def test_mdc_CCIB_line_positive_effects(self):
"""
Test what happens to voters of the CCIB party line when it is chosen
"""
self.set_turn_line(MDCVoteOrder.CCIB, MDCVoteOrder.CCIB,
MDCVoteOrder.TRAN)
self.g.resolve_current_turn()
dso = DataStealOrder(
stealer_corporation=self.c2,
player=self.p,
target_corporation=self.c,
additional_percents=5,
)
dso.save()
# 20% malus
self.assertEqual(
dso.get_raw_probability(),
dso.additional_percents * 10 + dso.BASE_SUCCESS_PROBABILITY - 20)
# Other have no bonus
dso2 = DataStealOrder(
stealer_corporation=self.c,
player=self.p,
target_corporation=self.c3,
additional_percents=5,
)
dso2.save()
self.assertEqual(
dso2.get_raw_probability(),
dso2.additional_percents * 10 + dso2.BASE_SUCCESS_PROBABILITY)
def test_mdc_TRAN_line_effects(self): """ Test what happens when the TRAN party line is chosen """ self.set_turn_line(MDCVoteOrder.CCIB, MDCVoteOrder.TRAN, MDCVoteOrder.TRAN) self.g.resolve_current_turn() dso = DataStealOrder( stealer_corporation=self.c2, player=self.p, target_corporation=self.c, additional_percents=5, ) dso.save() # 20% bonus self.assertEqual(dso.get_raw_probability(), dso.additional_percents * 10 + dso.BASE_SUCCESS_PROBABILITY - 20) dso2 = DataStealOrder( stealer_corporation=self.c2, player=self.p2, target_corporation=self.c, additional_percents=5, ) dso2.save() # 20% malus self.assertEqual(dso2.get_raw_probability(), dso2.additional_percents * 10 + dso2.BASE_SUCCESS_PROBABILITY + 20)
def test_get_raw_probability(self):
"""
Check raw probability values (without timing malus)
"""
dso = DataStealOrder(stealer_corporation=self.c2,
player=self.p,
target_corporation=self.c,
additional_percents=1,
hidden_percents=3)
self.assertEqual(
dso.get_raw_probability(), dso.additional_percents * 10 +
dso.hidden_percents * 10 + dso.BASE_SUCCESS_PROBABILITY)
def test_get_raw_probability(self): """ Check raw probability values """ # We disable the test that stop you from start more than one run on the same target self.g.allow_several_runs_on_one_target = True common_corporation_market = self.c.get_common_corporation_market(self.c2) dso = DataStealOrder( stealer_corporation=self.c2, player=self.p, target_corporation_market=common_corporation_market, additional_percents=1, hidden_percents=3 ) self.assertEqual(dso.get_raw_probability(), dso.additional_percents * 10 + dso.hidden_percents * 10 + dso.BASE_SUCCESS_PROBABILITY)
