def test_election_basic(self):
rules = ElectionRules()
rules["constituency_seats"] = [1, 2]
rules["constituency_adjustment_seats"] = [2, 1]
rules["constituency_names"] = ["I", "II"]
rules["parties"] = ["A", "B"]
votes = [[501, 400], [301, 200]]
election = Election(rules, votes)
election.run()
self.assertEqual(election.results, [[2, 1], [2, 1]])
def setUp(self):
self.rules = ElectionRules()
self.rules["debug"] = True
self.rules["show_entropy"] = True
self.rules["parties"] = ["A", "B"]
self.rules["adjustment_method"] = "alternating-scaling"
self.rules["constituency_names"] = ["I", "II"]
self.rules["constituency_seats"] = [2, 3]
self.rules["constituency_adjustment_seats"] = [1, 2]
self.votes = [[500, 400], [300, 200]]
self.election = Election(self.rules, self.votes)
self.election.run()
def test_election_basic2(self):
rules = ElectionRules()
rules["constituency_seats"] = [1, 1]
rules["constituency_adjustment_seats"] = [1, 1]
rules["constituency_names"] = ["I", "II"]
rules["parties"] = ["A", "B", "C"]
rules["divisor"] = "dhondt"
rules["adjustment_threshold"] = 0.0
votes = [[4000, 2000, 3500], [3000, 1000, 2500]]
election = Election(rules, votes)
election.run()
self.assertEqual(election.results, [[1, 1, 0], [1, 0, 1]])
def test_max_entropy_calculation(self):
rules = ElectionRules()
rules["debug"] = True
rules["show_entropy"] = True
rules["parties"] = ["A", "B"]
rules["adjustment_method"] = "alternating-scaling"
rules["constituency_names"] = ["I", "II"]
rules["constituency_seats"] = [2, 3]
rules["constituency_adjustment_seats"] = [1, 2]
votes = [[500, 400], [300, 200]]
election = Election(rules, votes)
election.run()
self.assertEqual(round(election.entropy(), 2), 42.95)
def test_get_results(self):
rules = ElectionRules()
rules["parties"] = ["A", "B"]
rules["adjustment_method"] = "alternating-scaling"
rules["constituency_names"] = ["I", "II"]
rules["constituency_seats"] = [2, 3]
rules["constituency_adjustment_seats"] = [1, 2]
votes = [[500, 400], [300, 200]]
election = Election(rules, votes)
election.run()
res = election.get_results_dict()
self.assertEqual(res["rules"], rules)
self.assertEqual(res["seat_allocations"], [[2, 1], [3, 2]])
def __init__(self, rules, votes):
self.rules = rules
self.votes = votes
self.variates = []
self.election = Election(self.rules, votes)
for j in self.rules["simulation_variate"]:
self.variates.append(SIMULATION_VARIATES[j](self.election))
def test_entropy_depenency_on_divisor(self):
dd_entropy = self.election.entropy()
ds_entropy = entropy(self.votes, self.election.results,
sainte_lague_gen)
self.rules["primary_divider"] = "sainte-lague"
self.rules["adj_determine_divider"] = "sainte-lague"
self.rules["adj_alloc_divider"] = "sainte-lague"
self.sl_election = Election(self.rules, self.votes)
self.sl_election.run()
ss_entropy = self.sl_election.entropy()
sd_entropy = entropy(self.votes, self.sl_election.results, dhondt_gen)
self.assertNotEqual(ds_entropy, dd_entropy)
self.assertNotEqual(ss_entropy, dd_entropy)
self.assertNotEqual(ss_entropy, sd_entropy)
self.assertNotEqual(ds_entropy, sd_entropy)
self.assertEqual(round(dd_entropy, 2), 42.95)
self.assertEqual(round(ds_entropy, 2), 41.22)
self.assertEqual(round(ss_entropy, 2), 41.22)
self.assertEqual(round(sd_entropy, 2), 42.95)
class TestEntropy(unittest.TestCase):
def setUp(self):
self.rules = ElectionRules()
self.rules["debug"] = True
self.rules["show_entropy"] = True
self.rules["parties"] = ["A", "B"]
self.rules["adjustment_method"] = "alternating-scaling"
self.rules["constituency_names"] = ["I", "II"]
self.rules["constituency_seats"] = [2, 3]
self.rules["constituency_adjustment_seats"] = [1, 2]
self.votes = [[500, 400], [300, 200]]
self.election = Election(self.rules, self.votes)
self.election.run()
def test_entropy_calculation(self):
self.assertEqual(round(self.election.entropy(), 2), 42.95)
def test_entropy_depenency_on_divisor(self):
dd_entropy = self.election.entropy()
ds_entropy = entropy(self.votes, self.election.results,
sainte_lague_gen)
self.rules["primary_divider"] = "sainte-lague"
self.rules["adj_determine_divider"] = "sainte-lague"
self.rules["adj_alloc_divider"] = "sainte-lague"
self.sl_election = Election(self.rules, self.votes)
self.sl_election.run()
ss_entropy = self.sl_election.entropy()
sd_entropy = entropy(self.votes, self.sl_election.results, dhondt_gen)
self.assertNotEqual(ds_entropy, dd_entropy)
self.assertNotEqual(ss_entropy, dd_entropy)
self.assertNotEqual(ss_entropy, sd_entropy)
self.assertNotEqual(ds_entropy, sd_entropy)
self.assertEqual(round(dd_entropy, 2), 42.95)
self.assertEqual(round(ds_entropy, 2), 41.22)
self.assertEqual(round(ss_entropy, 2), 41.22)
self.assertEqual(round(sd_entropy, 2), 42.95)