specialization],
politic_power_fraction=person_power,
place_size_multiplier=f.place_specialization_modifier(place_size))
points_2 = f.place_specialization_from_person(person_points=economic.PROFESSION_TO_SPECIALIZATIONS[profession_2][specialization],
politic_power_fraction=person_power,
place_size_multiplier=f.place_specialization_modifier(place_size))
points_3 = f.place_specialization_from_person(person_points=economic.PROFESSION_TO_SPECIALIZATIONS[profession_3][specialization],
politic_power_fraction=person_power,
place_size_multiplier=f.place_specialization_modifier(place_size))
if best < points_1 + points_2 + points_3:
best = points_1 + points_2 + points_3
self.assertTrue(c.PLACE_TYPE_NECESSARY_BORDER < best)
def sync(self):
self.modifier_multiplier = f.place_specialization_modifier(self.size)
def sync(self):
self.modifier_multiplier = f.place_specialization_modifier(self.size)
